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Daily Archives: August 14, 2021
Quantum Computing Tech is Amazing. But What Does Business Think? – DesignNews
Posted: August 14, 2021 at 1:16 am
Recent scientific and technological breakthroughs in quantum computing hardware and software demonstrate the commercial viability of quantum computers. Specifically, Honeywell and Cambridge Quantum just announced three scientific and technical milestones that significantly move large-scale quantum computing into the commercial world
These milestones include demonstrated real-time quantum error correction (QEC), doubling the quantum volume of Honeywells System H1 to 1,024, and developing a new quantum algorithm that uses fewer qubits to solve optimization problems. Lets break each of these topical areas down into understandable bits of information.
Related: What Will it Take to Make a Successful Quantum Computing Platform? Two Things
Optical signal conditioning used on quantum computers.
Real-time quantum error correction (QEC) is used in quantum computing to protect the information from errors due to decoherence and other quantum noise. Quantum decoherence is the loss of coherence. Decoherence can be viewed as the loss of information from a system into the environment. Quantum coherence is needed to perform computing on quantum information encoded in quantum states.
Related: 4 Experts Let The Cat Out Of The Box On Quantum Computing And Electronic Design
In contrast, classical error correction employs redundancy. The simplest way to achieve redundancy is to store the information multiple times in memory and then constantly compare the information to determine if corruption has occurred.
Another difference between classical and quantum error correction is one of continuity. In classic error correction, the bit is either a 1 or a 0, i.e., it is either flipped on or off. However, errors are continuous in the quantum state. Continuous errors can occur on a qubit, in which a qubit is partially flipped, or the phase is partially changed.
Honeywell researchers have addressed quantum error correction by creating a single logical qubit from seven of the ten physical qubits available on the H1 Model and then applying multiple rounds of QEC. Protected from the main types of errors that occur in a quantum computer, the logical qubit combats errors that accumulate during computations.
Quantum Volume (QV) is the other key metric used to gauge quantum computing performance. QV is a single number meant to encapsulate the performance of quantum computers, like a classical computer's transistor count in Moores Law.
QV is a hardware-agnostic metric that IBM initially used to measure the performance of its quantum computers. This metric was needed since a classical computers transistor count and a quantum computers quantum bit count isnt the same. Qubits decohere, forgetting their assigned quantum information in less than a millisecond. For quantum computers to be commercially viable and useful, they must have a few low-error, highly connected, and scalable qubits to ensure a fault-tolerant and reliable system. That is why QV now serves as a benchmark for the progress being made by quantum computers to solve real-world problems.
According to Honeywells recent release, the System Model H1 has become the first to achieve a demonstrated quantum volume of 1024. This QV represents a doubling of its record from justfour months ago.
The third milestone comes from Cambridge Quantum Computing recently merged with Honeywell - also has developed a new quantum algorithm that uses fewer qubits to solve optimization problems.
Honeywell and Cambridge Quantum Computing (CQC) have met three key quantum milestones with the Model H1 systems.
John Blyler is a Design News senior editor, covering the electronics and advanced manufacturing spaces. With a BS in Engineering Physics and an MS in Electrical Engineering, he has years of hardware-software-network systems experience as an editor and engineer within the advanced manufacturing, IoT and semiconductor industries. John has co-authored books related to system engineering and electronics for IEEE, Wiley, and Elsevier.
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40 years ago the first IBM PC was presented, that’s how it was and what it knew how to do – Tech Gaming Report
Posted: at 1:16 am
It is incredible to think that 40 years have passed since the birth of the first personal computer, launched by IBM and cloned from its first months of life.
To be exact, 40 years and a day have passed since the IBM PC was launched on August 12, 1981: at the Waldorf Astoria in New York, at that time one of the most renowned hotels in the Big Apple, the 5150, first personal computer of the great company of Armonk.
The IBM personal computer was a real revolution at the time, although of course its cost was very high: in 1981. In the first months almost 200 thousand copies were sold, demonstrating how much it was appreciated by the general public.
The novelty was so appreciated that in the immediate future the first clones of the 5150 were born, the so-called IBM-compatible PCs. The 5150 was sold until 1987 it had an x86 microprocessor, the first computer of its kind to have one, and was eventually replaced by IBM Personal Computer XT.
As a demonstration of how technology is working at a rapid pace, 40 years after the launch of this personal computer, IBM will soon release its first quantum computer with more than 1000 qubits.
The shape of the Personal Computer has, from 1981 onwards, inspired the entire architecture of personal computers since then, although in 2004 the company stopped producing such models.
International Business Machines Corporation (commonly known as IBM and nicknamed Big Blue) is an American company, the oldest and among the largest in the world in the information technology sector. It produces and markets hardware, computer software, middleware, and IT services, offering infrastructure, hosting services, cloud computing, artificial intelligence, quantum computing, and IT and strategic consulting.
Also important scientific research organization, which holds the record for most US patents issued by a company (as of 2020) for 27 consecutive years; Also active in the field of quantum computing, he also produced the first quantum cloud computer called IBM Q experience and the production of the first truly marketable quantum computer, called the IBM Q System One.
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IBM announced in October 2020 that it will be split into two separate public companies. The future target will be the Cloud Computing high margin andartificial intelligence, built on the foundation of the Red Hat acquisition in 2019.
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The new company NewCo, yet to be formally named, created by the unit Global Technology Services Managed Infrastructure ServicesIt will have 90,000 employees, 4,600 clients in 115 countries, with an order book of $ 60 billion. The IBM spin-off will be larger than any of its previous sales and will be well received by investors.
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Quantum Computing Market 2021 with Top Countries Data Analysis by Industry Trends, Size, Share and Company Overview – Digital Journal
Posted: at 1:16 am
Global Quantum Computing Market Size, Status And Forecast 2021-2025
MarketInsightsReports, a leading global market research firm, is pleased to announce its new report on Quantum Computing market, forecast for 2021-2025, covering all aspects of the market and providing up-to-date data on current trends.
The report covers comprehensive data on emerging trends, market drivers, growth opportunities, and restraints that can change the market dynamics of the industry. It provides an in-depth analysis of the market segments which include products, applications, and competitor analysis. The report also includes a detailed study of key companies to provide insights into business strategies adopted by various players in order to sustain competition in this highly competitive environment.
With our Quantum Computing market research reports, we offer a comprehensive overview of this sector such as sales analysis, impact of domestic and global market players, value chain optimization, trade regulations, recent developments, opportunities analysis, strategic market growth analysis, product launches, area marketplace explaining, and technological innovations
Top Companies in the Global Quantum Computing Market: The Quantum Computing market was dominated by International Business Machines (US), D-Wave Systems (Canada), Microsoft (US), Amazon (US), Rigetti Computing (US), Google (US), Intel (US), Honeywell International (US), Quantum Circuits (US),and QC Ware (US).
Recent Developments
In January 2020, IBM partnered with Daimler AG, the parent company of Mercedes-Benz, to enhance the capacity and increase the charging speed of batteries of electric vehicles. These companies used a quantum computer to model the dipole moment of three lithium-containing molecules that paves the way for the development of the next-generation lithium sulfur (Li-S) batteries that will be more powerful, long-lasting, and cost-effective than lithium-ion batteries. The Quantum Computing market is expected to grow from USD 472 million in 2021 to USD 1,765 million by 2026, at a CAGR of 30.2%.
In November 2019, IBM partnered with the Unitary Fund to provide grants and priority access to certain IBM Q systems. Similar to the quantum computing mission of IBM, the Unitary Fund aims to create a quantum technology industry that benefits most of the people.
For comprehensive understanding of market dynamics, the global Quantum Computing market is analyzed across key geographies namely: United States, China, Europe, Japan, South-east Asia, India and others. Each of these regions is analyzed on basis of market findings across major countries in these regions for a macro-level understanding of the market.
Key Takeaways from Quantum Computing Report
Evaluate the supply-demand gaps, import-export statistics and regulatory landscape for more than top 20countries globally for the Quantum Computing market.
Browse the report description and TOC: https://www.marketinsightsreports.com/reports/05202915819/global-quantum-computing-market-analysis-by-solution-type-hardware-software-full-stack-application-optimization-simulation-sampling-machine-learning-end-user-by-region-by-country-2020-edition-market-insight-competition-and-forecast-2020-2025?mode=54
-Key Strategic Developments: The study also includes the key strategic developments of the market, comprising R&D, new product launch, M&A, agreements, collaborations, partnerships, joint ventures, and regional growth of the leading competitors operating in the market on a global and regional scale.
-Key Market Features: The report evaluates key market features, including revenue, price, capacity, capacity utilization rate, gross, production, production rate, consumption, import/export, supply/demand, cost, market share, CAGR, and gross margin. In addition, the study offers a comprehensive study of the key market dynamics and their latest trends, along with pertinent market segments and sub-segments.
-Analytical Tools: The Global Quantum Computing Market report includes the accurately studied and assessed data of the key industry players and their scope in the market by means of a number of analytical tools. The analytical tools such as Porters five forces analysis, SWOT analysis, feasibility study, and investment return analysis have been used to analyze the growth of the key players operating in the market.
Customization of the Report: This report can be customized as per your needs for additional data up to 3 companies or countries or 40 analyst hours.
MarketInsightsReports provides syndicated market research on industry verticals including Healthcare, Information and Communication Technology (ICT), Technology and Media, Chemicals, Materials, Energy, Heavy Industry, etc.MarketInsightsReports provides global and regional market intelligence coverage, a 360-degree market view which includes statistical forecasts, competitive landscape, detailed segmentation, key trends, and strategic recommendations.
How we have factored the effect of Covid-19 in our report:
All the reports that we list have been tracking the impact of COVID-19. Both upstream and downstream of the entire supply chain has been accounted for while doing this. Also, where possible, we will provide an additional COVID-19 update supplement/report to the report in Q3, please check for with the sales team.
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Viewpoint: Carbon-preserving regenerative agriculture inextricably linked to CRISPR and gene edited crops – Genetic Literacy Project
Posted: at 1:16 am
As governments and industries work toward a net-zero future, the food system remains a stubborn source ofone-thirdof total global emissions. While some new technologies are finally nudging carbon outputs in the right direction, one underutilized technology stands out as a climate game-changer genetically engineered crops.
In 2018, greenhouse gas emissions from the global food systemtotaled16 billion tons CO2equivalents per year (GtCO2e/yr), and of global food system emissions, a quarter (about 4 GtCO2e/yr) comes from conversions of natural ecosystems to farmland. Our research shows that modifying key crops in the US with just one new genetically engineered trait could increase yields by 15%, thereby decreasing global food system emissions from land conversion by 5%, or 214 million tons CO2equivalents per year (MtCO2e/yr). With the addition of two more genetically engineered (GE) crop traits, that yield increase could quadruple to 60%, causing dramatic emissions reductions on a global scale.
Crop yield increases have historically played a crucial role in limiting land conversion and associated emissions without them, land use for cereal production would haveexpandedover 6 times more than it did. Improvements in crop genetics have contributed roughlyhalfof historical yield gains, making yield growth a powerful way toreduceemissions.
Increasing crop yields by using genetic engineering to improve crop genetics has a large, but largely overlooked, potential to reduce agricultures climate footprint. By someestimates, dramatic improvements in plant breeding, including genetic engineering, could reduce global agricultural GHG emissions by almost 1 Gt CO2e/year by 2050, mainly by increasing yields.
Historically, most GE crops commercialized in the US were not designed explicitly to increase yields, but that is changing. A long-pursued application of genetic engineering in agriculture has been to improve photosynthesis in crop plants because photosynthesis is a key determinant of crop yields. Plant breeding has led to huge agricultural improvements, but photosynthesis is a process that cant be improved much using conventional breeding. Until relatively recently, improving photosynthesis in field crops was hypothetical. But three studies published from 20162020 through the National Science Foundation-funded Realizing Increased Photosynthetic Efficiency (RIPE) project show crop yield increases of1540%from different GE traits that improve photosynthesis by improvingadaptationto changing light,detoxifyingphotosynthetic byproducts, andaddingcellular machinery. All these traits combined could increase crop yields by a revolutionary60%, compared to the13%average annual yield increases in UScorn, soybeans, and wheat since the 1960s (Figure 1).
If we apply just one RIPE-developed improvement to photosynthesis with the smallest [1] yield increase to the five most widely-grown GE crops in the US, avoided emissions could total 214 million tons CO2equivalents per year (MtCO2e/yr). If this photosynthetic improvement were also adopted on half the US acreage of wheat we assume lower adoption because no GE wheat is currently grown in the US avoided emissions could total 221 MtCO2e/yr.
Of this total 221 MtCO2e/yr in emissions avoided, Figure 2 above shows that the vast majority is due to avoided emissions from land-use change, with only small increases or decreases in production emissions. Avoided emissions from land-use change are based on the assumption built into the Carbon Benefits Calculator we use fromSearchingeret al.(2018) that increased crop production in one location leads to a proportional decrease in production and related land-use change elsewhere. Because the US typically has higher crop yields than the global average (Figure 3), increasing US production by growing GE crops with higher yields results in a net reduction of global agricultural land area and emissions.
We project that production emissions, on the other hand, would not change much. These include the emissions associated with inputs to production including fertilizer application, on-farm energy use, and production of fertilizer and pesticides. Since production emissions are measured per output, they only increase if higher input levels dont lead to higher yields. The only crop for which production emissions would increase is soybean because cultivation in the US has higher emissions per bushel than the global average due to high fertilizer use. Figure 2 also shows that different crops contribute vastly different amounts of total emissions savings, due primarily to the total area on which theyre grown in the US, and secondarily to the difference between average US and average global yields for that crop.
To be sure, there are limitations to our analysis. In using theSearchingeret al.(2018)Carbon Benefits Calculator, we assume a 1:1 relationship between increased crop production in the US and decreased crop production elsewhere. While raising yields in one location does generallyreducethe need to convert new cropland elsewhere (because global crop demand and production are rising), it is difficult to predict how land use will respond to crop yield increases in aparticularsituation becauseoutcomes vary. However, even under the conservative assumption that only half of increased crop production in the US leads to decreased crop production elsewhere, the mitigation potential is still large at 109 MtCO2e/yr.
Of course, GE crops can mitigate the climate impacts of agriculture via mechanisms beyond increasing yields, and the two are not mutually exclusive. Another long-pursued goal of plant breeding is to make more crops, particularly grain crops, able tofixtheir own nitrogen as legume crops like soybeans, chickpeas, and lentils do through a symbiotic relationship with bacteria that pull nitrogen gas out of the air and convert it to a form plants can use (production of synthetic nitrogen fertilizer also pulls nitrogen gas from the air but using an industrial process). More nitrogen-fixing crops could decrease the need for fertilizer application and related emissions of nitrous oxide, a potent greenhouse gas, as well as fertilizer runoff that pollutes waterways. Even crops bred for increased nitrogen useefficiency(i.e. how plants take up, assimilate, and allocate nitrogen) could achieve a portion of this impact. A 1% increase in nitrogen use efficiency of cereal crop production just in Brazil could decrease nitrogen fertilizer application by over20,000 tons(compared to almost 2 million tons total applied to cereal crops in Brazil in 2011).
In order to fully benefit from agricultural applications of biotechnology, the US and other countries should make sure that regulations adequately mitigate risk without unnecessarily stifling innovation and commercialization of useful technologies. Likely all photosynthetic improvements will be achieved using transgenics, which involves the insertion of DNA from outside a plants species or natural breeding pool; and while the new 2020SECURErule for biotechnology regulation in the US is a dramatic improvement for non-transgenic traits, the regulation of transgenic GE traits isnot substantially improved. [2]The SECURE rule first categorizes the level of potential risk from a GE trait based on the way it was engineered rather than the actual characteristics of the resulting plant, which isinconsistentwith the factors that influence risk. By remedying this issue the USDA would better allocate resources and reduce the unnecessary regulatory burden on low-risk traits. Similar regulatory changes in other countries would allow more global benefit from GE technology in agriculture.
To maximize the environmental potential of biotechnology, countries must also allow for imports of human-edible GE foods such as wheat. Wheat is largely used for human consumption, while GE soybean, maize, cotton, canola, and sugarbeet mainly go to animal feed, non-food products, and/or highly processed products for human consumption (which containlittle to noremaining genetic material). Regulations in many countries prevent the import of GE crops for human consumption, which has hampered the commercialization of GE wheat even in the US. A GE wheat could be commercialized and grown for human consumption domestically, but this would jeopardize wheat exports. Recently,Argentinaapproved the worlds first GE wheat for commercialization, but only after confirming thatBrazil which buys almost 50% of Argentinas wheat exports would accept the product for importation. These examples of GE wheat demonstrate that global regulatory change is needed to amplify the global benefit from GE crops.
Despite the greater potential benefit from GE crop adoption on a global scale, the climate benefits are clear even with the adoption of yield-enhancing photosynthetic improvements in the US. We show that using genetic engineering to improve photosynthetic efficiency in crops just in the US could increase yields by at least 15%, and thereby decrease global food system emissions from land conversion by 5%, or 214 MtCO2e/yr. With multiple improvements to photosynthetic efficiency, yields could increase by a revolutionary 60%, with a concomitant decrease in global food system emissions. Further emissions-reducing GE traits like nitrogen fixation and increased nitrogen use efficiency make it eminently clear that GE crops are powerful tools for making agriculture more climate-friendly.
In order to calculate potential avoided emissions from cultivation of crops with enhanced photosynthetic efficiency, we used a 15% increase in biomass yield at flowering [3] as shown in field trials of tobacco byKromdijket al.(2016). SinceKromdijket al.(2016) measured plant biomass at flowering, we assumed an average of 50% yield partitioning to the harvested product for our six crops, meaning that the increase in harvested product would be 15%. We then applied this yield increase to the top five most widely-grown GE crops in the US (soybean, maize, cotton, canola, and sugarbeet). We also applied the yield increase to wheat but assumed adoption on only half of wheat acreage since GE wheat is not currently grown or approved for production in the US. [4] We used crop acreage and yield data from FAOSTAT, and fertilizer use data fromZhanget al.(2015). We modeled a scenario where a GE trait that increases crop yields by 15% was available in 2017 and adopted at the same rate as other GE traits in the US that year, using values for percent adoption from Global Status of Commercialized Biotech/GM Crops in 2017, (ISAAA).
When calculating production emissions using theSearchingeret al.(2018)Carbon Benefits Calculator, we entered site-specific values only for fertilizer application, using default values for on-farm energy use and energy used to produce fertilizer and pesticides; for fertilizer application, we made the conservative assumption that it increases in proportion to the increase in crop yield. When calculating the carbon benefits for each crop, we used the default carbon opportunity cost for each crop with the default 4% discount rate; under the scenario where only half of the increased crop production in the US leads to decreased crop production elsewhere, we reduced the percentage of replacement crops attributed to intensification to 50%.
We use the low end of yield increases achieved through RIPE research as a conservative estimate. Results will vary with different traits across different growing conditions, but gains from all three of these traits together would likely be consistently above 15%.
According to RIPE scientists, traits developed through the project will take15-20years to pass through the US regulatory process.
A 15% increase in vegetative biomass, assuming 50% yield partitioning to vegetative biomass and 50% to reproductive biomass, results in a 15% increase in reproductive biomass: 0.5 vegetative/0.5 reproductive=0.15 increase in vegetative/x -> x=0.15 increase in reproductive. In modern grain cultivars about 60% of yield is partitioned to the grain, so 50% is a reasonable conservative value for maize and wheat(Longet al., 2006). Yield partitioning in modern soybean cultivars is approaching 60%(Koesteret al., 2014). In modern canola cultivars, yield partitioning is around 40-50%(Zhang and Flottmann, 2016). Yield partitioning in sugarbeet ranges from 50-85% depending on how yield is calculated (De, Moore, and Mikkelsen, 2019;Hoffmann, 2019). For seed cotton, yield partitioning ranges between 55-65% (Pabuayon, 2020;Makhdum, 2007).
After27 yearsof commercialized GE crops in the US, Argentina is about to commercialize the worlds first GEwheat.
Emma Kovak is a food and agriculture analyst at the Breakthrough Institute. Follow her on Twitter@EmmaKovak
A version of this article was originally posted at theBreakthrough Instituteand has been reposted here with permission. The Breakthrough Institute can be found on Twitter@TheBTI
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Microarchitecture and Insulin Responsiveness of Fat Cells Uncovered by Spatial Transcriptomics – Genetic Engineering & Biotechnology News
Posted: at 1:16 am
Scientists at the Karolinska Institute in Sweden apply a combination of spatial resolved transcriptomics profiling, single-cell RNA sequencing and image analyses to identify new microarchitectural nuances in human white fat (adipose) tissue, whose inherent disparateness has been poorly understood, until now.
They identify 18 different types of fat cells (adipocyte) with unique tendencies to form different types of clusters in white adipose tissue. These include three mature fat cell subtypes with distinct location-specific mRNA and protein signatures, only one of which (called AdipoPLIN) responds to insulin in the body.
Spatial mapping of human white adipose tissue under the skin, detects 18 cell types [Backdahl et al/Cell Metabolism]The findings are reported in the article, Spatial mapping reveals human adipocyte subpopulations with distinct sensitivities to insulin published in the journal Cell Metabolism. The findings may help develop better treatments for metabolic diseases such as obesity and insulin-resistant type 2 diabetes.
Niklas Mejhert, researcher at the Department of Medicine, Huddinge, at the Karolinska Institute says, These findings increase our knowledge about the function of fat tissue. They show that the overall capacity of fat tissue to respond to insulin is determined by the proportion and function of a specific fat cell subtype.
The researchers examine how the different subtypes of fat cells in white adipose tissue respond to transient increases in insulin levels, to assess whether the fat cell subtypes perform different functions. They observe insulin activates gene expression in the subtype AdipoPLIN but not the other two subtypes (AdipoLEP and AdipoSAA). They also observe the response to insulin stimulation in these cells is proportional to the individuals overall insulin sensitivity.
Our findings challenge the current view of insulin resistance as a generally reduced response to insulin in the fat cells, says Mikael Rydn, PhD, professor at the Department of Medicine, Huddinge, at the Karolinska Institute and co-corresponding author on the study.
Mikael Rydn, PhD, professor and senior consultant at the Department of Medicine, Huddinge, Karolinska Institute [Souce: Ulf Sirborn]Instead, our study suggests that insulin resistance, and possibly type 2 diabetes, could be due to changes in a specific subtype of fat cells. This shows that fat tissue is a much more complex tissue than previously thought. Like muscle tissue, people have several types of fat cells with different functions, which opens up for future interventions targeted at different fat cell types, says Rydn.
Niklas Mejhert, PhD, researcher at the Department of Medicine, Huddinge, Karolinska Institute is co-corresponding author on the study [Nancy Farese]Rydn and Mejherts group developed the spatial transcriptomics approach for this study in collaboration with Patrik Sthl, PhD, associate professor at KTH Royal Institute of Technology and SciLifeLab, scientific consultant to 10x Genomics which holds the IP rights to the spatial transcriptomics technology and co-corresponding author on the study.
This study is unique in that it is the first time weve applied spatial transcriptomics to fat tissue, which has a special set of characteristics and composition, says Sthl. We are very happy that the technology continues to contribute to solving biologically complex questions in an increasing number of research areas.
The study brings forth other novel insights on adipose tissue. For instance, earlier studies have shown adipocyte size affects their function, including the amount of signaling molecules they release. Spatial mapping in the current study confirms gene expression differs in large versus small fat cells, however, it also shows that the distribution of fat cells of different sizes is similar among the different fat cell subtypes, indicating fat cell size does not determine the difference in fat cell function. The study also suggests the specialized mature fat cells are derived from specific precursor cells.
Further studies will be needed to ascertain whether the different progenitor cells that the authors have identified contribute to the heterogeneity of mature fat cell structure and function.
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Russia will not change its position to please US; Washington to step up pressure expert – TASS
Posted: at 1:15 am
MOSCOW, August 10. /TASS/. Moscow will not reconsider its stance on a number of key international issues to meet Washington's expectations. This will entail tighter US sanctions, the general director of the Russian International Affairs Council, Andrei Kortunov, told TASS in an interview.
He stressed that after the Russian-US summit in Geneva US President Joe Biden called for waiting for several months until the moment it would be possible to say something more specific about the outlook for Moscow-Washington relations.
"One has an impression that he gave [Russian President Vladimir] Putin several months to make corrections. During these several months Russia is to show that it has done its homework and its policy has changed," Kortunov said. "If the US side really thinks so, then such expectations are futile, of course, because the Russian leadership has no wish or readiness to make any fundamental changes to its policy."
Kortunov predicts that the US side will be strongly disappointed by Moscow's refusal to drop its intentions to match Washington's expectations.
"Then we will most probably see more sanctions and other repression towards the Kremlin. Many in Biden's America have been calling for this," he said. He believes that ahead of the election in Russia Moscow's rhetoric and stance towards the West would be getting harsher.
The analyst stressed that both countries were interested in continuing the strategic stability dialogue, but even here quite a few questions remained regarding its format and the aspects to be discussed. Also, Russia and the United States had many unresolved regional disagreements, from Ukraine and Iran to Libya, Kortunov said.
"Regrettably, we see no major positive shifts for the better. The sole achievement, and a very odd one in a sense is that Russia has become the second largest supplier of oil to the United States after Canada. This is somewhat surprising, bearing in mind the sanction policy and competition on the energy market," Kortunov said.
"It will be wrong to underestimate the importance of the restoration of some channels of communication, of the consultations that are already in progress and of the greater predictability and rationalism of US policies. Nevertheless, Moscow-Washington relations remain relations of rivalry and not cooperation. And there are no indications in sight something may begin to change in a more positive direction," Kortunov concluded.
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‘The Chosen’ dares to imagine stories about Jesus and the disciples that aren’t in the Gospels. It’s a revelation. – America Magazine
Posted: at 1:15 am
It used to be that telling stories around the edges of faith was what faithful people did. Jews call this midrash, or aggadah: the tales that extend the stories of Torah and other scriptures, that fill the gaps between the lines. It is here, not in the holy writ, that Abraham smashed idols, that Lilith was Adams first wife, that the hand of Pharoahs daughter miraculously stretched to reach baby Moses as he floated down the Nile.
Early Christians told stories too, prodigiously. They fleshed out many stories about Jesus only alluded to in the canon, like the descent into hell we refer to in the Apostles Creed and wonderful details of his childhood. In the Renaissance, St. Ignatius Loyola taught his followers to practice imaginative self-immersion, filling enough gaps in the sparse scriptural narratives to feel like they were there. From Pentecost to the verses of Dante, Christians made the faith their own by riffing on it.
The Reformation seems to have put an end to a lot of this. Protestants banished the storytelling spirit with their turn to sola scriptura, to only what can be found in the canonical books. In response, Catholics doubled down on doctrine, on the magisterium's role in promulgating law and teachingas if to outdo the competition in literalism. Even as the church later elevated the Immaculate Conception, it did so less as a story than as a logical outgrowth of doctrinal propositions.
U.S. Christians have taken literalism of all sorts to new heights, particularly in Protestant evangelicalism: the Bible, no more and no less. American Catholics adopt many of the same habits of mind with our strenuous legalism.
All this is to underscore my surprise that the major creative achievement of American evangelicalism in recent yearswith a Catholic in the starring roleis essentially midrashic.
The Chosen is a TV show about Jesus, told through the lives of his followers and others caught up in his ministry. Jesus himself and his Red Letter lines appear only briefly, while the Gospels tiny snippets about his followers explode into the foreground. Why was Simon Peter fishing when Jesus found him, and what were the women disciples doing all day while the Gospel accounts were ignoring them? Why did the disciples argue so much? The answers require conjuring a lot of stories.
For the internet Christians who have criticized The Chosen, the problem is precisely its willingness to imagine what the Bible leaves out. But from what I can tell from the internet, most viewers simply love it.
An older woman I know told me she loves Jonathan Roumie, who plays Jesus in The Chosen, even though she isnt Catholic. We realized we could talk for an hour about Mary Magdalenes relapse on the show, whether Jesus saw Judas before the Sermon on the Mount, and everything else. We only slowed down when she came to tears at the thought of Roumies kindness as Jesusespecially his first words to Mary Magdalene at a tavern: That is not for you. You see, my acquaintances marriage was in trouble. She was planning to leave town. Things were not so good. She seemed of the sort the Lord especially comes for, and The Chosen was ministering to her.
People like the two of us are more than an audience, more than a fandom. The show has bypassed conventional studios with the most successful media crowdfunding campaign in history, which included both donations and equity investment. It follows a long tradition of Christians pioneering cooperative economies, going back to the Book of Acts. In this and other ways, The Chosen directs our focus outwardto the enabling role of the audience, in addition to the lives of the disciples.
In the Bible and screen adaptations past, Jesus is the center of attention. He is always the one preaching, the one healing, the one leading the action, over and over to the point that it can get old. But when we dwell more fully on the lives into which Jesus appearedthe years of disability, misery and confusion that preceded his simple words, the knowing smile his face betrays right before astonishing someonethe text grows closer to the freshness that the Gospel writers must have felt when they set about telling the stories of this man who felt so incredibly important to them.
The freshness is what religious art and stories are for. We fallen creatures, so inclined to backsliding and forgetfulness, need it. We are not God, and we can see best through other mortals experience. This is why we need the saints. Earlier Christians clever and contradictory tales may strike modern rationalism as backward and odd, but they recognized that faith takes root in imagination. Perhaps the best thing about The Chosen is that somebody else can still tell these stories and others all over again in entirely different ways.
The shows Jesus trusts those he chooses for who they areall that they areand what they will make of him.
Dallas Jenkins, the director of the series, is a voluble presence on the shows YouTube channel, where he presents as an energetic youth pastor, more muscular and assertive than the subtle, playful Jesus of The Chosen. His all-Americanness contrasts with the ancient Jewish otherness of the show, where the only people with American accents are the occupying imperial soldiers, a kind of mirror on the Middle East today. I have not been able to withstand much of the hours of talking-head time he has logged to fundraise for the show, but God bless him. He has taken on a mighty task and done so with a once-in-a-generation achievement.
Mr. Jenkinss father is Jerry B. Jenkins, best known as co-author of the Left Behind novels, an also-midrashic mashup of campy sci-fi and the end-times prophecy of the Rapture. The novels evangelizing strategy is more scared straight than the greatest story ever told, and there was a certain safety in placing its interpretive storytelling in the future, especially for fundamentalist-inclined audiences anxious about any liberty-taking with Bible-times. The differences are all the more reason The Chosen stands out as courageous.
I am grateful for that courage. I confess to have been a Christ-more-than-Jesus sort of Christian, closer to the cosmic Word than the incarnate guy. The Chosen has gotten me more into balancean abstract way of saying this show is heart-melting, that Jonathan Roumies Jesus has fearsome power to open the Scriptures to us and that the women and men who follow him are people in whom we can find traces of ourselves. It helps me love the Lord like I never have before.
At the risk of committing artistic sacrilege, the closest experience I can remember to watching The Chosen was visiting the tender, visceral frescos of Fra Angelico in the monks cells of San Marco in Florence. Those frescos are at a centuries-long disadvantage of cultural relevance and fading paint. I am not claiming the show will hold up for as long as they have.
It is only two seasons into what is supposed to be a seven-season run; the heart-melting could cool down. But as soon as I made it to the end of Season 2, I did what I hope more will: added my share to the crowdfunding collection plate for Season 3.
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How The Octopus Conquered Humanity – Worldcrunch
Posted: at 1:15 am
PARIS James Reed was devastated by a work-related burnout and in desperate need of someone to guide him. The wildlife documentary filmmaker was exhausted by film shoots, unable to take care of his son and felt like a dried-up spectator watching the world fly by. It was the early 2010s and in a last-ditch attempt to find existential meaning, he turned to his childhood passion for diving. Floating among the underwater kelp forests, he met an unexpected mentor and his life took an unlikely turn. While gradually beginning to feel alive again, Reed crossed paths with a small, fearful octopus."I felt that this creature was really special, it could teach me something, it had a particular trick. So I had this crazy idea: What if I went there every day... every day without exception?"
Which is exactly what he did, always in the company of his video camera. My Octopus Teacher, co-directed with Pippa Ehrlich and released on Netflix in 2020, is the purposely uplifting tale of an encounter between a human being with nothing to cling to and an octopus with many suckers.
"It taught me to feel that we're part of this place, that we were not just visitors," narrates the voice of Reed, who has fallen in love with a creature in perfect symbiosis with her environment.His film, which won the Oscar for Best Documentary on April 25, is an invitation to recognize other forms of intelligence. When presented with these emotionally-charged images, it seems incontestable that this strong-armed and cunning being knows how to play and strategize. This animal intelligence is all the more humbling as the little octopus, whose mother dies shortly after its birth, must learn everything by itself without the natural transfer of social knowledge.
"In Jules Verne's time, the octopus was an evil beast. This was because it was morphologically very different from us, a frightening prospect. Today, we realize that it's closer than we thought," says neurobiologist and philosopher Georges Chapouthier, author of Sauver l'homme par l'animal ("Saving Man Through the Animal World"). "There are already similarities when it comes to its aptitudes, vision and prehension. She [the octopus] is able to unscrew a jar, to reach her goal by way of a detour and to use coconuts as a shield. While we have long thought that intelligence was the prerogative of vertebrates, the observation that complex cognitive abilities can be developed in other groups invites us to put things into perspective."
Navigating troubled waters at the confluence of reality and myth, this blue-blooded animal is, as writer and art historian Pierre Pigot points out in his book Le Chant du Kraken ("The Song of the Kraken"), "a creature of the rift and the threshold," which "reappears when civilization becomes afraid of its reflection in the mirror." As humans begin to understand that their hegemonic rationalism is leading them straight to catastrophe, the need to re-establish an intimate dialogue with other living beings arises. For this, we need tutors and mediating entities. Consequently, the furious squid that haunted the imaginations of the 19th century has given way to a kind of "octobuddy" that we would gladly invite to drinks.
As a means of reconciliation between the human and the animal world, our slimy new friend is suddenly everywhere. Is it a coincidence that we've started playing Squids Odyssey on our smartphones a game whose heroes are adventurous little cuttlefish and that our subway neighbor is reading Erin Hortle's novel, L'Octopus et moi ("The octopus and I")? Is it just a coincidence that our children are watching the Octonauts, an animated series in which one of the main characters is an anthropomorphic, oceanographer octopus? Is it a coincidence when our colleagues have been embellishing their messages with tentacle emojis for weeks, or teleworking at the Parisian bistro Le Poulpe?
"Through education, what we have learned above all are the abstract and technological cognitive aspects, which we find in languages or mathematics and are carried out by the left hemisphere," says Chapouthier. "But humans also have emotional aptitudes leading to altruism and empathy, which we do not develop as much and is perhaps one of the defects of our societies. However, the essence of an animal thought is a thought without language, a thought of emotion, something that should be within our interest because it allows us to reconnect and leave the moral bankruptcy of the human species behind."
James Reed, Pippa Erlich (left) and Marlee Matlin with the Oscar for Documentary Feature Photo: Matt Petit/AMPAS/ZUMA Wire/ZUMAPRESS.com
Today, talking about octopi on LinkedIn is not an aberration. Quite the contrary: it is now inspiring, just as the late Steve Jobs' turtlenecks were in their time. "It immediately creates sympathy and adds value," says Caecilia Finck-Dijoux, 50, who specializes in business consulting. "When I founded my company with my partner, we were looking for a name related to the sea. As we are both divers, the octopus appeared an obvious choice to us. But, in French, the word has a soft side. So we chose the English term and we called ourselves 'Octopus Marketing'. It seemed interesting to us to identify ourselves with this animal that has several tentacles because, through our consulting activity, we bring additional arms to the client. In addition, like the octopus, which is forgotten in its environment, I love to blend into the processes of companies where I intervene."
But what does the octopus have to teach us or reteach us anyway? Perhaps, quite simply, how to believe. Where our species only sees dead ends, this contortionist becomes a master of escape driven by "An almost Kafkaesque conviction: there is always a way out," says philosopher Vinciane Despret, author of Autobiographie d'un poulpe ("Autobiography of an octopus"). They possess an admirable drive for life that expresses itself through a singular way of inhabiting the world, based on camouflage, behavioral mimicry and the science of dodging. If the octopi suddenly start to write, it would not just be propelled not by their poetic nature but rather due to a new threat forcing them to evolve.
"The question of extinction has been haunting me for some time, and that's what I've been trying to unfold in a non-tragic fictional mode. All these animals that are disappearing, that we won't see anymore, how are we going to leave something of them? This is what haunts me," confides Despret. Her octopus-fiction is all the more disturbing considering that, in reality, the genre's animal muse is not really in the process of disappearing. In fact, the population of cephalopods has increased immensely in the last sixty years.
Surfing on the expressive potential of ink and foraying into other mediums the octopus acts as a muse for another species, creatures who produce creative output on a massive scale in order to ward off their fear of extinction. We'll let you guess which one.
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Covid lockdown reminded us of how nature is both an artistic and intellectual inspiration Annie Broadley – The Scotsman
Posted: at 1:15 am
During lockdown, the ability to go for short walks was for many a source of solace, as earlier in the year we saw the spring flowers appearing and the trees beginning to bud. Now with most restrictions lifted, we return to Scotlands hills, lochs and wild places, delighted to be among them once again.
When writing about nature in the third decade of the 21st century however, it is hard to experience its beauty and to delight in the pleasure that it gives us without also thinking about all the threats to its survival.
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Our harmful impact on it became quickly apparent during lockdown when, in the absence of normal human activity, we saw how quickly nature began to regenerate itself.
Ecologist and author Richard Mabey summed this up perfectly when he said that nature is doing marvellously well without us. It is vital that we cease to treat nature as an infinite resource which is at our disposal and ours to use at will. We should take from it only what it can sustainably give.
The beginning of the 19th century saw a flowering of the Romantic movement in the arts. It was a response to the rationalism of the Enlightenment, with its emphasis on logic and intellect, which preceded it.
Nature became vitally important particularly in art and poetry and writers such as Wordsworth and Thoreau wrote of the spirituality that arose from the affinity they found in nature.
In art, landscape painting became important both here and on the Continent. In Scotland, Alexander Nasmyth began to paint landscapes and is considered to be the 19th-century initiator of a tradition which has continued down to the present day.
In fact, nature is a common theme in both Scotlands art and poetry. I look forward to visiting the Turner watercolours which are exhibited at the Scottish National Gallery in January each year.
No matter how many times I return, I still stand in awe before them. In one work, nature is all movement, wildness and drama with its endlessly shifting shapes, while another draws me into the serenity at its heart.
From the lyrical 18th-century Epistle to Davie In days when daisies deck the ground, And blackbirds whistle clear, With honest joy our hearts will bound by Robert Burns through to poets of the present day, nature is a recurrent theme.
In the introduction to the 2005 anthology of his poetry, Norman MacCaig is quoted as saying landscape is my religion and animals, birds and reptiles make frequent appearances.
In the poem Stars and Planets, he describes the beauty of the night sky, then subverts the poetic imagery in the last verse: Its hard to think that the Earth is one , This poor sad bearer of wars and disasters, Rolls-Roycing round the sun with its load of gangsters, Attended only by the loveless moon.
Music too looks to the natural world for inspiration. Orkney-based composer the late Peter Maxwell Davies spent three weeks on the British Antarctic base at Rothera.
Afterwards he composed his Antarctic Symphony, distilling the essence of what he called this terrible, hostile wonderland into the piece. I visited Antarctica in 2011 it truly was the experience of a lifetime and something I will never forget. I loved the remoteness the silence broken only by the wind, the penguin cries, the sea breaking on the rocks and the occasional crack of splintering ice, with sea, snow, ice and sky spreading as far as the eye could see.
That there are creatures here which have managed to make such amazing adaptations in order to survive these extreme conditions fills me with wonder and makes me feel how very insignificant human beings are by comparison.
I have tried to convey these feelings in my paintings of the landscape as well as the more intimate studies of the Antarctic wildlife. On an ecological note, current ice loss in Antarctica is seen as a key indicator of climate change.
For me, a connection with nature is fundamental to my own well-being and my work as an artist. The changing seasons with their colours, scents and sounds have a unique impact upon my moods, thoughts and feelings.
Stilled by sitting by a gently flowing river or overawed by the majesty of a thunderstorm, I find that nature communicates with an immediacy unparalleled by anything else.
The infinite variety of shape and form within nature fascinates me, like the curve of a leaf, the complicated twisting of roots, the patterns made by falling leaves. Much of my work is based on an observation of nature in one form or another as my starting point for a painting often grows out of drawings from my sketchbooks.
The experience of lockdown when we had little contact with nature served only to emphasise its importance. In the scheme of things, this was a relatively short period to be out of touch with nature. How much worse will this be if it is lost forever?
Annie Broadley is an Edinburgh-based artist. To see more of her work visit her website, anniebroadley.com.
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Government of Canada invests $100 million to support newcomers’ integration – Yahoo Finance
Posted: at 1:13 am
OTTAWA, ON, Aug. 12, 2021 /CNW/ - Settlement services are crucial to a newcomer's success in Canada. They help new Canadians get work, learn English or French, find a place to live and, more broadly, succeed in this country. With the pandemic exacerbating the already challenging process of beginning a new life in a new land, settlement services have never been more critical.
To help ensure that all newcomers have access to the support they need, the Honourable Marco E. L. Mendicino, Minister of Immigration, Refugees and Citizenship, today announced an investment of $100 million over the next 3 years to improve the way newcomers access settlement services through the service delivery improvements (SDI) process.
Immigration, Refugees and Citizenship Canada (IRCC) launched the SDI 2020 funding process in 2020 to 2021. As a result of this process, 78 projects have been selected. These projects will explore how to better integrate newcomers in their new communities and support the settlement sector as it recovers from the pandemic. For example:
The University of Windsor's Artificial Intelligence: A Rapid Response Leveraging Newcomers' Pathway to Settlement will test whether artificial intelligence can be used to develop an effective settlement strategy for newcomers.
The Accessible Community Counselling and Employment Services' Connecting Canada: Employer Engagement Driving Settlement in Smaller Communities will test whether connecting newcomers with employers in smaller urban and rural communities before they arrive will lead to more newcomers choosing to settle there.
S.U.C.C.E.S.S.'s An Anti-Oppression Framework to Combat Systemic Racism in Immigrant Services will explore service approaches designed with an anti-oppression framework.
Throughout the pandemic, many settlement services have moved online. SDI funding will help IRCC determine the kinds of services newcomers need, while taking into account the increased reliance on online service delivery.
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"Settlement services play a fundamental role in Canada's immigration system. From work to housing to language training, they set newcomers up for success. During this challenging year and a half, I think it's safe to say everyone has needed support in some form or another. One can only begin to imagine the additional hurdles this pandemic has presented newcomers trying to start their lives in Canada. These new SDI projects will help us enhance and improve settlement services so every newcomer can reach their full potential here." The Honourable Marco E. L. Mendicino, P.C., M.P., Minister of Immigration, Refugees and Citizenship
Quick facts
Since 2017, SDI projects have centred on developing innovative approaches to better support the settlement and integration of newcomers.
Funding will begin in the fall of 2021 and run until March 31, 2024.
An SDI expression of interest process is run every 3 years to attract and consider new areas of study, with projects funded for up to 3 years. This 3-year funding cycle is subject to change based on knowledge gained through the SDI process.
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Government of Canada invests $100 million to support newcomers' integration - Yahoo Finance
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