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Daily Archives: October 28, 2021
Meet Starlab, a Private Space Station That Could Fly by 2027 – ExtremeTech
Posted: October 28, 2021 at 9:13 am
This site may earn affiliate commissions from the links on this page. Terms of use. (Image: Nanoracks>With the rise in commercial space exploration comes a new intergalactic destination: a private space station called Starlab. Its being developed via a partnership between Voyager Space, Nanoracks, and Lockheed Martin, and they announced late last week that theyre planning on having Starlab operational by 2027. Starlab will be the first free-flying commercial space station.
The purpose behind Starlab is twofold. To start, it would serve as a low earth orbit (LEO) tourist destination, which is the next step in the development of a rapidly-expanding industry that seeks to commercialize space. This facet of Starlabs endgame depends on an inflatable 340-cubic meter habitat developed by Lockheed Martin. As Starlabs ideation has only just begun, its currently unclear what it will look like for space tourists to pay a visit to the station (or how much it will cost).
Starlabs second purpose is to eventually replace the International Space Station, given that the ISS is set to retire by 2030 due to its $4 billion annual operation cost The core of the outpost, called the George Washington Carver Science Park, will feature four operational departments: a biology lab, plant habitation lab, physical science and materials research lab, and an open workbench area, where up to four astronauts will be able to conduct research at a time. Though Starlab wont be nearly as roomy as the ISS, NASAs director of commercial spaceflight, Phil McAlister, says researchers will not need anything near as big and as capable as the ISS moving forward. Nanoracks website claims Starlab will incur significantly lower construction and operational costs than its predecessor, offering benefits to both taxpayers and commercial partners.
Other elements of Starlabs construction will include a metallic docking node, a 60kW power and propulsion element, and a robotic arm intended to service cargo and payloads. It will also have a payload capacity of 22 cubic meters, equivalent to that of the ISS.
Were excited to be part of such an innovative and capable teamone that allows each company to leverage their core strengths, said Lisa Callahan, Vice President and General Manager of Commercial Civil Space at Lockheed Martin in the press release. Lockheed Martins extensive experience in building complex spacecraft and systems, coupled with Nanoracks commercial business innovation and Voyagers financial expertise allows our team to create a customer-focused space station that will fuel our future vision. We have invested significantly in habitat technology which enables us to propose a cost-effective, mission-driven spacecraft design for Starlab.
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NASA Needs to Invest in Nuclear-Powered Spacecraft to Stay Ahead in Future Space Exploration: Experts | The Weather Channel – Articles from The…
Posted: at 9:13 am
Representational Image
According to experts at NASA, investing more in nuclear-powered spacecraft can help the US stay ahead of the competition with nations like China.
At a recent government hearing, experts from US space agency NASA and the aerospace industry deliberated where the country stood when stacked against other nations developing new nuclear propulsion technology. They suggested the US needs to move quickly if it wants to keep up, Space.com reported.
"Strategic competitors including China are aggressively investing in a wide range of space technologies, including nuclear power and propulsion," said Bhavya Lal, NASA's senior advisor for budget and finance, at the congressional committee hearing, called "Accelerating deep space travel with space nuclear propulsion".
"The United States needs to move at a fast pace to stay competitive and to remain a leader in the global space community," she added.
NASA has previously discussed how nuclear propulsion technology could allow the agency to send humans to Mars more quickly than traditional chemical rockets.
As per the experts at the hearing, time is of the essence if NASA wants to get to Mars soon.
"If the United States is serious about leading a human mission to Mars, we have no time to lose," US Rep Don Beyer (D-Va.), who chairs the committee, said.
Beyer added that over the past several years, Congress has continued to fund nuclear space technology development at NASA "with the goal of conducting a future in-space flight test".
While nuclear electric propulsion has many benefits, there are also risks involved with developing and using the technology.
"The risks associated with (nuclear propulsion) are a fundamental materials challenge that we think is quite likely solvable," Roger M. Myers, the co-chair of the Committee on Space Nuclear Propulsion Technologies, said during the hearing.
Myers added that the materials challenge includes developing or finding materials that can handle exposure to heat and other extreme elements associated with space, the report said.
This hearing took place following a report and claims alleging that China tested a nuclear-capable hypersonic weapon in August. China has, however, denied these claims, the report said.
**
The above article has been published from a wire agency with minimal modifications to the headline and text.
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Revolutionary Space Tech from Israel to the Moon – Israel Today
Posted: at 9:13 am
Last week an important milestone was achieved for the lunar landing system which the German space technology group OHB is preparing together with its partner Israel Aerospace Industries (IAI):
Representatives of the Israeli company Helios and representatives of OHB signed a Memorandum of Understanding for Helios hardware to fly on the first three LSAS (Lunar Surface Access Service) missions to the lunar surface.
Helios is an Israeli company founded in 2018, and backed by the Israeli Space Agency, Israeli Ministry of Energy and Israeli Innovation Authority. The companys vision is to enable sustainable human life on Earth and beyond. Among its core developments are reactors to produce oxygen on the lunar surface and reactors to produce iron and silicon on Earth with zero carbon emissions. project-helios.space
Looking forward to joint missions to the Moon (L to R) Dr Timo Stuffler Christiane Bergemann Sverine Jacquet (all OHB) and CEO Jonathan Geifman and CTO Dr Linoam Eliad from Helios
A key to dramatically reducing the cost of space explorationOxygen
Editors note: Important forms of space travel and exploration require burning rocket fuel with oxygen to escape gravity and fly payloads. However, there is no air and no oxygen in space. Therefor space rockets have to launch heavy oxygen canisters into space for space travel. The moon does not have air, nor free oxygen. However, the moon does have oxygen compounds in its rocks and soil. Helios has developed Israeli technology to produce oxygen from the moons rocks and soils.
Israeli Jonathan Geifman, CEO of Helios explains: Production of oxygen on the lunar surface is key to enable the expansion of humanity beyond Earth and to dramatically reduce the cost of space exploration. Oxygen is going to be the most sought after consumable in space as it makes up over 60% of the mass of any fully loaded space vehicle designated for lunar missions and beyond Helios lunar mission with OHB serves to mature its oxygen production technology under real lunar environment, and is a significant step to realize the upcoming cislunar industry.
Israeli Uri Oron (Brigadier General reserve duty) is Director General of the Israel Space Agency. He says: Returning and establishing a permanent base on the Moon requires international cooperation and the creation of partnerships between space agencies and privately-held companies. Helios, an Israeli startup supported by the Israel Space Agency, is an example of a company that will become a key player in the efforts to return to the moon. The Israeli Space Agency welcomes the cooperation between OHB SE, Helios and Israel Aerospace Industries. This cooperation demonstrates the strong, long-lasting relationship between Germany and Israel, and the contribution this partnership can yield to the space industry.
Helios technology for extracting oxygen from lunar soil and rocks
Utilizing resources on the moon
OHB will provide European and international customers from the scientific and business communities timely access to the Moon. In the development of the lunar economic market, we intend to fill a gap with LSAS as the first European lunar shuttle service, since according to current plans, an institutional European moon lander will be available in 2029 at the earliest, says Dr. Lutz Bertling, member of the OHB SE Management Board. When payloads for lunar missions are tendered in the near future, we want to be ready with our LSAS lunar landing service.
With this memorandum of understanding, Helios is taking an important step towards being able to test hardware for in-situ resource utilization on the Moon at an early stage, says Dr. Timo Stuffler, Head of Business Development at OHB.
Take me to the moon to be launched in 2025
OHB and partner IAI (Israeli Aerospace Industries) are making every effort to bring scientific and commercial payloads to the lunar surface with the LSAS lunar transfer as of 2025. In all, customers payloads may have a total mass of between 80 110 kilograms [175 lbs -240 lbs], depending on the mission type. We are pleased that more than 100 interested parties from science and industry have already contacted us, says Sverine Jacquet, who is the first point of contact for potential customers on OHB side.
Partnership with ambitious goals
OHB SE is managing and coordinating the LSAS project and the individual missions to the Moon. This is from the selection of the payloads, to their integration on the moon lander, all the way up to the launch and mission operations. OHB is also responsible for marketing the opportunities to fly to the Earth satellite. The Israeli partner IAI (Israeli Aerospace Industries), with which OHB has been working for more than three years, is contributing the experience gained from its own earlier moon mission.
[Based on OHB press release.]
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Scientists Measure the Atmosphere of a Planet in Another Solar System 340 Light-Years Away – SciTechDaily
Posted: at 9:12 am
An artists concept of a hot Jupiter extrasolar planet. Credit: NASA, ESA, and L. Hustak (STScI)
An international team of scientists, using the ground-based Gemini Observatory telescope in Chile, is the first to directly measure the amount of both water and carbon monoxide in the atmosphere of a planet in another solar system roughly 340 light-years away.
The team is led by Assistant Professor Michael Line of Arizona State UniversitysSchool of Earth and Space Exploration, and the results were published today (October 27, 2021) in the journal Nature.
There are thousands of known planets outside of our own solar system (called exoplanets). Scientists use both space telescopes and ground-based telescopes to examine how these exoplanets form and how they are different from the planets in our own solar system.
For this study, Line and his team focused on planet WASP-77Ab, a type of exoplanet called a hot Jupiter because they are like our solar systems Jupiter, but with a temperature upwards of 2,000 degrees Fahrenheit.
They then focused on measuring the composition of its atmosphere to determine what elements are present, compared with the star it orbits.
Because of their sizes and temperatures, hot Jupiters are excellent laboratories for measuring atmospheric gases and testing our planet-formation theories, Line said.
While we cannot yet send spacecraft to planets beyond our solar system, scientists can study the light from exoplanets with telescopes. The telescopes they use to observe this light can be either in space, like the Hubble Space Telescope, or from the ground, like the Gemini Observatory telescopes.
Line and his team had been extensively involved in measuring the atmospheric compositions of exoplanets using Hubble, but obtaining these measurements was challenging. Not only is there steep competition for telescope time, Hubbles instruments only measure water (or oxygen) and the team needed to also gather measurements of carbon monoxide (or carbon) as well.
This is where the team turned to the Gemini South telescope.
We needed to try something different to address our questions, Line said. And our analysis of the capabilities of Gemini South indicated that we could obtain ultra-precise atmospheric measurements.
Gemini South is an 8.1-meter diameter telescope located on a mountain in the Chilean Andes called Cerro Pachn, where very dry air and negligible cloud cover make it a prime telescope location. It is operated by the National Science Foundations NOIRLab (National Optical-Infrared Astronomy Research Laboratory).
Using the Gemini South telescope, with an instrument called the Immersion GRating INfrared Spectrometer (IGRINS), the team observed the thermal glow of the exoplanet as it orbited its host star. From this instrument, they gathered information on the presence and relative amounts of different gases in its atmosphere.
Like weather and climate satellites that are used to measure the amount of water vapor and carbon dioxide in Earths atmosphere, scientists can use spectrometers and telescopes, like IGRINS on Gemini South, to measure the amounts of different gases on other planets.
Trying to figure out the composition of planetary atmospheres is like trying to solve a crime with fingerprints, Line said. A smudged fingerprint doesnt really narrow it down too much, but a very nice, clean fingerprint provides a unique identifier to who committed the crime.
Where the Hubble Space Telescope provided the team with maybe one or two fuzzy fingerprints, IGRINS on Gemini South provided the team with a full set of perfectly clear fingerprints.
And with clear measurements of both water and carbon monoxide in the atmosphere of WASP-77Ab, the team was then able to estimate the relative amounts of oxygen and carbon in the exoplanets atmosphere.
By measuring the Doppler shift illustrated in the right column of this figure, scientists can reconstruct a planets orbital velocity in time toward or away from Earth. The strength of the planet signal as shown in the middle column, along the expected apparent velocity (navy dashed curve) of the planet as it orbits the star, contains information on the amounts of different gases in the atmosphere. Credit: P. Smith/M. Line/S. Selkirk/ASU
These amounts were in line with our expectations and are about the same as the host stars, Line said.
Obtaining ultra-precise gas abundances in exoplanet atmospheres is not only an important technical achievement, especially with a ground-based telescope, it may also help scientists look for life on other planets.
This work represents a pathfinder demonstration for how we will ultimately measure biosignature gases like oxygen and methane in potentially habitable worlds in the not-too-distant future, Line said.
What Line and the team expect to do next is repeat this analysis for many more planets and build up a sample of atmospheric measurements on at least 15 more planets.
We are now at the point where we can obtain comparable gas abundance precisions to those planets in our own solar system. Measuring the abundances of carbon and oxygen (and other elements) in the atmospheres of a larger sample of exoplanets provides much needed context for understanding the origins and evolution of our own gas giants like Jupiter and Saturn, Line said.
They also look forward to what future telescopes will be able to offer.
If we can do this with todays technology, think about what we will be able to do with the up-and-coming telescopes like the Giant Magellan Telescope, Line said. It is a real possibility that we can use this same method by the end of this decade to sniff out potential signatures of life, which also contain carbon and oxygen, on rocky Earth-like planets beyond our own solar system.
Reference: A solar C/O and sub-solar metallicity in a hot Jupiter atmosphere by Michael R. Line, Matteo Brogi, Jacob L. Bean, Siddharth Gandhi, Joseph Zalesky, Vivien Parmentier, Peter Smith, Gregory N. Mace, Megan Mansfield, Eliza M.-R. Kempton, Jonathan J. Fortney, Evgenya Shkolnik, Jennifer Patience, Emily Rauscher, Jean-Michel Dsert and Joost P. Wardenier, 27 October 2021, Nature.DOI: 10.1038/s41586-021-03912-6
In addition to Line, the research team includes Joseph Zalesky, Evgenya Shkolnik, Jennifer Patience, and Peter Smith of ASUs School of Earth and Space Exploration; Matteo Brogi and Siddharth Gandhi of the University of Warwick (UK); Jacob Bean and Megan Mansfield of the University of Chicago; Vivien Parmentier and Joost Wardenier of the University of Oxford (UK); Gregory Mace of the University of Texas at Austin; Eliza Kempton of the University of Maryland; Jonathan Fortney of the University of California, Santa Cruz; Emily Rauscher of the University of Michigan; and Jean-Michel Dsertof the University of Amsterdam.
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UNOOSA and Airbus select African team to fly free on International Space Station – SatellitePro ME – SatelliteProME.com
Posted: at 9:12 am
This is the first time the UN has selected a winner for an opportunity to access space in partnership with a private sector company.
The United Nations Office for Outer Space Affairs (UNOOSA) and Airbus Defence and Space have selected the winner of their joint opportunity for a free one year mission aboard the International Space Station (ISS). The climate mission supporting the UNs Sustainable Development Goals will fly on Bartolomeo, the Airbus external payload hosting platform.
The winning ClimCam team consists of specialists from different fields and symbolises the power of international cooperation, bringing together researchers from three institutions: the Egyptian Space Agency, the Kenyan Space Agency, and the Uganda National Space Programme within the Ugandan Ministry of Science, Technology and Innovation.
Jointly, the team will develop a remote sensing camera system to monitor weather, floods, and impacts of climate change in East Africa. The three institutions have agreed to an open data policy, sharing information and images acquired from the project to guide climate change mitigation efforts across the entire region. In addition to its direct goals, the project will also demonstrate space technology developments made in Africa, inspiring African engineers and scientists.
UNOOSA Director Simonetta Di Pippo said: Together with Airbus, and thanks to the ingenuity of the brilliant selected researchers, we are making it possible for this module made in Africa to fly onboard the ISS. This project will acquire precious insights for the East African region to address pressing challenges such as droughts and floods and increase the resilience of its agricultural sector, potentially saving many lives and helping to build a better future. It will also be an important inspiration for talent in Africa to join the space sector. We are extremely proud to have played a role in making this happen, and we look forward to seeing the project take flight.
Andreas Hammer, Head of Space Exploration at Airbus Defence and Space, added: We are very pleased to welcome this UNOOSA-backed team with their African climate mission as a passenger on the Bartolomeo platform. Of course, we are offering them our Bartolomeo All-in-One Space Mission Service, meaning that our own experienced Space experts will take care of all aspects of this Space mission preparatory formalities, payload launch and installation, operations and data transfer. This way, the team can fully concentrate on the development and exploitation of their environmental monitoring payload, without having to worry about anything else. This is one of the fundamental benefits of the Bartolomeo Service we make access to space easier than ever before.
Ayman Ahmed, Team leader at the Egyptian Space agency and ClimCam project coordinator, commented: We are very happy to win this opportunity in such a world-class competition, the team would like to introduce gratitude to the UNOOSA and Airbus for this opportunity. Of course, we understand that challenges exist in our region; climate change is having a growing impact on Africa, especially in the most vulnerable hardest, and contributing to food insecurity, and stress on water resources in east Africa as well. Having an imaging system at ISS allows us to monitor and see that effect in our home countries. We do realise the challenge of developing such a device to operate onboard the ISS with very critical and challenging design constraints. The competition was very hard, but being awarded this opportunity is just the beginning for our team to learn more and acquire great experience in the field of space technology and its application.
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Scientists measure the atmosphere of a planet 340 light-years away – ASU Now
Posted: at 9:12 am
October 27, 2021
An international team of scientists, using the ground-based Gemini Observatory telescope in Chile, is the first to directly measure the amount of both water and carbon monoxide in the atmosphere of a planet in another solar system roughly 340 light-years away.
The team is led by Assistant Professor Michael Line of Arizona State University'sSchool of Earth and Space Exploration, and the results have been recently published in the journal Nature. An artists concept of a hot Jupiter extrasolar planet. Credit: NASA, ESA, and L. Hustak (STScI) Download Full Image
There are thousands of known planets outside of our own solar system (called exoplanets). Scientists use both space telescopes and ground-based telescopes to examine how these exoplanets form and how they are different from the planets in our own solar system.
For this study, Line and his team focused on planet WASP-77Ab, a type of exoplanet called a hot Jupiter because they are like our solar systems Jupiter, but with a temperature upwards of 2,000 degrees Fahrenheit.
They then focused on measuring the composition of its atmosphere to determine what elements are present, compared with the star it orbits.
Because of their sizes and temperatures, hot Jupiters are excellent laboratories for measuring atmospheric gases and testing our planet-formation theories, Line said.
While we cannot yet send spacecraft to planets beyond our solar system, scientists can study the light from exoplanets with telescopes. The telescopes they use to observe this light can be either in space, like the Hubble Space Telescope, or from the ground, like the Gemini Observatory telescopes.
Line and his team had been extensively involved in measuring the atmospheric compositions of exoplanets using Hubble, but obtaining these measurements was challenging. Not only is there steep competition for telescope time, Hubble's instruments only measure water (or oxygen) and the team needed to also gather measurements of carbon monoxide (or carbon) as well.
This is where the team turned to the Gemini South telescope.
We needed to try something different to address our questions, Line said. And our analysis of the capabilities of Gemini South indicated that we could obtain ultra-precise atmospheric measurements.
Gemini South is an 8.1-meter diameter telescope located on a mountain in the Chilean Andes called Cerro Pachn, where very dry air and negligible cloud cover make it a prime telescope location. It is operated by the National Science Foundations NOIRLab (National Optical-Infrared Astronomy Research Laboratory).
Using the Gemini South telescope, with an instrument called the Immersion GRating INfrared Spectrometer (IGRINS), the team observed the thermal glow of the exoplanet as it orbited its host star. From this instrument, they gathered information on the presence and relative amounts of different gases in its atmosphere.
Like weather and climate satellites that are used to measure the amount of water vapor and carbon dioxide in Earth's atmosphere, scientists can use spectrometers and telescopes, like IGRINS on Gemini South, to measure the amounts of different gases on other planets.
"Trying to figure out the composition of planetary atmospheres is like trying to solve a crime with fingerprints, Line said. A smudged fingerprint doesn't really narrow it down too much, but a very nice, clean fingerprint provides a unique identifier to who committed the crime.
Where the Hubble Space Telescope provided the team with maybe one or two fuzzy fingerprints, IGRINS on Gemini South provided the team with a full set of perfectly clear fingerprints.
And with clear measurements of both water and carbon monoxide in the atmosphere of WASP-77Ab, the team was then able to estimate the relative amounts of oxygen and carbon in the exoplanets atmosphere.
By measuring the Doppler shift illustrated in the right column of this figure, scientists can reconstruct a planet's orbital velocity in time toward or away from Earth. The strength of the planet signal as shown in the middle column, along the expected apparent velocity (navy dashed curve) of the planet as it orbits the star, contains information on the amounts of different gases in the atmosphere. Credit: P. Smith/M. Line/S. Selkirk/ASU
These amounts were in line with our expectations and are about the same as the host stars, Line said.
Obtaining ultra-precise gas abundances in exoplanet atmospheres is not only an important technical achievement, especially with a ground-based telescope, it may also help scientists look for life on other planets.
This work represents a pathfinder demonstration for how we will ultimately measure biosignature gases like oxygen and methane in potentially habitable worlds in the not-too-distant future, Line said.
What Line and the team expect to do next is repeat this analysis for many more planets and build up a "sample" of atmospheric measurements on at least 15 more planets.
We are now at the point where we can obtain comparable gas abundance precisions to those planets in our own solar system. Measuring the abundances of carbon and oxygen (and other elements) in the atmospheres of a larger sample of exoplanets provides much needed context for understanding the origins and evolution of our own gas giants like Jupiter and Saturn, Line said.
They also look forward to what future telescopes will be able to offer.
If we can do this with today's technology, think about what we will be able to do with the up-and-coming telescopes like the Giant Magellan Telescope, Line said. It is a real possibility that we can use this same method by the end of this decade to sniff out potential signatures of life, which also contain carbon and oxygen, on rocky Earth-like planets beyond our own solar system.
In addition to Line, the research team includes Joseph Zalesky, Evgenya Shkolnik, Jennifer Patienceand Peter Smith of ASUs School of Earth and Space Exploration; Matteo Brogi and Siddharth Gandhi of the University of Warwick (UK); Jacob Bean and Megan Mansfield of the University of Chicago; Vivien Parmentier and Joost Wardenier of the University of Oxford (UK); Gregory Mace of the University of Texas at Austin; Eliza Kempton of the University of Maryland; Jonathan Fortney of the University of California, Santa Cruz; Emily Rauscher of the University of Michigan; and Jean-Michel Dsertof the University of Amsterdam.
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For the Love of Space Student Group Hosts Multiple Space Related Events – UCF
Posted: at 9:12 am
Its no secret UCF loves space. From a space-themed football game to its reach for the stars motto, space is a part of the universitys fiber.
The university was founded in part to support the space industry on the Space Coast. Since then, faculty and students have participated in more than 600 NASA research projects and many more for private companies. Through it all, students have been an integral part of the effort.
For example, the International Observe the Moon Night event which drew more than 100 people to campus on Oct. 16 is supported by the student-run Astronomy Society. It was the fourth Knights Under the Stars public event this school year for the club.
Knights Under the Stars is run entirely by volunteers from Astronomy Society. Undergraduate and graduate students are able to share their passion for space by helping the public explore celestial bodies in outer space.
During the events, students who are pursuing space-related studies help faculty set up telescopes at the Robinson Observatory or other spots on campus. They help guests view through the lenses to see the cosmos.
Director of the Robinson Observatory and Physics Professor Yan Fernandez has been researching comets and asteroids since 1994. He is thrilled to see individuals from all over campus pause and take in the brilliance of the night sky.
We really enjoy showing everyone just how wondrous astronomy is. That wow moment when someone has their first up-close view of Saturns rings, or craters on the moon, or Jupiter is extremely satisfying, says Fernandez. The Astronomy Society always has a good group of students who are excited to do these outreach events. In fact, we couldnt put them on without their contribution and effort.
The Astronomy Society is based out of the Department of Physics and focuses primarily on planetary sciences. The club is made up of individuals with a love for all things space. The society hosts general body meetings where guest speakers talk about their research. The group also organizes adventure trips related to space.
The club provides a space to foster interest in space exploration and aims to inform members about the scientific side of astronomy and helps the public better understand the importance of space sciences, explains club president Catherine Millwater. She is pursuing a degree in physics (astronomy track). As an undergrad she also conducts research with the Exoplanet Research Group and at the Exolith Lab.
The Astronomy Society has been an integral part of my undergraduate experience, Millwater says. Its opened up new avenues for friends in the same field and has helped me find research opportunities.
For Mae McGonigal, another member of the society, its all about learning and sharing knowledge. She enjoys participating in the Knights Under the Stars public events from stargazing at Memory Mall to visiting the Robinson Observatory on campus.
I love being able to learn about whats going on in our solar system and sharing it, McGonigal says.
The Dark Sky Camping Trip is another highlight of the fall semester. Members grab their tents and sleeping bags to spend a night out in the fields. Without light pollution, the view of the night sky is magical, says Johnna Noel whose been a society member for three years.
It was really cool and inspiring to see the Milky Way for the first time during the camping trip, she says.
The society welcomes students from all majors.
Whether it be physics, engineering, math or science communications, or any others, youll find a home in Astronomy Society, says Parks Easter, the clubs vice president. As long as you have a passion for space you are welcome, and the benefits are fantastic. The guidance and opportunities members receive from field professionals and research mentors is invaluable.
Weather allowing, the Astronomy Societys next public event is scheduled for Wednesday Nov. 10 at dusk (approximately 7:15 p.m.) at the Robinson Observatory. Check the observatorys Facebook page or website for updates.
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How early investors in the space race can reap rocket-fuelled rewards – The National
Posted: at 9:12 am
Aside from being eccentric, high-profile billionaires Elon Musk, Jeff Bezos and Richard Branson all have one thing in common: they have invested heavily in the space technology industry, positioning themselves at the forefront of a new frontier in privately funded space exploration.
However, investment in high-tech space exploration is not simply about sending high-net-worth individuals into Earths orbit or even astronauts to Mars.
When we talk about the space economy, this refers to a broad range of products and services from aerospace design, such as the development of reusable rockets, to the production of high-tech materials and systems.
It can also include manufacturing satellites for navigation or telecoms services, research and development programmes and scientific experimentation or even soft services such as sanitisation and catering, which present their own unique challenges in the zero-gravity environment of space.
Private investment in space infrastructure companies continues to increase, with $8.9 billion invested in 2020, while Nasa's budget was $22bn last year, rising 22 per cent since the beginning of the decade.
Despite this, the commercial space industry is very much in its infancy, with most technology still in its R&D phase. It means that this investment is considered long term and high risk.
The [space] industry continues to be closely tied to government budgets and their priorities can often change
Chaddy Kirbaj
However, competition between the US and China in the fields of 5G infrastructure, robotics, artificial intelligence and space technology will create many opportunities for growth, supported by increasing investment from the private sector.
It is not only Mr Musks SpaceX that will dominate the industry other big players such as Mr Bezos Blue Origin are muscling in on the game, too.
We do not expect major gains in the short term for this industry but over the long term, there could be some impressive rewards.
Globally, the space economy is estimated to be worth $2.7 trillion in 30 years while the size of the commercial space industry is expected to triple by 2040, according to Bank of America.
In the UAE alone, private investment in the Emirates space projects has exceeded Dh22bn over the past few years. The UAE space industry created more than 1,500 job opportunities while the number of space-related businesses in the country reached 57 in 2019.
The UAE government is heavily committed to the space industry, with its National Space Strategy 2030 looking to establish the country as a global leader in the sector as evidenced by recent projects such as the Hope Probe mission to Mars and Khalifa Sat, the Earth observation satellite.
Looking to establish its own foothold in the industry, Saudi Arabia plans to give its own space programme a $2bn boost by 2030 as it aims to diversify its economy and revenue. The kingdom already has a 37 per cent stake in the Arab Satellite Communication Organisation, better known as Arabsat, which was established in 1976.
According to the Saudi Space Commission, the current return on space-related investment is 1.81 Saudi riyal ($0.48) for every one riyal.
Despite this, investing in space is a risky business as the bullish trends could change and high-cost projects may be halted due to unexpected expenses or lower-than-expected revenue. The industry continues to be closely tied to government budgets and their priorities can often change.
At the same time, digital technology and innovation are enabling reduced costs, faster production and increasing diversification. Digital transformation is accelerating at a rate far higher than anyone expected.
The way the global economy has transformed so far proves that early investors in advanced technology are often those who reap the biggest rewards further down the line.
Chaddy Kirbaj is vice director at Swissquote Bank Dubai representative office
Updated: October 25th 2021, 4:00 AM
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Hubble telescope spots doomed star that is the ‘Rosetta stone’ of supernovas – Space.com
Posted: at 9:11 am
A new supernova captured by the Hubble Space Telescope may act as a decoder for other star explosions.
Given that the telescope caught the star so early in its "cataclysmic demise," as NASA called it, astronomers say the research may eventually help them formulate an early warning system for other stars that might be about to explode.
Scientists are dubbing the event, known as SN 2020fqv, as the "Rosetta Stone of supernovas." That's a reference to the Rosetta Stone, which has the same text written in three different scripts, allowing historians to read Egyptian hieroglyphs. (The stone was inscribed in ancient Greek, which was well-known to scholars, as well as two forms of Egyptian script, which were then poorly understood.)
The actual stone, dating from about 2,200 years ago, was found by accident in 1799 by soldiers in Napoleon's army campaigning in Egypt; you can see it today in the British Museum in London. Investigators for the Hubble discovery admitted the term "Rosetta Stone" is used often as a metaphor for deciphering information, but noted the term is an apt description for the importance of this new cosmic work.
Related: The best Hubble Space Telescope images of all time!
"This is the first time we've been able to verify the mass with these three different methods for one supernova, and all of them are consistent," lead author Samaporn Tinyanont, a graduate student in astronomy at California Institute of Technology, said in a NASA statement.
"Now we can push forward using these different methods and combining them, because there are a lot of other supernovaswhere we have masses from one method but not another."
SN 2020fqv was found amid the Butterfly galaxies, a pair of spiral galaxies located roughly 60 million light-years away from Earth in the constellation Virgo. The supernova was first discovered in April 2020 by the Zwicky Transient Facility at the Palomar Observatory in San Diego, California.
Coincidentally, the supernova was also in the view of the Transiting Exoplanet Survey Satellite (TESS), whose primary mission is to search for relatively nearby planets outside of our solar system. Soon, Hubble and several ground-based telescopes joined the multinational observatory star party.
Hubble's sharp eyes allowed the observatory to look at the material close by the star, known as circumstellar material, only a few hours after the explosion occurred. Because the material clung onto the star until the last year of its life, astronomers say studying this stuff allows further research into what the star was doing before it died.
"We rarely get to examine this very close-in circumstellar material since it is only visible for a very short time, and we usually don't start observing a supernova until at least a few days after the explosion," Tinyanont said. "For this supernova, we were able to make ultra-rapid observations with Hubble, giving unprecedented coverage of the region right next to the star that exploded."
Helpfully, Hubble also has an archive of observations of this star dating to the 1990s. Astronomers probed the image series and added TESS observations of the system every 30 minutes in the days before the explosion, as well as during the explosion itself and for a few more weeks (before, we assume, the standard schedule of TESS shifted the telescope to gaze at another spot in the sky.)
Scientists then calculated the mass of the exploding star using three different methods: comparing observations with theoretical models, using information from a 1997 archival image of Hubble (this was to rule out higher-mass stars in the model), and measuring the amount of oxygen in the supernova, which is a proxy for mass. All three methods produced consistent results, with an estimate of 14 to 15 times the mass of our own sun.
One of the more famous unstable stars is Betelgeuse, a red supergiant that is late in its life and put up some antics in the last year or so. Co-author Ryan Foley, an astrophysicist at the University of California, Santa Cruz, said he doesn't believe Betelgeuse itself is about to explode, but added that SN 2020fqv will help in building our database of stars to watch.
"This could be a warning system," Foley said of the explosion behavior Hubble and other observatories noted. "So if you see a star start to shake around a bit, start acting up, then maybe we should pay more attention and really try to understand what's going on there before it explodes. As we find more and more of these supernovaewith this sort of excellent data set, we'll be able to understand better what's happening in the last few years of a star's life."
A paper based on the research was published Thursday (Oct. 21) in the Monthly Notices of the Royal Astronomical Society.
Follow Elizabeth Howell on Twitter @howellspace. Follow us on Twitter @Spacedotcom and on Facebook.
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The War on Drugs and Jim Crows the Most Wanted: A Social …
Posted: at 9:09 am
(PDF) (DOC) (JPG)June 15, 2017
The legal battle against segregation is won, but the community battle goes on.-Dorothy Day, 1956.
The 1960s mark a significant historical period, spurred by the Civil Rights Movement and the enactment of the Civil Rights Act in 1964. It ended the infamous Jim Crow era laws, guaranteeing voting rights, interracial marriage, desegregation of schools, etc. to name a few. However, despite the progress made through the enactment of the Civil Rights Act, the promise of equal opportunity remains far from realized. Race-based discrimination has continued through public policies, albeit in more complex ways.
The War on Drugs is one instance of public policy that reveals systemic racism in our society. The implementation of the policy specifically targeted African American communities for possession of drugs leading to imprisonment of a large number of people from minority backgrounds. Michelle Alexander argues that the War on Drugs is representative of a nationwide Jim Crow epidemic that has specifically singled out African Americans, diminishing their rights as citizens (Alexander, 2014). Even though the practice is against the Fourth and Eighth Amendments of our Constitution, its continuation suggests a continuation of Jim Crow era laws, albeit in more complex ways. Mass incarceration, carried on through the War on Drugs, has severe collateral damage on minority communities as well. It is largely responsible for the devastation of urban communities, the rise of the super ghettos in cities across the country, and the institutionalization of a prison industrial complex. This essay examines the patterns of systemic racism perpetrated through the War on Drugs and mass incarceration policies. Following Michelle Alexanders argument, I argue that the War on Drugs is not only a new form of Jim Crow era discrimination, but also responsible for systemic racism in our criminal justice system perpetrated through the institutionalization of a prison industrial complex.
The institutionalization of prison systems in the US begun in the eighteenth century, especially after Jeremy Benthams panopticon design, which enabled detaining a large number of prisoners. While the panopticon model allowed the imprisonment of a vast number of people, the end of slavery after the Civil War and the need for free labor provided the rationale for the prison system, leading to the institutionalization of a prison industrial system in the country.
Early accounts of crime and punishment in the country show that corporal punishment was the preferred form of retribution, and imprisonment was limited to minor crimes like debt. Legal historian Harry Elmer Barnes accounts that crime, as per the Act of 1788, included treason and felonies:
The Act of 1788 for punishing Treasons and Felonies, and for the better regulating of proceedings in cases of Felony, there were sixteen capital crimes enumerated on the statute books-treason, murder, rape, buggery, burglary, robbery of a church, breaking and entry, robbery of person, robbery and intimidation in dwelling houses, arson, malicious maiming, forgery, counterfeiting, theft of chose in action, second offense for other felonies, and aiding and abetting any of the above crimes (Barnes, 1921, p. 39).
The crimes listed here are (for the most part) similar to what society deems as deviant in our present times, although possession of drugs or narcotics was not a crime under the Act of 1788.
The important difference between committing a crime in 1788 in opposition to today is the degree of punishment. Sending violators to the gallows was very common in the early years. In cases where the perpetrators death sentence was not issued, Barnes (1921) explains:
Corporal punishment of another and less severe type was employed. The stocks, pillory, whipping, branding and the ducking-stool were the normal methods used for imposing punishment. For the lesser offenses fines were prescribed, with an alternate sentence of corporal punishment if the fine was not paid. Imprisonment was rarely employed as a method of punishment. Nearly all who were imprisoned for any considerable period of time were debtors, imprisonment for debt not having been abolished in New York State until the laws of April 7, 1819, and April 26, 1831, were passed, the latter in part as a result of the campaign against imprisonment for debt carried on by Louis Dwight of the Boston Prison Discipline Society (p. 39).
By the late 18th century, imprisonment with hard labor gained acceptance over death penalty, and was adopted in the penal system reforms. The Howard League for Penal Reform explains:
Although the 18th century has been characterized as the era of the Bloody Code there was growing opposition to the death penalty for all but the most serious crimes By the mid-18th century imprisonment, with hard labor, was beginning to be seen as a suitable sanction for petty offenders (Howard League, p. 1).
Imprisonment gained legitimacy as a more civilized form of punishment, but it was mostly a form of labor camp. Those found guilty of small crimes were assigned to hard labor during the day, and at night they were held in a detention ship with appalling living conditions.
While the eighteenth-century reforms set the beginning of a process, it was Jeremy Benthams design of the panopticon that institutionalized the notion of prison. Early prison designs were poorly constructed, which made it impractical to detain large number of prisoners. The Howard League for Penal Reform explains that in 1791 Bentham designed the panopticon. This prison design allowed a centrally placed observer to survey all the inmates, as prison wings radiated out from this central position. Benthams panopticon became the model for prison building for the next half century (Howard League, p. 1). This singular innovation was the first brick laid in regards to mass incarceration, as it allowed the states to imprison on a large scale and became an essential piece to the foundation of many prisons.
Furthermore, the end of Civil War and the victory of the Union created a new demand for labor as slavery was abolished. While on the one hand African Americans were promised freedom from slavery by the Thirteenth Amendment, on the other, through a prison system a new form of bonded labor was instituted. Kim Gilmore argues that the system of slavery, the Thirteenth Amendment, and the penal systems have a symbiotic relationship, responsible for the legitimation of mass incarceration:
Built into the 13th Amendment was state authorization to use prison labor as a bridge between slavery and paid work. Slavery was abolished except as a punishment for crime. This stipulation provided the intellectual and legal mechanisms to enable the state to use unfree labor by leasing prisoners to local businesses and corporations desperate to rebuild the Souths infrastructure. During this period, white Redeemers white planters, small farmers, and political leaders set out to rebuild the pre-emancipation racial order by enacting laws that restricted black access to political representation and by creating Black Codes that, among other things, increased the penalties for crimes such as vagrancy, loitering, and public drunkenness (Gilmore, p. 1).
Although slavery was illegal, southern states empowered by the 13th Amendment instituted the Black Codes, which would eventually become the infamous Jim Crow Laws. Black Codes and Jim Crow laws increased the severity of petty crimes, and acts such as loitering or jaywalking resulted in imprisonment. A majority of newly freed African Americans found themselves in prison, and back on the plantations. The criticism from labor unions restricted the use of prison labor to state use system only. Gilmore elucidates:
Labor unions, which had always been skeptical about prison labor, aggressively lobbied against the leasing of convicts to private corporations. Throughout the Depression years, unionists made it clear that an expanded use of prison labor would further imperil an already overfull work force and intervene in free markets in ways that threatened the stability of capitalism and laid bare its most excessive failures. Slowly, prisons and jails solved this problem by developing a state-use system in which prison labor was used solely for state projects. This solution eliminated the competition between convict labor and union labor, while still enabling convicts to offset their cost to the state (Gilmore, p. 1).
By the mid 1900s, the use of convict labor for state projects was well established, and a number of private prisons were instituted to manage the prison population.
The Civil Rights Act dismantled Jim Crow laws but the use of convict labor remained. The War on Drugs policy, enacted in 1971 by President Nixon, supplanted Jim Crow laws with new measures to incarcerate populations for possession of drugs. While the law did not explicitly target communities, the enforcement of the law disproportionately burdened African American communities. Like post-Civil War Black Codes and Jim Crow laws, the War on Drugs was the next platform to repeat the cycle of incarcerating African Americans. However, this time around it was not exclusive to the South but throughout the entire United States.
In June of 1971, President Nixon declared War on Drugs, to classify and regulate the use of drugs and other substances. This policy, as Drug Policy Alliance notes, increased the size and presence of federal drug control agencies, and pushed through measures such as mandatory sentencing and no-knock warrants (DPA). In 1970, after Nixons declared War on Drugs, the Comprehensive Drug Abuse Prevention and Control Act (CDAPC) was enacted to create a list of scheduled drugs. The Act included marijuana in the list of Schedule I drugs, with heroin and LSD. This led to a process of criminalizing marijuana use despite recommendations of a high-level committee to decriminalize the possession and distribution of marijuana for personal use (DPA, p. 1). Marijuana accounts for hundreds of thousands of arrests each year. The listing of marijuana as a Schedule I drug is a clear example of the intention of the federal government to make sure popular drugs carry the most severe penalties.
Although President Nixon instituted the policy, President Reagan expanded the reach of the War on Drugs, leading to skyrocketing rates of incarcerationThe number of people behind bars for nonviolent drug law offenses increased from 50,000 in 1980 to over 400,000 by 1997 (DPA, p. 1). The enactment of the Anti-Drug Abuse Act of 1986 introduced a mandatory minimum sentence punishment for possession and use of controlled substances. Jail sentences varied from 5-10 years based on the drug and amount in possession (PBS, p.1). The idea behind mandatory minimum sentences was to encourage the government to prosecute high-level drug offenders. However, the amounts that triggered a substantial sentence were often lower than those high-level drug trafficking (PBS, p. 1).
This policy spiraled the prison population during the 1980s, and prison beds were filled up for minor offenses. Additionally, laws such as Californias three strikes law amplified the process. In fact,
the law imposed a life sentence for almost any crime, no matter how minor, if the defendant had two prior convictions for crimes defined as serious or violent by the California Penal Code. According to official ballot materials promoting the original Three Strikes law, the sentencing scheme was intended to keep murders, rapists, and child molesters behind bars, where they belong. However, today, more than half of inmates sentenced under the law are serving sentences for nonviolent crimes (Stanford, p. 1).
The three strikes law sentenced people for victimless drug crimes, and in a two-decade span, millions of people have been incarcerated. The data from the Stanford Three Strikes Project shows that more minorities were targeted and charged with small crimes, and these often added up to three total charges, sentencing them to life in prison. Through public pressure, and the passing of Proposition 36, the three strikes law has been struck down. In the first eight months after the enactment of Proposition 36, over 1,000 prisoners were released from custody. Of the inmates released, the recidivism rate stands at less than 2 percent, a number well below state and national averages (Stanford, p. 1).
The law imposed a life sentence for almost any crime, no matter how minor, if the defendant had two prior convictions for crimes defined as serious or violent by the California Penal Code. According to official ballot materials promoting the original three strikes law, the sentencing scheme was intended to keep murders, rapists, and child molesters behind bars, where they belong. However, today, more than half of inmates sentenced under the law are serving sentences for nonviolent crimes (Stanford, p. 1).
The War on Drugs only purpose is to control and imprison, not protect. Policies that have given support to the War on Drugs are detrimental to society, and only provided a new system of fueling private prisons with inmates in the post-Jim Crow era. The War on Drugs increased federal prison population exponentially, by almost 790-percent, according to the ACLU. Fareed Zakaria explains:
Mass incarceration on a scale almost unexampled in human history is a fundamental fact of our country today, writes the New Yorkers Adam Gopnik. Overall, there are now more people under correctional supervision in Americamore than 6 millionthan were in the Gulag Archipelago under Stalin at its height So something has happened in the past 30 years to push millions of Americans into prison. That something, of course, is the War on Drugs. Drug convictions went from 15 inmates per 100,000 adults in 1980 to 148 in 1996, an almost tenfold increase. More than half of Americas federal inmates today are in prison on drug convictions. In 2009 alone, 1.66 million Americans were arrested on drug charges, more than were arrested on assault or larceny charges. And 4 of 5 of those arrests were simply for possession (Zakaria, 2012. p, 1).
Further, as ACLU data shows, a black man is 3.73 times more likely to be arrested for marijuana possession than a white person is, despite approximately equal rates of drug use. Additionally, NAACP data demonstrates African Americans constituted nearly 1 million of the total 2.3 million incarcerated population incarcerated at nearly six times the rate of whites. The model of using prison as a means to suppress African Americans is an old algorithm used post-Civil War. The new model may look different and not be discriminatory on the surface, but accomplishes the same goal.
Incarceration as the method to regulate drug use radically changed the prison culture in our society, institutionalizing a prison industrial complex. Rachel Herzing of Public Research Associates defines the prison industrial complex as the overlapping interests of government and industry that use surveillance, policing, and imprisonment as solutions to what are, in actuality, economic, social, and political problems (Herzing, p. 1). Private prisons are a stark example of this partnership between government and industry. The increase in incarceration rates resulted in a new demand for more facilities, which spurred the growth of private prisons, leading to institutionalization of an entire for-profit supply chain, from building prison infrastructure to providing food for inmates to day-to-day management.
The prison industrial complex has its origin in the Rockefeller drug laws. Brian Mann argues that there is link between the War on Drugs and the Rockefeller drug laws of the 1970s, named after their champion, Gov. Nelson Rockefeller, which put even low-level criminals behind bars for decades. Those tough-on-crime policies became the new normal across the country (Mann, 2013, p. 1). The system of addressing possession and use of narcotic drugs through the penal system led to the social acceptance of get tough on crime philosophy. It was widely believed that longer prison systems would discourage individuals from using drugs. This social perception legitimized the War on Drugs and the institutionalization of private prisons.
In addition, this process of criminalization of drugs, where entire groups of people of particular social circumstances (were) targeted by law enforcement for surveillance, punishment, and control (Herzing, p. 1), was a tool to subjugate lower class citizens, in particular African Americans. Michelle Alexander, in her path-breaking work The New Jim Crow, compares criminalization of drugs with Jim Crow laws. For instance, she argues that systems of segregation such as denial of voting rights present during Jim Crow were perpetuated through the War on Drugs. She argues that an extraordinary percentage of black men in the United States are legally barred from voting today due to an unfair criminal justice system that has mass imprisoned and classified an incredible number of African Americans as felons for victimless drug charges (Alexander, 2010, p. 1). Once youre labeled a felon, the old forms of discrimination- employment discrimination, housing discrimination, denial of the rights to vote, denial of educational opportunity, denial of food stamps and other public benefits and exclusion from jury service- are suddenly legal we have not ended racial caste in America; we have merely redesigned it (Alexander, 2010, p. 2). While the Civil Rights Act aimed to bring in racial equality, it failed to address racial prejudice.
For over two centuries racial biases have been entrenched in law. The country was formed under slavery, when African Americans were considered to be three- fifths of a man, not a real, whole human being (Alexander, 2010, p. 26). Following the abolition of slavery, the suppression of African Americans continued through Jim Crow laws. The Civil Rights Act formally dismantled the Jim Crow system of discrimination in the public sphere- public accommodation, employment, voting, education, and federally financed activities. The Supreme Court in Heart of Atlanta Motel v. U.S. (1964) upheld the civic rights of African Americans under the Commerce Clause. Yet, as Alexander argues, the patterns of discrimination continued even after the enactment of the Civil Rights Act. She explains that after the dismantlement of Jim Crow laws,
conservative whites began, once again, to search for a new racial order that would conform to the needs and constraints of time. This process took place with the understanding that whatever the new order would be, it would have to be formally race- neutral- it could not involve explicit or clearly intentional race discrimination. A similar phenomenon had followed slavery and Reconstruction, as white elites struggled to define a new racial order with the understanding that whatever the new order could be, it could not include slavery. Jim Crow eventually replaced slavery, but now it too had died, and it was unclear what might take its place. Barred by law from invoking race explicitly, those committed to racial hierarchy were forced to search for new means of achieving their goals according to the new rules of American Democracy (Alexander, 2010, p. 40).
The War on Drugs provided the new platform to discriminate against African Americans without officially banning their rights through written laws like in the Jim Crow era. Thus, racism did not end but was rather re- embodied through another outlet. The War on Drugs could finally justify an all-out war on [an] enemy that had been racially defined years before (Alexander, 2010, p.52). The War on Drugs became a chief medium through which private prisons were filled through disproportionate targeting of African Americans. For instance, despite a US Sentencing Commission report that found racial bias in the sentencing of African Americans on crack and cocaine charges, Congress dismissed the review of the process. Additionally, the inability to challenge discriminatory practices in the Court further legitimized the process. The court has closed the courthouse doors to claims of racial bias at every stage of the criminal justice process, from stops and searches to plea bargaining and sentencing, mass incarceration is now off limits to challenges on the grounds of racial bias (Alexander, 2010, p. 194).
A good example showing the Supreme Courts reluctance to address race issues is the landmark case McCleskey v. Kemp (1987). In 1978, the petitioner, a black man, was convicted in a Georgia trial court of armed robbery and murder, arising from the killing of a white police officer during the robbery of a store. An all-white jury recommended the death penalty on the murder charge. The trial court followed the recommendation, and the Georgia Supreme Court affirmed. The petitioner sought habeas corpus relief in Federal District Court. His petition included a claim that the Georgia capital sentencing process was administered in a racially discriminatory manner in violation of the Eighth and Fourteenth Amendments. The statistical data provided by McCleskey showed a bias towards jurors to sentence African Americans to death compared to whites, clearly showing that in the over 2,000 murder cases that occurred in Georgia during the 1970s black defendants who killed white victims had the greatest likelihood of receiving the death penalty (Justia).
However, the Court rejected the petitioners claims by stating that statistics were insufficient to demonstrate unconstitutional discrimination under the Fourteenth Amendment or to show irrationality, arbitrariness, and capriciousness under the Eighth Amendment. This particularly shows that proving racial discrimination is difficult in the court system, as many times discrimination is not a cause and effect relationship, but rather a correlation based on the question of disproportionate burden.
The system of filling of prisons through criminalization of drugs has evolved hand in hand with a surveillance system. Since the landmark Terry v. Ohio case of 1968, the Court has substantially expanded police power to search and seize, limiting the right to privacy of individuals.
Prior to 1968, it was generally understood that the police could not stop and search someone without a warrant unless there was a probable cause to believe that the individual was engaged in criminal activity a basic Fourth Amendment principle (Alexander, 2010, p. 63). Terry expanded the notion of warrantless search to include suspicious behavior as a preventive measure. In this case, which challenged the arrest of three men in front of a jewelry store without probable cause, the Supreme Court affirmed that police officers could interrogate and frisk suspicious individuals without probable cause for an arrest, providing police officers can articulate a reasonable basis for the stop and frisk. When an officer of the law has the ability to confront an individual merely based on whatever he believes constitutes suspicion, it leaves society vulnerable. When the means to justify a warrantless search are endless, it creates a less free society. For instance, the Terry rule was used to target African Americans for sporting flat brim hats and hooded sweatshirts. Although the objective of Terry v. Ohio was to prevent serious crime, it has implications beyond this case as it radically expanded police authority to investigate crimes where there is a reasonable basis for suspicion (ACLU, p. 1).
Terry v. Ohio was the stepping-stone towards a diminished right of privacy and enabled the establishment of a surveillance system. In later cases such as Whren v. United States (1996), the Court further limited the privacy rights of individuals against warrantless searches and seizure in the Fourth Amendment by allowing law enforcement the ability to stop a person in a motor vehicle based on pretext. As Professor Alexander claims, the pretext of a traffic stop (was) motivated not by any desire to enforce traffic laws, but instead motivated by a desire to hunt for drugs in the absence of any evidence of illegal drug activity pretext stops have received the Supreme Courts unequivocal blessing (Alexander, 2010, p. 67).
She explains the greater implication of Whren is that diminished rights and mass incarceration gained legal recognition. Alexander notes that in Whren, specifically:
Although the officers werent really interested in the traffic violation, they stopped the pair anyway because they had a hunch they might be drug criminals according to the officers the driver has a bag of cocaine in his lap On appeal, Whren and Brown challenged their convictions on the ground that pretextual stops violate the Fourth Amendment. They argued that because of the multitude of applicable traffic and equipment regulations, and difficulty of obeying all traffic rules perfectly at all times, the police will nearly always have an excuse to stop someone .. Allowing the police to use minor traffic violations as a pretext for baseless drug investigations would permit them to single out anyone for drug investigation without any evidence that kind of arbitrary police conduct is precisely what the Fourth Amendment was intended to prohibit. The Supreme Court rejected their argument (Alexander, 2010, pp. 67-68).
Together Terry v. Ohio and Whren v United States paved the path of warrantless searches that led to increase in police surveillance and mass incarceration. With no privacy from searches on foot or in a vehicle, and with no requirement that any evidence of drug activity actually be present before launching a drug investigation police officers judgment would be influenced by racial stereotypes (Alexander, 2010, p.108). Together, the War on Drugs and expanded police power to stop and frisk built a perfect machine to mass target and incarcerate. Law enforcement stopped individuals based on previous bias or profiling and justified that action through various pathways like a routine traffic stop.
Additionally, Illinois v. Caballes (2005) shows the extent to which the surveillance power of police has been expanded. In this case, Roy Caballes was stopped for speeding by a state trooper in Illinois. During the stop, the trooper noticed an Atlas, an air freshener, and some suits in the car. He asked Caballes for permission to search the car and was denied. A second trooper arrived at the scene with a drug-sniffing dog. While walking around the car, the dog alerted the trooper to the presence of drugs. The first trooper searched the car and found marijuana in the trunk. Caballes was arrested, tried, and convicted of a narcotics offense. The Illinois Supreme Court reversed the trial courts decision, arguing that use of the dog unjustifiably enlarge[ed] the scope of a routine traffic stop into a drug investigation. The state of Illinois appealed to the U.S. Supreme Court [which found] a dog sniff conducted during a concededly lawful traffic stop that reveals no information other than the location of a substance that no individual has any right to possess does not violate the Fourth Amendment (ABA, p. 1).
The jurisprudence on search and seizure clearly demonstrates a shift in law from protection of constitutional rights to privacy to legitimizing surveillance through stop and frisk as a justified means to conduct a search. Terry and Whren chipped away at the Fourth Amendments protection from warrantless search and seizure, which is inherently a right to privacy. Furthermore, in the 2002 case Lockyer v. Andrade the Court upheld the constitutionality of mandatory sentencing laws. In Lockyer v. Andrade, the jury found Andrade guilty and then found that he had three prior convictions that qualified as serious or violent felonies under the three strikes regime. Because each of his petty theft convictions triggered a separate application of the three strikes law, the judge sentenced him to two consecutive terms of 25 years to life.
Andrade appealed his conviction, which was overturned by the Ninth Circuit. The Supreme Court found that the Ninth Circuit was incorrect and Andrades double life sentence was not in violation of the Eighth Amendments cruel or unusual clause. The Supreme Court could have dismantled Californias three strike law. Many would argue that two 25 years to life sentences for petty theft seems quite cruel and unusual. Upholding mandatory sentencing laws as constitutional has also added to mass incarceration. Alexander explains that mandatory sentencing laws are frequently justified as necessary to keep violent criminals off the streets, yet those penalties are imposed most often against drug offenders and those who are guilty of nonviolent crime (Alexander, 2010, p. 91). Although Andrade did not commit a drug crime, the decision to uphold mandatory sentencing laws has allowed the incarceration of individuals to long sentences for drug and non-drug related offenses.
The most recent case that comments on the Fourth Amendment is Rodriguez v. United States, decided on April 21st, 2015. It reversed the precedent that was set in the case discussed above, Illinois v. Caballes. In Caballes, the court legalized the use of drug-sniffing dogs for routine traffic stops. Justice Ginsburg delivered the majority opinion:
This case presents the question whether the Fourth Amendment tolerates a dog sniff conducted after completion of a traffic stop. We hold that a police stop exceeding the time needed to handle the matter for which the stop was made violates the Constitutions shield against unreasonable seizures. A seizure justified only by a police-observed traffic violation, therefore, become[s] unlawful if it is prolonged beyond the time reasonably required to complete th[e] mission of issuing a ticket for the violation.
Ginsburgs explanation is vintage Fourth Amendment protection of privacy against illegal search and seizure. Because waiting for a drug-sniffing dog surpasses the usual time for a routine police stop, it falls under the unreasonable clause of the Fourth Amendment. This decision is the first in decades to put some sort of limit on police and unreasonable searches, but there are still some questions that are left unanswered. How long is too long in regards to whats considered a reasonable time limit on a traffic stop? Regardless of the time restraint, Rodriguez can be viewed as a win towards resurrecting the power of the Fourth Amendment and it will remain to be seen how the Court rules from this point forward.
Since the beginning of the War on Drugs, the Court has dwindled the Fourth Amendment to coincide with an over empowering police force. As the Fourth Amendment protection from illegal search and seizure dwindled, it allowed for more arrests to be made as the Court legitimized policies that condone no knock warrants. The diminished right has opened the door for police officers to invade peoples property, whether that is in a vehicle or somebodys backpack on the street, with the aim to find drugs to make an arrest. This transgression has opened the door to mass incarceration.
Further, the pattern of arrests in stop and frisk cases also demonstrates that police arrests are led by profiling of individuals based on race and ethnicity. NYPDs stop and frisk policy is a case in point about expansive surveillance power of police and racial bias. The policy, modeled after Wilson and Kellings broken windows theory on redirecting policing to address disorder in society as a preventive measure, targeted African Americans and Latinos. The NYPDs own reports on its stop-and-frisk activity confirm what many people in communities of color across the city have long known: the police are stopping hundreds of thousands of law abiding New Yorkers every year, and the vast majority are black and Latino (NYCLU, p. 1). The NYCLU report found that from 2002 to 2011 black and Latino residents made up close to 90 percent of people stopped, and about 88 percent of stops more than 3.8 million were of innocent New Yorkers. Even in neighborhoods that are predominantly white, black and Latino New Yorkers face the disproportionate brunt (NYCLU, p. 1).
You tube videos posted by anonymous bystanders and victims stories corroborate the data on NYPSs unconstitutional practices. In a letter to the New York Times, titled Why Is the N.Y.P.D. After Me?, Nicholas K. Peart, a victim of stop and frisk procedures, recalled his experience: When I was 14, my mother told me not to panic if a police officer stopped me. And she cautioned me to carry ID and never run away from the police or I could be shot. In the nine years since my mother gave me this advice, I have had numerous occasions to consider her wisdom (Peart, 2011, p. 1). In his letter, Peart included an instance of how a police officer pulled a gun on him, on his 18th birthday at 96th Street and Amsterdam Avenue in Manhattan, even as he was just sitting on a chair by the street. He writes that the experiences
changed the way I felt about the police. After the third incident I worried when police cars drove by; I was afraid I would be stopped and searched or that something worse would happen. I dress better if I go downtown. I dont hang out with friends outside my neighborhood in Harlem as much as I used to. Essentially, I incorporated into my daily life the sense that I might find myself up against a wall or on the ground with an officers gun at my head. For a black man in his 20s like me, its just a fact of life in New York (Peart, 2011, p. 1).
The role of the police is to protect and deter crime. When the police instead instill a sense of fear into African American people, they are accomplishing the same agenda as the Jim Crow laws of the South did generations ago.
Mass incarceration and surveillance policing promoted through the War on Drugs and the prison industrial complex have many impacts on society as well. Institutionally, they militarized the police and justified excessive use of force. Although done in the name of security, as public protests of the last two years show, this has resulted in an erosion of trust in society. Communities, especially minorities, are fearful of the police. Socially, the arrests have collateral effect on family structure. Many families are broken apart due to the economic, social and moral burden of incarceration. Young children are especially vulnerable when a parent or sibling is incarcerated. Child Trends, a nonprofit, nonpartisan organization talks about the ill impacts of mass incarceration on childrens mental health. Their study shows that about 1.5 million minor children have a parent (mostly fathers) incarcerated in state or federal prison in the United States, and there is significant variation along racial and ethnic lines:
One in every 15 African American children has a parent in prison, compared with 1 in every 42 Hispanic children and 1 in every 111 white children. But all of these children are more likely than their peers to exhibit academic difficulties, emotional problems, and antisocial behavior. In fact, it seems that incarceration, by itself, places children and families at increased riskabove and beyond the influence of parental mental health, educational, and employment issuesfor a number of negative outcomes including family instability, poverty, and aggressive behavior. Examination of national data on children of unmarried couples in urban settings has revealed that, compared with other similarly-vulnerable children, those who have experienced parental incarceration are 40 percent more likely to have an unemployed father; 32 percent more likely to have parents living separately; 25 percent more likely to experience material hardship; and 44 percent more likely to exhibit aggressive behavior (Child Trends, 2013, p. 1).
Mass incarceration has had discernible impacts in poor and minority communities who have been disproportionately impacted by drug enforcement strategies (Stevenson, 2011). The negative impacts include felon disenfranchisement laws, displaced children and dependents, increased rates of chronic unemployment, destabilization of families and increased risk of re-incarceration for the formerly incarcerated (Stevenson, 2011, p. 1).
Even more disturbing is that politicians and the general public do not perceive how high incarceration rates in poor communities of color tear apart the very social relationships that offer the best opportunity to nurture the well-being of our children and ultimately the common good of society. The effects of incarceration for an individual are well documented. These include: earning less money over the course of a lifetime (by age 48, the typical former inmate has earned $179,000 less than if he had never been incarcerated), finding it harder to stay employed, being less likely to become married, and highly likely to suffer a wide range of medical and psychological problems. And for mothers who raise a child of an incarcerated father, they face multiple challenges, including, but not limited to, disruptions in parenting, inability to supervise children adequately, loss of role models, and need for public welfare supports that are increasingly difficult to gain (Mikulich, 2010, p. 1).
The disruption of social relationships due to the War on Drugs has left inner cities in dismay. The ghetto is now transformed into a super ghetto with all avenues of society decimated. When a system is set into place that continues to deteriorate poor ghetto areas, there is no room for class/social mobility, the very basis of our capitalist economic system. Sarah Shannon and Christopher Uggen argue that incarceration is responsible for the deterioration of ghettos. Citing the work of Wacquant (2001), they note that the extreme racial disparities in prison populations demonstrate that mass imprisonment is the fourth in a series of social institutions, starting with slavery, designed to control African Americans as a subordinate caste. Prior to the 1970s, policy makers attempted to ameliorate poverty and racial inequality through social welfare policies. Wacquant argues that neoliberal economic changes and the dwindling social safety net of welfare programs since that time has led to the hyper-incarceration of blacks as a means of managing and obscuring these disparities (Shannon and Uggen, p. 1).
From the New Deal up until the War on Drugs, social welfare had been the focus of the federal government. This philosophy brought the United States out of the Great Depression. President Roosevelt increased the federal government with the development of welfare programs like the Food Stamp Plan and The Resettlement Administration. These programs were set into place to help those in extreme poverty overcome their situation. Today, it is not the agenda of the federal government to help poverty stricken groups overcome their situation. Policies implemented through the War on Drugs look to target and imprison rather than address structural issues such as poverty. Roosevelts New Deal ideology is no longer the driving force of the federal government but instead there is a new system that profits from incarceration.
Studies show that imprisonment has a cyclical effect on individuals and do not lower drug use. Cassia Spohn and David Holleran, for example, discovered that there is no evidence that imprisonment reduces the likelihood of recidivism. Instead, we find compelling evidence that offenders who are sentenced to prison have higher rates of recidivism and recidivate more quickly We also find persuasive evidence that imprisonment has a more pronounced criminogenic effect on drug offenders than on other types of offenders (Spohn and Holleran, 2002, p. 1).
Tough on crime policies have not positively benefited society but in fact created social upheaval, as in schools and the workplace, the language of crime and punishment is used as a tool to interpret and address non-crime problems, a practice Simon (2007) calls governing through crime. Common in these analyses is that change in penal policy is driven by political strategy, not by an actual increase in crime (Shannon and Uggen, p. 1). At a larger level, the War on Drugs and mass incarceration have legitimized a crime focused, punitive culture in society.
The War on Drugs incarceration effects have validated the prison industrial complex and implicit racism in policing practices. Its one thing to say drugs are bad morally, socially, and politically. However, to take the next step and codify law that makes it okay to target and imprison an entire race amounted to a new Jim Crow era. The policy has denied entire communities the right to exercise their political rights and live safe and secure lives in the absence of fear of violence. Individual freedom, the bedrock of our democratic values, does not extend to African Americans in the same way as it does to others. The promises of the Civil Rights Act can only be fulfilled by addressing the injustices of our criminal justice system, more particularly the prison industrial complex supported through the War on Drugs.
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Child Trends. (2013). Parents in Prison: Why Keeping Low- Level Drug Offenders in Prison Hurts Kids, and What the Justice Department Is Doing to Help. Child Trends, August 22.
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[1] John Stern is a Law and Society graduate from Ramapo College, currently a law student at St. Johns University School of Law.
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