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Daily Archives: August 2, 2022
Hyundai and Kia to develops mobile robots for space exploration – Robotics and Automation News
Posted: August 2, 2022 at 2:37 pm
South Korean automotive giants Hyundai and Kia have agreed a partnership to develop robotic technology for space exploration.
The two companies say they are now expanding their vision beyond the bounds of Earth and into space are specifically concentrating on robotics and Advanced Air Mobility (AAM).
Hyundai and Kia recently signed joint research agreements with six Korean research institutes and formed a consultative body to develop mobility solutions to explore the surface of the moon. This follows Koreas successful launch of a domestically produced rocket in June.
Yong Wha Kim, executive vice president, and head of R&D Planning & Coordination Centre of Hyundai Motor and Kia, says: We have taken the first step towards transforming our vision for robotics and the concept of Metamobility into reality.
We will expand the scope of human movement experience beyond traditional means of transport and beyond the bounds of Earth to further contribute to the progress of humankind and help create a better future.
The signing ceremony held in Korea was attended by Chung Kook Park, President and Head of R&D Division of Hyundai Motor and Kia as well as top officials from the six research institutes:
With collaboration expected to start as early as August, the consultative body will define the concept of lunar exploration mobility and major core technologies while developing and reviewing specific strategies and implementation measures to operate on the moon. Hyundai Motor and Kia will support the consultative body with their smart mobility technologies.
Under the multilateral research agreement, the participants from the private and government sectors will integrate their knowledge and capabilities to significantly advance their existing technologies and engineer new solutions for moon exploration mobility. Expertise will be brought across numerous areas, including exploration equipment, software for mobility operation and remote communication functionality.
With no air, extreme temperatures and countless craters and coatings of lunar dust composed of sharp and abrasive particles, the moons surface is an exceptionally harsh environment.
While it poses significant challenges to the development of surface exploration mobility, it also provides the ultimate proving ground and will deliver invaluable lessons for Hyundai and Kia to further accelerate the delivery of smart and sustainable mobility solutions on earth.
Hyundai and Kia have formed an internal consultative body with key personnel for the development and operation of lunar surface mobility. Resources will be brought to bear from Hyundai and Kias Robotics Lab in charge of robot development.
Hyundai and Kia will also collaborate on software and hardware design and interpretation, space environment response technology, and special equipment for conducting lunar exploration missions.
The multilateral agreement to develop mobility for exploring the moons surface represents a seminal moment in the history of Hyundai Motor and Kia that expands their vision for future mobility, including Robotics and AAM, to areas beyond the Earth.
Hyundai and Kia also expect to secure proprietary technologies for future mobility businesses in the process of the new lunar exploration mobility robotics development.
In January, Hyundai Motor announced its robotics vision of Metamobilty to help overcome the limitations of movement at CES 2022, which featured a video of Boston Dynamics robot, named Spot, exploring outer space.
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AAEON and Cogniteams Partnership Prove Modern Robotics is All About Integrations – AZoRobotics
Posted: at 2:37 pm
AAEON, a leading designer and manufacturer of industrial IoT and Edge AI solutions, has partnered with Cogniteam to develop ready-to-build robotic hardware that leverages Cogniteams Nimbus software, the leading drag and drop robotics operating system.
Companies who recognize a new market demand can immediately choose the AAEON system, device, or hardware thats right for them and know that it is fully supported with the Nimbus no-code integration. This means companies can quickly develop and deploy advanced GPS, light, and other sensors using field-tested software solutions.
Today, developing and deploying a robot is time and resource intensive. From the time a decision is made to build the robot, until it is actually deployed can often take years. By the time it is used for its initial purpose, the technology risks already being out of date. In response, AAEON partnered with Cogniteam to develop hardware systems that come with various foundational capabilities- all of which are pre-integrated with Nimbus. Without this key advantage, operators lack cloud-connected capabilities, which allow for over the air updates, monitoring, insights, and operational insights.
AAEON offers a wide range of hardware systems based on the NVIDIA Jetson line of SoCs for compatibility with Cogniteams Nimbus software. This line of embedded box PCs features the Jetson Nano (BOXER-8220AI Series) with a great cost-to-performance ratio, the Jetson Xavier NX (BOXER-8250AI Series) with flexible I/O features, the Jetson AGX Xavier (BOXER-8240AI Series) for enhanced AI performance, and the newest Jetson AGX Orin (BOXER-8600AI Series) for server class AI performance at the edge.
Since its launch, Cogniteams Nimbus has improved integration and widespread adoption of ROS and NVIDIA Jetson software packages. Developers pick from a catalog of algorithms, AI, process control, spatial recognition, and more. The robot can then be tested in a simulated environment to understand how the robot will handle various scenarios before it ever leaves the production floor.
We are honored to have AAEON offer parts that are Nimbus enabled, allowing rapid uptime by syncing with a virtual environment, said Yehuda Elmaliah, Co-founder and CEO of Cogniteam. In a few clicks, developers benefit from a system thats already familiar with AAEONs hardware specifications and abilities.Developers can choose off the shelf parts and significantly cut development time.
Moving the burden of integration from individual organizations to a centralized platform gives robot operators valuable analytics, fleet management capabilities, OTA updates, remote control features, and more. This integration allows anyone to access todays most advanced capabilities using pre-integrated AAEON components, said Owen Wei, Marketing and BD Manager at AAEON. Adding a cloud layer to a robots design keeps it up to date with continuous communication to the home base.
Integration demands will only increase as edge-devices begin carrying greater processing power and more advanced capabilities. Robots and components that are designed for cloud connectivity integrations benefit from a longer life, thanks to the ability for features to be added over time. Outfitting robots with tools for modern activities allows them to remain in the field longer without risk of becoming obsolete.
Source:https://www.aaeon.com/
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OSU STEM camp gives kids hands-on experience with robotics and coding – Enid News & Eagle
Posted: at 2:37 pm
A group of sixth through eighth grade students experienced the joy and frustration that comes with building something during a robotics camp held at Oklahoma State University this week. In the process, they used STEM science, technology, engineering and math principles and learned how they can be applied in the real world.
They also got a tour of Roll 2 Roll Technologies, a sensor manufacturer located in the business incubator near Meridian Technology Center thats a spin-off of research from OSUs Web Handling Research Center.
For their main project, the 36 campers worked in teams to create their own wheeled robots from different types of kits. They also had the chance to get hands-on with other parts of the process, soldering the electronic circuit board that controls the robot and writing the code that tells it what to do.
They finished their three-day camp Thursday with a demonstration of their creations as they attempted to navigate a maze.
A team of OSU robotics campers looks on in frustration as the robot they built stops short of its goal, even after they made adjustments. But camp instructors said trial and error is part of the process.
As it turned out, some couldnt do much. But thats all part of the process too, the OSU engineering students who serve as camp instructors said. It really came down to not having enough time to perfect the code in a three-day camp.
It (coding) is a lot of trial and error, instructor Daniel Everheart said.
At the end of the day, just getting them to move proved to be a challenge. Camper Dane Vollmer celebrated by thrusting his fists in the air after finally getting it to travel a short distance.
OSU robotics camp instructor Daniel Bernardy times a robot created by a team of campers as it moves through a maze the instructors built as a testing ground.
He said the camp was fun and he would like to do something with robotics again, but it was sad when his robot didnt move the way it was supposed to.
Instructor Blake Jones said they could have done more if the camp had lasted longer than three days. The campers had access to infrared sensors that help the robot navigate, similar to the way a robotic vacuum cleaner navigates the layout of your house. Unfortunately, they didnt have time to use them.
Camper Chloe Smith said it was a good experience because she loves engineering and robotics. She also enjoyed getting to solder a circuit board.
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634AI to install 200 autonomous mobile robots in Musashi manufacturing facilities worldwide – Robotics and Automation News
Posted: at 2:37 pm
634AI, the developers of Maestro, an artificial intelligence-enabled control tower for indoor mobility management, and Musashi Seimitsu, a global tier-1 auto part manufacturer, have signed an agreement to install 200 autonomous mobile robots, powered by Maestro, across Musashi Seimitsus 35 manufacturing facilities worldwide.
634AIs Maestro powered AMRs will be used to automate Musashi Seimitsus intra logistics operation and increase the safety and efficiency of activity on its manufacturing floors.
Musashi Seimitsu, a global transmission gear manufacturer, is a major shareholder in 634AI. After two years of testing 634AIs Maestro in live manufacturing facilities in Japan, Musashi Seimitsu will be rolling out 634AIs AMRs under the management of Maestro over the next four years.
634AI, part of the SixAI group, says it is helping to bring advanced technology and responsible AI into traditional industries. SixAI products are designed to improve productivity and better serve people around the world.
Established by Israeli entrepreneur Ran Poliakine, the company solves manufacturing and distribution shortcomings by providing solutions that raise productivity and lowers costs.
SixAI introduces technology integration in legacy industries and acquires companies in both local and international markets, mainly in the fields of AI, robotics, green energy, cyber and fintech. SixAI has a strategic partnership with the Japanese corporation Musashi Seimitsu.
Maestro is 634AIs proprietary AI-powered centralized control tower that enables effective and harmonized indoor operations. Maestro offers a constant visual mapping of the entire floor, ensuring hazards and obstacles are recognized and prevented.
Alongside 634AIs AMRs, Maestro can track raw material movements, provide productivity and utilization data of forklifts as well as provide safety alerts for forklift drivers, and even navigate the movement of heterogeneous AMR fleets.
With Maestro, Musashi Seimitsu plans to have a more automated intra logistics operation and better coordinated activity, where man-driven forklifts, employees, and robots can operate in sync and with greater safety.
Musashi Seimitsus global presence includes manufacturing facilities in Japan, Germany, US, Canada, India, China, Brazil, Mexico, Hungary, Spain, Thailand, Indonesia and Vietnam.
Isaku Takeshi, managing executive officer of Musashi Seimitsu, says: We have been heavily investing in automation and AI capabilities over the past few years, with a vision to create a more humane workplace where people no longer carry out tedious, repetitive, unrewarding tasks.
We believe 634AIs distinct approach for industrial floor management and control allows, for the first time, people and machines to effectively work side by side in a much safer environment. We look forward to a fruitful deployment across our global manufacturing sites.
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STEAM Robotics and Fine Arts offered at FPMS – Times-Journal
Posted: at 2:37 pm
There are new courses being offered at Fort Payne Middle School and Fort Payne High School for the 2022-2023 school year. The Times-Journal has been showcasing these courses so the community can be informed about the opportunities available to our students. This week, we will look at the visual and media arts/drama courses at Fort Payne Middle School, taught by Amy Smith, as well as the new STEAM/Robotics courses at Fort Payne Middle School, taught by Regan McClung.
s part of Fort Payne City Schools commitment to preparing students to succeed in a challenging world tomorrow, the Board of Education and Superintendent recently funded a refurbished state-of-the-art STEAM Lab at Fort Payne Middle School and is providing a full-time instructor of STEAM Robotics and Computer Science at FPMS in 2022-2023.
This commitment to the future growth of our community includes three new STEAM Robotics and Computer Science course offerings this Fall.
STEAM represents a project-based learning initiative that integrates science, technology, engineering, arts, and math into one classroom for a comprehensive approach to each students education.
STEAM Robotics courses help to better prepare students for STEAM careers and build not only technical skills, but the problem-solving, collaboration, and innovation experience students need to be successful in life and even create a better world for all of us.
The changing speed of technology and challenges facing our world make STEAM robotics and computer science education an important and critical need for our students. Seventh and eighth-grade students will have the option of taking a STEAM Robotics elective course for one nine weeks period this year.
Sixth graders applied for this course in the spring, and those applicants will take this one-semester course for their daily elective. The STEAM Robotics elective will be a fundamentals sampler course that includes friendly competition, as teams of students engage in research, problem-solving, coding, and engineering - developing their mechanical engineering skills and coding skills with a LEGO robot that navigates the missions of a robot game.
The course will blend online and unplugged non-computer activities to teach students computational thinking, problem solving, programming concepts, and digital citizenship.
Next, seventh and eighth graders may sign up to take Computer Science Discoveries, which is a full-year introductory computer science survey course.
The course takes a wide lens on computer science by covering topics such as programming, physical computing, HTML/CSS, and data. Students are empowered to create authentic artifacts and engage with CS as a medium for creativity, communication, problem-solving, and fun. This full-year course is in place of morning electives.
Finally, seventh and eighth graders who took Computer Science Discoveries last year may sign up to take Computer Science and Society, a full-year course designed to enhance middle school students knowledge of computer science and how it affects society.
The course includes Computing Innovations, App Development with a Purpose, Ethics and Cybersecurity, and Micro:bit Projects. This full-year course is in place of morning electives.
All of these course offerings bring the newest language of creativity to the students: CODING!
STEAM Robotics and Computer Science empower students to engage with computer science as a medium for creativity, communication, problem-solving, and fun!
Regan McClung is a 4th-8th grade STEAM robotics and computer science teacher at Fort Payne Middle School.
Fine Arts at Fort Payne Middle School is a new program that began in January 2022.
Currently, all students, grades 6-8, are being serviced in a visual arts class where they learn art history, elements and principles of art, and artistic vocabulary.
The students create visual works of art based on the topic of instruction for that week.
This school year, we hope to grow the program to include beginner and intermediate-level classes in both visual arts and media arts. The media arts course would consist of graphic design, presentation design, and video production.
FPMS is also offering a new drama class for 7th and 8th-grade students where they explore different genres and historical works while also learning the fundamentals of performing to an audience. The students also gain experience in elements of set design, costume design, performance makeup, and stage lighting for productions. This school year, we hope to be able to present a full-scale production to our community.
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Boreal Technologies announced today a business partner agreement with Yaskawa Motoman | RoboticsTomorrow – Robotics Tomorrow
Posted: at 2:37 pm
This alliance will help Boreal Technologies continue to offer the most up-to-date technology to end customers in Boreal Technologies' region of influence.
Boreal Technologies announced today a business partner agreement with Yaskawa Motoman, a world leader in industrial ARM Robots for robotic solutions, as a key step to continue growth and expansion in Latin America.
Yaskawa Motoman Robotics includes in its proposal full compatibility with OnRobot's wide range of accessories for robotic solutions and has developed specific applications for various vertical markets such as Logistics, manufacturing, and production.
Yaskawa Motoman Robotics is a leader in industrial robot technologies, dedicated to improving the working world of industries and their people through technology applications (robotics), offering a variety of solutions of different types of loads and complexities.
Yaskawa Motoman offers a wide range of palletizing robots and cobots that tackle simple to complex palletizing jobs with easy-to-integrate 2D and 3D vision systems, specialized software and tools.
About Yaskawa Motoman:Founded in 1989, Yaskawa Motoman is a leading industrial robotics company in the Americas. With more than 500,000 Motoman industrial robots, 18 million servos and 30 million variable frequency drives installed worldwide, Yaskawa offers automation products and solutions for virtually every industry and robotic application; including arc welding, assembly, coating, batching, material handling, material cutting, material removal, packaging, palletizing, and spot welding.More information about Yaskawa at : http://www.motoman.com
About Boreal Technologies:Founded in 2003, Boreal Technologies is a leading automation company in Latin America, with more than 130 employees, presence in major countries and direct operacion in Argentina, Brasil, Colombia, Peru, Chile and Mexico. Boreal offers integration with major solutions of Robots for Logistics and ecommerce, as well as long term experience in the field of warehouse automation thru standard tools as mobile computing, RFID, etc. More information about Boreal at : http://www.borealtech.com
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Robotics is one area where advances in additive manufacturing can have a significant impact on industry growth – Express Computer
Posted: at 2:37 pm
Robotics major Addverb Technologies creates robots that are primarily employed for activities that are difficult, dangerous, expensive, monotonous, or time-consuming for humans. Tapan Pattnayak, Director System Architecture, Addverb Technologies in an interview shared that the traditional manufacturing techniques that required hours to complete a task are expected to be replaced by 3D printing
Can you tell us how to create resilient supply chains, operate safe and agile factories as well as unlock innovation and new services at the same time?
The ability to adapt to rapid change distinguishes between manufacturers who merely survive and those who thrive. As rising costs, supply chain issues, skills gaps, and other challenges worsen, manufacturers must turn to intelligent cloud and intelligent edge solutions to build smart, agile factories.
IoT, in combination with edge computing, AI, and machine learning, is assisting manufacturers in improving performance and anticipating shifts through actionable intelligence and real-time visibility. In fact, 91 percent of manufacturers have already adopted IoT, citing increased operational efficiency as the primary benefit. However, as they connect all these devices, manufacturers prioritize security, with 62 percent concerned about protecting their edge-to-cloud solutions. More agile factories help manufacturers ensure business continuity and resilience, drive safe and secure production with consistent quality and yield, and optimize resource utilization with Industrial IoT and AI.
Industry research reveals that 40% of Asian manufacturers will adopt an API-led integration strategy to link applications on a single platform to improve agility and visibility across organizations by 2023. How are you preparing for this?
We aim to achieve its mission of empowering every person and organization to achieve more by assisting customers and partners in the creation of a more resilient and sustainable future. With technology and digital capabilities, we are powering the manufacturing industrys digital transformation, unlocking new efficiencies and future-proofing business. We are taking care of the system side and software integration in our fleet management system to make that end user level every design should be modular. However, at the technical and R&D level, we ensure that all system integration and modular design is done through API.
Given the accelerated penetration of Industry 4.0 across the Indian manufacturing landscape, how are you looking at intelligent, integrated cloud, and edge capabilities platforms to deliver the highest value.
As the manufacturing industry faces significant challenges, it is vital to assess the readiness of industrial businesses for Industry 4.0. Disruptive concepts like the Internet of Things, cyber-physical systems, and cloud-based manufacturing pose these issues. The smart factory is a manufacturing environment in which production and logistical systems self-organize without human involvement. Employees assist businesses in achieving their digital transformation goals. And preparedness in this dimension can be measured by analyzing an employees present abilities and ability to learn new skills, as employees are the ones who are most affected by changes in technology in the workplace, which has a direct impact on their working environment.
The Future of Make in India stressed the importance of process transformation in enhancing the digital readiness of Indian manufacturers. Do you agree or not?
The Indian manufacturing industry is beginning to investigate new technological breakthroughs such as data and analytics, the Internet of Things (IoT), robotics, and three-dimensional (3D) printing to drive change for the betterment of their companies. The Government of India (GoI) has also recognized the untapped potential of Indias manufacturing capability and has set a lofty goal of boosting the manufacturing sectors contribution to GDP.
The evolution of technologies stress that the future will be personalization at scale through smart factories. Earlier, factories were very fixated in terms of what products they are going to supply, but with changing demand factories can now rely on additive manufacturing or 3D printing to rapidly respond. Can you share how you use robotics and modernize your facilities?
In todays environment, 3D printing, and robotics are not so dissimilar. One of the Robotics applications is 3D printing, which automates the most arduous and repetitive processes while also reducing costs and speeding up turnaround time. Simultaneously, 3D printing allows for the rapid production of a wide range of robots and their components. Traditional manufacturing techniques that required hours to complete a task are expected to be replaced by 3D printing. The advancement of 3D printing has allowed it to permeate industries such as automobiles, aircraft, and medicine, among others. Manufacturing is beginning to spread and penetrate many industries as it gets more digital and agile. Robotics is one area where advances in additive manufacturing can have a significant impact on industry growth. Addverb creates robots that are primarily employed for activities that are difficult, dangerous, expensive, monotonous, or time-consuming for humans. We have already demonstrated in Addverb that we can develop world-class robots, and as a result, people are taking notice, and we are intending to provide the greatest robots.
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Whatever Happened to the Transhumanists? – Gizmodo
Posted: at 2:36 pm
Image: Gizmodo/Ociacia (Shutterstock)
Gizmodo is 20 years old! To celebrate the anniversary, were looking back at some of the most significant ways our lives have been thrown for a loop by our digital tools.
Like so many others after 9/11, I felt spiritually and existentially lost. Its hard to believe now, but I was a regular churchgoer at the time. Watching those planes smash into the World Trade Center woke me from my extended cerebral slumber and I havent set foot in a church since, aside from the occasional wedding or baptism.
I didnt realize it at the time, but that godawful day triggered an intrapersonal renaissance in which my passion for science and philosophy was resuscitated. My marriage didnt survive this mental reboot and return to form, but it did lead me to some very positive places, resulting in my adoption of secular Buddhism, meditation, and a decade-long stint with vegetarianism. It also led me to futurism, and in particular a brand of futurism known as transhumanism.
Transhumanism made a lot of sense to me, as it seemed to represent the logical next step in our evolution, albeit an evolution guided by humans and not Darwinian selection. As a cultural and intellectual movement, transhumanism seeks to improve the human condition by developing, promoting, and disseminating technologies that significantly augment our cognitive, physical, and psychological capabilities. When I first stumbled upon the movement, the technological enablers of transhumanism were starting to come into focus: genomics, cybernetics, artificial intelligence, and nanotechnology. These tools carried the potential to radically transform our species, leading to humans with augmented intelligence and memory, unlimited lifespans, and entirely new physical and cognitive capabilities. And as a nascent Buddhist, it meant a lot to me that transhumanism held the potential to alleviate a considerable amount of suffering through the elimination of disease, infirmary, mental disorders, and the ravages of aging.
The idea that humans would transition to a posthuman state seemed both inevitable and desirable, but, having an apparently functional brain, I immediately recognized the potential for tremendous harm. Wanting to avoid a Brave New World dystopia (perhaps vaingloriously), I decided to get directly involved in the transhumanist movement in hopes of steering it in the right direction. To that end, I launched my blog, Sentient Developments, joined the World Transhumanist Association (now Humanity+), co-founded the now-defunct Toronto Transhumanist Association, and served as the deputy editor of the transhumanist e-zine Betterhumans, also defunct. I also participated in the founding of the Institute for Ethics and Emerging Technologies (IEET), on which I continue to serve as chairman of the board.
Indeed, it was also around this time in the early- to mid-2000s that I developed a passion for bioethics. This newfound fascination, along with my interest in futurist studies and outreach, gave rise to a dizzying number of opportunities. I gave talks at academic conferences, appeared regularly on radio and television, participated in public debates, and organized transhumanist-themed conferences, including TransVision 2004, which featured talks by Australian performance artist Stelarc, Canadian inventor and cyborg Steve Mann, and anti-aging expert Aubrey de Grey.
The transhumanist movement had permeated nearly every aspect of my life, and I thought of little else. It also introduced me to an intriguing (and at times problematic) cast of characters, many of whom remain my colleagues and friends. The movement gathered steady momentum into the late 2000s and early 2010s, acquiring many new supporters and a healthy dose of detractors. Transhumanist memes, such as mind uploading, genetically modified babies, human cloning, and radical life extension, flirted with the mainstream. At least for a while.
The term transhumanism popped into existence during the 20th century, but the idea has been around for a lot longer than that.
The quest for immortality has always been a part of our history, and it probably always will be. The Mesopotamian Epic of Gilgamesh is the earliest written example, while the Fountain of Youththe literal Fountain of Youthwas the obsession of Spanish explorer Juan Ponce de Len.
Notions that humans could somehow be modified or enhanced appeared during the European Enlightenment of the 18th century, with French philosopher Denis Diderot arguing that humans might someday redesign themselves into a multitude of types whose future and final organic structure its impossible to predict, as he wrote in DAlemberts Dream. Diderot also thought it possible to revive the dead and imbue animals and machines with intelligence. Another French philosopher, Marquis de Condorcet, thought along similar lines, contemplating utopian societies, human perfectibility, and life extension.
The Russian cosmists of the late 19th and early 20th centuries foreshadowed modern transhumanism, as they ruminated on space travel, physical rejuvenation, immortality, and the possibility of bringing the dead back to life, the latter being a portend to cryonicsa staple of modern transhumanist thinking. From the 1920s through to the 1950s, thinkers such as British biologist J. B. S. Haldane, Irish scientist J. D. Bernal, and British biologist Julian Huxley (who popularized the term transhumanism in a 1957 essay) were openly advocating for such things as artificial wombs, human clones, cybernetic implants, biological enhancements, and space exploration.
It wasnt until the 1990s, however, that a cohesive transhumanist movement emerged, a development largely brought about byyou guessed itthe internet.
As with many small subcultures, the internet allowed transhumanists around the world to start communicating on email lists, and then websites and blogs, James Hughes, a bioethicist, sociologist, and the executive director of the IEET, told me. Almost all transhumanist culture takes place online. The 1990s and early 2000s were also relatively prosperous, at least for the Western countries where transhumanism grew, so the techno-optimism of transhumanism seemed more plausible.
The internet most certainly gave rise to the vibrant transhumanist subculture, but the emergence of tantalizing, impactful scientific and technological concepts is what gave the movement its substance. Dolly the sheep, the worlds first cloned animal, was born in 1996, and in the following year Garry Kasparov became the first chess grandmaster to lose to a supercomputer. The Human Genome Project finally released a complete human genome sequence in 2003, in a project that took 13 years to complete. The internet itself gave birth to a host of futuristic concepts, including online virtual worlds and the prospect of uploading ones consciousness into a computer, but it also suggested a possible substrate for the Nospherea kind of global mind envisioned by the French Jesuit philosopher Pierre Teilhard de Chardin.
Key cheerleaders contributed to the proliferation of far-flung futurist-minded ideas. Eric Drexlers seminal book Engines of Creation (1986) demonstrated the startling potential for (and peril of) molecular nanotechnology, while the work of Hans Moravec and Kevin Warwick did the same for robotics and cybernetics, respectively. Futurist Ray Kurzweil, through his law of accelerating returns and fetishization of Moores Law, convinced many that a radical future was at hand; in his popular books, The Age of Spiritual Machines (1999) and The Singularity is Near (2005), Kurzweil predicted that human intelligence was on the cusp of merging with its technology. In his telling, this meant that we could expect a Technological Singularity (the emergence of greater-than-human artificial intelligence) by the mid-point of the 21st century (as an idea, the Singularityanother transhumanist staplehas been around since the 1960s and was formalized in a 1993 essay by futurist and sci-fi author Vernor Vinge). In 2006, an NSF-funded report, titled Managing Nano-Bio-Info-Cogno Innovations: Converging Technologies in Society, showed that the U.S. government was starting to pay attention to transhumanist ideas.
A vibrant grassroots transhumanist movement developed at the turn of the millennium. The Extropy Institute, founded by futurist Max More, and the World Transhumanist Association (WTA), along with its international charter groups, gave structure to what was, and still is, a wildly divergent set of ideas. A number of specialty groups with related interests also emerged, including: the Methuselah Foundation, the Singularity Institute for Artificial Intelligence (now the Machine Intelligence Research Institute), the Center for Responsible Nanotechnology, the Foresight Institute, the Lifeboat Foundation, and many others. Interest in cryonics increased as well, with the Alcor Life Extension Foundation and the Cryonics Institute receiving more attention than usual.
Society and culture got cyberpunked in a hurry, which naturally led people to think increasingly about the future. And with the Apollo era firmly in the rear view mirror, the publics interest in space exploration waned. Bored of the space-centric 2001: A Space Odyssey and Star Wars, we increasingly turned our attention to movies about AI, cybernetics, and supercomputers, including Blade Runner, Akira, and The Matrix, many of which had a distinctive dystopian tinge.
With the transhumanist movement in full flight, the howls of outrage became louderfrom critics within the conservative religious right through to those on the anti-technological left. Political scientist Francis Fukuyama declared transhumanism to be the worlds most dangerous idea, while bioethicist Leon Kass, a vocal critic of transhumanism, headed-up President George W. Bushs bioethics council, which explicitly addressed medical interventions meant to enhance human capabilities and appearance. The bioethical battle lines of the 21st century, it appeared, were being drawn before our eyes.
This TIME cover blew my mind when it came out on February 21, 2011.Image: Photo-illustration by Phillip Tolendo for TIME. Prop Styling by Donnie Myers.
It was a golden era for transhumanism. Within a seemingly impossible short time, our ideas went from obscurity to tickling the zeitgeist. The moment that really did it for me was seeing the cover of TIMEs February 21, 2011, issue, featuring the headline, 2045: The Year Man Becomes Immortal, and cover art depicting a brain-jacked human head.
By 2012, my own efforts in this area had landed me a job as a contributing editor for io9, which served to expand my interest in science, futurism, and philosophy even further. I presented a talk at Moogfest in 2014 and had some futurist side hustles, serving as the advisor for National Geographics 2017 documentary-drama series, Year Million. Transhumanist themes permeated much of my work back then, whether at io9 or later with Gizmodo, but less so with each passing year. These days I barely write about transhumanism, and my involvement in the movement barely registers. My focus has been on spaceflight and the ongoing commercialization of space, which continues to scratch my futurist itch.
What was once a piercing roar has retreated to barely discernible background noise. Or at least thats how it currently appears to me. For reasons that are both obvious and not obvious, explicit discussions of transhumanism and transhumanists have fallen by the wayside.
The reason we dont talk about transhumanism as much as we used to is that much of it has become a bit normalat least as far as the technology goes, as Anders Sandberg, a senior research fellow from the Future of Humanity Institute at the University of Oxford, told me.
We live lives online using wearable devices (smartphones), aided by AI and intelligence augmentation, virtual reality is back again, gene therapy and RNA vaccines are a thing, massive satellite constellations are happening, drones are becoming important in warfare, trans[gender] rights are a big issue, and so on, he said, adding: We are living in a partially transhuman world. At the same time, however, the transhumanist idea to deliberately embrace the change and try to aim for such a future has not become mainstream, Sandberg said.
His point about transhumanism having a connection to trans-rights may come as a surprise, but the futurist linkage to LGBTQ+ issues goes far back, whether it be sci-fi novelist Octavia Butler envisioning queer families and greater gender fluidity or feminist Donna Haraway yearning to be a cyborg rather than a goddess. Transhumanists have long advocated for a broadening of sexual and gender diversity, along with the associated rights to bodily autonomy and the means to invoke that autonomy. In 2011, Martine Rothblatt, the billionaire transhumanist and transgender rights advocate, took it a step further when she said, we cannot be surprised that transhumanism arises from the groins of transgenderism, and that we must welcome this further transcendence of arbitrary biology.
Natasha Vita-More, executive director of Humanity+ and an active transhumanist since the early 1980s, says ideas that were foreign to non-transhumanists 20 years ago have been integrated into our regular vocabulary. These days, transhumanist-minded thinkers often reference concepts such as cryonics, mind uploading, and memory transfer, but without having to invoke transhumanism, she said.
Is it good that we dont reference transhumanism as much anymore? No, I dont think so, but I also think it is part of the growth and evolution of social understanding in that we dont need to focus on philosophy or movements over technological or scientific advances that are changing the world, Vita-More told me. Moreover, people today are far more knowledgeable about technology than they were 20 years ago and are more adept at considering the pros and cons of change rather than just the cons or potential bad effects, she added.
PJ Manney, futurist consultant and author of the transhumanist-themed sci-fi Phoenix Horizon trilogy, says all the positive and optimistic visions of future humanity are being tempered or outright dashed as we see humans taking new tools and doing what humans do: the good, the bad, and the ugly.
Indeed, were a lot more cynical and wary of technology than we were 20 years ago, and for good reasons. The Cambridge Analytica data scandal, Edward Snowdens revelations about government spying, and the emergence of racist policing software were among an alarming batch of reproachable developments that demonstrated technologys potential to turn sour.
We dont talk about transhumanism that much any more because so much of it is in the culture already, Manney, who serves with me on the IEET board of directors, continued, but we exist in profound future shock and with cultural and social stresses all around us. Manney referenced the retrograde SCOTUS reversals and how U.S. states are removing human rights from acknowledged humans. She suggests that we secure human rights for humans before we consider our silicon simulacrums.
Nigel Cameron, an outspoken critic of transhumanism, said the futurist movement lost much of its appeal because the naive framing of the enormous changes and advances under discussion got less interesting as the distinct challenges of privacy, automation, and genetic manipulation (e.g. CRISPR) began to emerge. In the early 2000s, Cameron led a project on the ethics of emerging technologies at the Illinois Institute of Technology and is now a Senior Fellow at the University of Ottawas Institute on Science, Society and Policy.
Sandberg, a longstanding transhumanist organizer and scholar, said the War on Terror and other emerging conflicts of the 2000s caused people to turn to here-and-now geopolitics, while climate change, the rise of China, and the 2008 financial crisis led to the pessimism seen during the 2010s. Today we are having a serious problem with cynicism and pessimism paralyzing people from trying to fix and build things, Sandberg said. We need optimism!
Some of the transhumanist groups that emerged in the 1990s and 2000s still exist or evolved into new forms, and while a strong pro-transhumanist subculture remains, the larger public seems detached and largely disinterested. But thats not to say that these groups, or the transhumanist movement in general, didnt have an impact.
The various transhumanist movements led to many interesting conversations, including some bringing together conservatives and progressives into a common critique, said Cameron.
I think the movements had mainly an impact as intellectual salons where blue-sky discussions made people find important issues they later dug into professionally, said Sandberg. He pointed to Oxford University philosopher and transhumanist Nick Bostrom, who discovered the importance of existential risk for thinking about the long-term future, which resulted in an entirely new research direction. The Center for the Study of Existential Risk at the University of Cambridge and the Future of Humanity Institute at Oxford are the direct results of Bostroms work. Sandberg also cited artificial intelligence theorist Eliezer Yudkowsky, who refined thinking about AI that led to the AI safety community forming, and also the transhumanist cryptoanarchists who did the groundwork for the cryptocurrency world, he added. Indeed, Vitalik Buterin, a co-founder of Ethereum, subscribes to transhumanist thinking, and his father, Dmitry, used to attend our meetings at the Toronto Transhumanist Association.
According to Manney, various transhumanist-driven efforts inspired a vocabulary and creative impulse for many, including myself, to wrestle with the philosophical, technological and artistic implications that naturally arise. Sci-fi grapples with transhumanism now more than ever, whether people realize it or not, she said. Fair point. Shows like Humans, Orphan Black, Westworld, Black Mirror, and Upload are jam-packed with transhumanist themes and issues, though the term itself is rarelyif everuttered. That said, these shows are mostly dystopian in nature, which suggests transhumanism is mostly seen through gray-colored glasses. To be fair, super-uplifting portrayals of the future rarely work as Hollywood blockbusters or hit TV shows, but its worth pointing out that San Junipero is rated as among the best Black Mirror episodes for its positive portrayal of uploading as a means to escape death.
For the most part, however, transhuman-flavored technologies are understandably scary and relatively easy to cast in a negative light. Uncritical and starry-eyed transhumanists, of which there are many, werent of much help. Manney contends that transhumanism itself could use an upgrade. The lack of consideration for consequences and follow-on effects, as well as the narcissistic demands common to transhumanism, have always been the downfall of the movement, she told me. Be careful what you wish foryou may get it. Drone warfare, surveillance societies, deepfakes, and the potential for hackable bioprostheses and brain chips have made transhumanist ideas less interesting, according to Manney.
Like so many other marginal social movements, transhumanism has had an indirect influence by widening the Overton window [also known as the window of discourse] in policy and academic debates about human enhancement, Hughes explained. In the 2020s, transhumanism still has its critics, but it is better recognized as a legitimate intellectual position, providing some cover for more moderate bioliberals to argue for liberalized enhancement policies.
Transhumanist Anders Sandberg circa 1998. Photo: Anders Sandberg
Sandberg brought up a very good point: Nothing gets older faster than future visions. Indeed, many transhumanist ideas from the 1990s now look quaint, he said, pointing to wearable computers, smart drinks, imminent life extension, and all that internet utopianism. That said, Sandberg thinks the fundamental vision of transhumanism remains intact, saying the human condition can be questioned and changed, and we are getting better at it. These days, we talk more about CRISPR (a gene-editing tool that came into existence in 2012) than we do nanotechnology, but transhumanism naturally upgrades itself as new possibilities and arguments show up, he said.
Vita-More says the transhumanist vision is still desirable and probably even more so because it has started to make sense for many. Augmented humans are everywhere, she said, from implants, smart devices that we use daily, human integration with computational systems that we use daily, to the hope that one day we will be able to slow down memory loss and store or back-up our neurological function in case of memory loss or diseases of dementia and Alzheimers.
The observation that transhumanism has started to make sense for many is a good one. Take Neuralink, for example. SpaceX CEO Elon Musk based the startup on two very transhumanistic principlesthat interfaces between the brain and computers are possible and that artificial superintelligence is coming. Musk, in his typical fashion, claims a philanthropic motive for wanting to build neural interface devices, as he believes boosted brains will protect us from malign machine intelligence (I personally think hes wrong, but thats another story).
For Cameron, transhumanism looks as frightening as ever, and he honed in on a notion he refers to as the hollowing out of the human, the idea that all that matters in Homo sapiens can be uploaded as a paradigm for our desiderata. In the past, Cameron has argued that if machine intelligence is the model for human excellence and gets to enhance and take over, then we face a new feudalism, as control of finance and the power that goes with it will be at the core of technological human enhancement, and democracywill be dead in the water.
That being said, and despite these concerns, Manny believes theres still a need for a transhumanist movement, but one that addresses complexity and change for all humanity.
Likewise, Vita-More says a transhumanist movement is still needed because it serves to facilitate change and support choices based on personal needs that look beyond binary thinking, while also supporting diversity for good.
There is always a need for think tanks. While there are numerous futurist groups that contemplate the future, they are largely focused on energy, green energy, risks, and ethics, said Vita-More. Few of these groups are a reliable source of knowledge or information about the future of humanity other than a postmodernist stance, which is more focused on feminist studies, diversity, and cultural problems. Vita-More currently serves as the executive director of Humanity+.
Hughes says that transhumanists fell into a number of political, technological, and even religious camps when they tried to define what they actually wanted. The IEET describes its brand of transhumanism as technoprogressivisman attempt to define and promote a social democratic vision of an enhanced future, as Hughes defines it. As a concept, technoprogressivism provides a more tangible foundation for organizing than transhumanism, says Hughes, so I think we are well beyond the possibility of a transhumanist movement and will now see the growth of a family of transhumanist-inspired or influenced movements that have more specific identities, including Mormon and other religious transhumanists, libertarians and technoprogressives, and the ongoing longevist, AI, and brain-machine subcultures.
I do think we need public intellectuals to be more serious about connecting the dots, as technologies continue to converge and offer bane and blessing to the human condition, and as our response tends to be uncritically enthusiastic or perhaps unenthusiastic, said Cameron.
Sandberg says transhumanism is needed as a counterpoint to the pervasive pessimism and cynicism of our culture, and that to want to save the future you need to both think it is going to be awesome enough to be worth saving, and that we have power to do something constructive. To which he added: Transhumanism also adds diversitythe future does not have to be like the present.
As Manney aptly pointed out, it seems ludicrous to advocate for human enhancement at a time when abortion rights in the U.S. have been rescinded. The rise of anti-vaxxers during the covid-19 epidemic presents yet another complication, showing the extent to which the public willingly rejects a good thing. For me personally, the anti-vaxxer response to the pandemic was exceptionally discouraging, as I often reference vaccines to explain the transhumanist mindsetthat we already embrace interventions that enhance our limited genetic endowments.
Given the current landscape, its my own opinion that self-described transhumanists should advocate and agitate for full bodily, cognitive, and reproductive autonomy, while also championing the merits of scientific discourse. Until these rights are established, it seems a bit premature to laud the benefits of improved memories or radically extended lifespans, as sad as it is to have to admit that.
These contemporary social issues aside, the transhuman future wont wait for us to play catchup. These technologies will arrive, whether they emerge from university labs or corporate workshops. Many of these interventions will be of great benefit to humanity, but others could lead us down some seriously dark paths. Consequently, we must move the conversation forward.
Which reminds me of why I got involved in transhumanism in the first placemy desire to see the safe, sane, and accessible implementation of these transformative technologies. These goals remain worthwhile, regardless of any explicit mention of transhumanism. Thankfully, these conversations are happening, and we can thank the transhumanists for being the instigators, whether you subscribe to our ideas or not.
From the Gizmodo archives:
An Irreverent Guide to Transhumanism and The Singularity
U.S. Spy Agency Predicts a Very Transhuman Future by 2030
Most Americans Fear a Future of Designer Babies and Brain Chips
Transhumanist Tech Is a Boner Pill That Sets Up a Firewall Against Billy Joel
DARPAs New Biotech Division Wants to Create a Transhuman Future
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Donald Trump Warned Jared Kushner That Tom Brady Was Also Trying to …
Posted: at 2:33 pm
Donald Trump has always had a Tom Brady obsession, and now, we might know the reason why. Jared Kushner is offering insight into his courtship of Ivanka Trump in his upcoming book, Breaking History: A White House Memoir, and it surprisingly involves the NFL star.
Kushner and Donald Trump got off to a rough start because he was the publisher of the New York Observerat the time. His future father-in-law sent off an angry missive to him when he didnt like his standing on the magazines annual Power List in 2007. Please stop sending me your paper, so I dont have to read bullshit like this anymore! Trump wrote in an excerpt provided to Forward. That ego-driven letter sounds about right and it was a warning sign to Kushner, which he obviously didnt heed.
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Two years later, Kushner was dating Ivanka, and was time to start discussing possible proposal details to Donald Trump and her conversion to Judaism.I could feel my voice shake as I managed to say that Ivanka and I were getting more serious and that she was in the process of converting, Kushner wrote.Well, let me ask you a question, Donald Trump asked his future son-in-law. Why does she have to convert? Why cant you convert? Noting that it was Ivankas decision to make, Donald Trump also added a bit of competition into the mix for Kushner, reminding him that Brady still had an interest in his daughter, so he better have the best intentions with the upcoming proposal.
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That isnt exactly how the story went down, according to the Tampa Bay Buccaneers quarterback. Howard Stern mentioned to Brady in a 2020 interview that he knew that Trump always dreamed of you marrying Ivanka, and he pressed on to ask the athlete if they ever dated.That was a long time ago in my life, Brady answered awkwardly. No, there was never that wherewe ever dated or anything like that. And if you know the Brady-Gisele Bndchen timeline, then you know they married in 2009, the same year Kushner walked down the aisle with Ivanka. So it seems that Donald Trump was playing wishful matchmaker in his head because he wanted Brady as his son-in-law and nobody else was onboard with this scenario.
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Donald Trump endorses Eric in Missouri primary but which one? – The Guardian US
Posted: at 2:33 pm
Announcing his long-awaited endorsement in the Republican primary for US Senate in Missouri, the night before polling opened on Tuesday, Donald Trump chose to hedge his bets.
There is a BIG election in the Great State of Missouri, the former president said on Monday, adding: I trust the Great People of Missouri, on this one, to make up their own minds I am therefore proud to announce that ERIC has my Complete and Total Endorsement!
There are three Erics in the Missouri race.
Among the real contenders, according to polling, are Eric Greitens, a scandal-plagued former governor, and Eric Schmitt, the state attorney general. Both claimed Trumps backing.
Greitens got there first, saying: Im honored to receive President Trumps endorsement. President Trump said it best when he characterised Schmitts campaign as great dishonesty in politics.
Trump used those words on his Truth Social platform.
Regardless, Schmitt followed up, writing: Im grateful for President Trumps endorsement. As the only America First candidate who has actually fought for election integrity, border security and against the Lefts indoctrination of our kids Ill take that fight to the Senate to SAVE AMERICA!
Both men said they thanked Trump by phone.
On Twitter, Claire McCaskill, a former Democratic senator from Missouri, was among those to point out the existence of a third Eric a long-shot candidate writing: Congratulations Eric McElroy on Donald Trumps endorsement! Time for a press conference. This is quite an achievement.
Yet another Eric, Trumps second son, Eric Trump, did not immediately comment. But Greitens perhaps stole something of a march on Schmitt when he trumpeted an endorsement from a second Donald the former presidents first son.
In a tweet, Greitens said he was proud to be the only candidate and only Eric in Missouri endorsed by Donald Trump Jr.
On the Democratic side of the race, Lucas Kunce and Trudy Busch Valentine are the leading contenders to take on whichever Eric (or other candidate) emerges from the Trumpian scrum.
On Monday night, Kunce scored a win by securing the backing of Bernie Sanders, the independent senator from Vermont.
As described by Bryan Lowry, politics editor of the Kansas City Star: While the much-anticipated Trump endorsement fizzled into a general approval of Erics, a big endorsement in the Democrat race came down in Missouri.
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Donald Trump endorses Eric in Missouri primary but which one? - The Guardian US
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