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NSCAI Recommends $40 Billion Investment in Artificial Intelligence, R&D and Innovation – JD Supra

Congress stood-up the National Security Commission on Artificial Intelligence (NSCAI) to make recommendations to the President and Congress to advance the development of artificial intelligence [AI], machine learning, and associated technologies to comprehensively address the national security and defense needs of the United States. The 2019National Defense Authorization Act (NDAA), Section 1051further instructed the NSCAI to focus on issues including global competition, research and development, risks and ethical concerns.

NSCAI published interim reports in 2019 and 2020 and the executive branch and Congress adopted some of the reports recommendations in the William M. (Mac) ThornberryNDAAfor Fiscal Year 2021. The recently published 756-pageNSCAI Final Reportcomprehensively focuses on defense and the future technological standing of America, and includes precise recommendations. The NSCAI includes 15 commissioners, nominated by Congress and the executive branch, who represent a diverse group of technologists, business executives, academic leaders and national security professionals. The group was led by Chairman Eric Schmidt, the former CEO of Google, and Vice Chairman Robert Work, the former Deputy Secretary of Defense.

The primary conclusion is that America is not prepared to defend or compete in the AI era, but the Commission sets out an integrated strategic plan for partnerships between the government, academia, industry and Americas allies. The Report finds that [e]ven large tech firms cannot be expected to compete with the resources of China or make the big investments the U.S. will need to stay ahead. We will need a hybrid approach meshing government and private-sector efforts to win the technology competition.

Many recommended goals are targeted for completion by year-end through 2025, including AI readiness. The recommendations include a proposed budget of $40 billion for government spending, described as a modest down payment on future breakthroughs. Some of the key areas covered in the Report are:

The Report includes a breakout of funding recommendations by Cabinet departments, major agencies and program offices. Proposed recipients include DoD, DARPA, Department of Homeland Security, National Institute of Standards and Technology, and the Department of Health and Human Services. This is instructive for government contractors and partners who are interested in participating in this work.

McGuireWoods will continue to monitor these important recommendations as they are considered by the President and Congress. Our team is available to assist clients in navigating these comprehensive and leading-edge technologies and industries. In addition, new opportunities for contracts and grants in the areas of artificial intelligence, cybersecurity and national security are posted onbeta.sam.gov, as well as agency websites.

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NSCAI Recommends $40 Billion Investment in Artificial Intelligence, R&D and Innovation - JD Supra

Artificial Intelligence And The Internet Of Things (AIoT) Hold The Promise Of A More Connected Future – Customer Think

The Internet of Things and Artificial Intelligence are the two most emerging technologies in the world right now. As researchers are expanding the potential of these two technologies, more and more application areas have started to use them. Recently the three emerging technologies the Internet of Things is powered by are Artificial intelligence, 5G, and Big Data.

Artificial intelligence consists of functions that help devices to learn and process information just like humans. 5G networks are mobile networks with greater speed and smooth real-time data processing. While Big Data means the management of the enormous volume of data which are processes from various resources (internet-connected).

Among all these, the technology which is getting major attention is the blend of Artificial intelligence with IoT, popularly known as AIoT. It is something that is holding a promise of a more connected future. As AIoT technology is becoming known to common people, it is transforming the fundamental ways of living the life and processing of data in regular work.

Below 4 mentioned areas will be changed properly because of AIoT. AI and the Internet of Things together mean both intelligence and data. This combination can change everything, there are more possibilities but here we will discuss these 4.

1. Wearables:

Wearable devices like smartwatches are getting better every day. The reason is that AI and IoT app development companies are improving. If we talk about just the smartwatches, you will see how the data and intelligence powers them. Smartwatches work by tracking the activity of the users and are connected directly to the smartphones. AI uses the data that is transmitted by IoT devices and gives results to the users according to their requirements. The market for these devices is growing and it is expected that it will become more than $87 billion by the year 2023.

2. Smart City:

People are moving from villages to cities, cities are also getting smarter and safer. Cities are becoming more and more convenient. Cities are getting smarter at a great pace. Every application development company is also working to analyze the geographical location as precisely as possible. With IoT and AI, traffic management, resource management, and many other things will become automated. This will take a load off the government and they will be able to make better policies. Smart cities will also have better delivery systems. Everything will be mapped to perfection and the applications will be smarter. Deliveries can also be automated if things keep moving at the same pace.

3. Smart Industries:

Industries need to become smarter and AIoT. They are prone to errors and when they will start using AIoT, the chances of human errors will be really less. This will improve their efficiency and will improve the quality of the product of an IoT app development company as well. It is forecasted that more than 80% of IoT projects will be using AI by the year 2022. All industries from mining to manufacturing are relying on digital transformation. Now, they are also trying to move away from manual production. It takes a lot of their money and time.

4. Smart Home:

Everyone wants their home to be smart. With AIoT people would be able to control everything in their house with just a removal or their voice. There are devices that can be connected to the electric circuits of the house and can operate everything with voice commands. The devices will have sensors that will make them smart enough that they will turn on or off by just observing the environment. It is expected that the smart home market will see an annual growth of 25% during 2020-2025 and will reach $246 billion. This is a huge number but the way things are escalating, it is possible. Also, no matter how expensive, people are spending money on making their houses smart. This is something that provides them extra comfort and also makes them feel like they are in control. The smart home is just the reality that people used to see in Hollywood fiction movies a few years ago.

AIoT has the ability to test the amount of data a device can process and its future advancements. This will open the door to processing and learning.

Through the technology of edge computing, the data processing can be done in the computer itself without sending it to remote data centers. While the current technology is limited to smart thermostats and appliances, the future may hold some really advanced gadgets like home robots and autonomous fully-functioning vehicles.

Another major advancement is the improvement of voice AI in devices like speakers and mobile phones. In todays era, there are 1D smart speakers that obey the commands of the person who is speaking. It can be replaced with speakers carrying the Natural Language Processing technique to understand the user in a better way. There are 2D Voice-activated LCDs that help in displaying information. An IoT development company always strives to make businesses seamless through technology. With the successful implementation of AIoT, the beginning of ePayment voice authentication now seems possible in the next few years.

The application of Vision AI is now known to everyone. This is a pure AI device used for the detection of massive objects in 4K resolution. When combined with the internet of things, the vision AI might be able to analyze video on the edge. The quality of the display is also predicted to increase to 8K instead of 4K.

AIoT is all set to take a massive turn in the market. With its successful implementation, it can be incurred into various industries such as healthcare, real estate, e-commerce, and whatnot. It is important to secure this technology as much as possible to prevent it from getting misused. Every IoT App development company is working on this project for the past few years. In the next five to ten years, AIoT will completely change the way people will use technology.

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Artificial Intelligence And The Internet Of Things (AIoT) Hold The Promise Of A More Connected Future - Customer Think

INSIDE QUANTUM TECHNOLOGY Virtual Conference and Exhibition to Focus on Quantum Computing, Networking, Sensors and Cryptography, May 17-20, 2021 -…

NEW YORK, April 19, 2021 /PRNewswire/ --3DR Holdings today announced the return of its industry-leading event focused on quantum technologies, the fifth edition of Inside Quantum Technology conference and exhibition. Sponsored by ID Quantique, a world leader in Quantum-Safe Security and Quantum Sensing, Inside Quantum Technology is the premier conference dedicated to the business of quantum computing, quantum networking, quantum sensors, and quantum technology.

Held entirely online May 17-20, 2021, the event is organized into eight vertical topics scheduled as half-day sessions, designed to provide participants with the latest information and analysis from experts in quantum tech who will share actionable strategies on developing new business revenues from quantum-related opportunities.

Sessions will be helmed by leaders from the worlds of business, research, academia, finance and technology, including CEOs and CTOs from numerous pioneering quantum technology organizations that have been driving innovation within the sector. In addition, attendees will have the opportunity to learn about quantum tech initiatives directly from top executives at the world's leading corporations, including Airbus, GE, IBM, Intel, Verizon, Toshiba, Huawei, Mastercard, Wells Fargo, BASF, BMW, L3Harris, Merck, BT and ID Quantique.

"It has been gratifying to see the continued growth of our Inside Quantum Technology events with each successive conference, and look forward to welcoming over 1,000 attendees to this year's virtual event," said Lawrence Gasman, President of Inside Quantum Technology. "As the event gathers business leaders, product developers, marketing strategists and investors from all over the world, we're excited to witness how the conversations that occur during the event spur the next wave of innovation and development within the industry."

Inside Quantum Technology conference session topics include:

In addition to its world-class conference program, Inside Quantum Technology will also provide participants with opportunities to visit the industry's leading vendors in its virtual exhibit hall, where visitors can download materials, watch videos, and connect with company representatives. The event will also offer virtual networking opportunities on each day, enabling participants to gather and engage based on specific quantum-related topics.

For additional details about Inside Quantum Technology, including the complete agenda, registration information, sponsorship and exhibition options, please visit https://iqtevent.com.

About 3DR Holdings3DR Holdings is a technology media organization with website, research and international trade show interests in the fields of Quantum Technology and 3D Printing. For more information, please visit https://3drholdings.com.

About Inside Quantum TechnologyInside Quantum Technology is the only organization entirely dedicated to meeting the strategic information and analysis needs of the emerging quantum technology sector.In addition to arranging conferences and publishing articles of critical importance to the quantum technology sector, the company's consulting group, provides published reports on important revenue opportunities in quantum technology including quantum computer markets and software, quantum key distribution,post-quantum cryptography,quantum sensors, and on important verticals such as the military, the financial sector, big pharma, and more. For additional information, please visit https://www.insidequantumtechnology.com.

Media Contact: Barry Schwartz, Schwartz Public Relations[emailprotected], 212-677-8700 ext. 118

SOURCE 3DR Holdings

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Planet Earth Report Unexpected New Quantum Theory of Reality to an Earth-Trojan Alien Probe? – The Daily Galaxy –Great Discoveries Channel

Posted on Apr 18, 2021 in Science

Another amazing week on Planet Earth, with news stories ranging from quantum computers are revealing an unexpected new theory of reality to James Benfords search for extraterrestrial artifacts to the 2.5 billion Tyrannosaurus rex that lived during the species 2.4 million years of existence on Earth.

Quantum computers are revealing an unexpected new theory of realityA powerful new idea about how the laws of physics work could bring breakthroughs on everything from quantum gravity to consciousness, says researcher Chiara Marletto for New Scientist.

How Many Alien Probes Could Have Visited Earth? Asks James Benford for Centauri DreamsBenford is continuing his research into the still nascent field known as SETA, the Search for Extraterrestrial Artifacts. A plasma physicist and CEO of Microwave Sciences, Benford became intrigued with recent discoveries about Earth co-orbital objects there is even a known Earth Trojan and their possibilities in a SETI context. If we accept the possibility that an extraterrestrial civilization may at some point in Earths 4.5 billion year history have visited the Solar System, where might we find evidence of it?

How many T. rex roamed the ancient Earth? During 2.4 million years of existence on Earth, a total of 2.5 billion Tyrannosaurus rex ever lived, and 20,000 individual animals would have been alive at any moment, according to a new calculation method we described in a paper published on April 15, 2021 in the journal Science, reports The Conversation.

How Many Tyrannosaurus Rexes Ever Lived on Earth? Heres a New Clue, reports The New York Times. An estimation of the iconic predators total population can teach us things about dinosaurs that fossils cannot.

Astronomers Peer Through the Fog at Milky Ways Supermassive Black Hole Is It Emitting a Jet Angled Toward Earth? reports Jackie Faherty for The Daily Galaxy In 2019 astronomers lifted the veil on the monster black hole called Sagittarius A* (Sgr A*) at the heart of our Milky Way Galaxy. Using computer modelling, the scientists simulated the material inside the thick cloud of plasma, dust and gas surrounding Sgr A*. The results pointed to the possibility of a relativistic jet with an inclination that is aligned with Earths viewing point.

Carbon dioxide levels are higher than theyve been at any point in the last 3.6 million years, reports CBS News Carbon dioxide (CO2) and methane levels in the atmosphere continued to rise in 2020, with CO2 level reaching their highest point in 3.6 million years, according to calculations by the National Oceanic and Atmospheric Administration. The barrier was broken despite a reduction in expected emissions caused by the COVID-19 pandemic.

A New State of Matter Black Hole Physics of Strange Metals reports Jackie Faherty, astrophysicist, Senior Scientist with AMNH for The Daily Galaxy. Jackie was formerly a NASA Hubble Fellow at the Carnegie Institution for Science.

The Future of American Radio Astronomy Now Depends on China, reports Sarah Scoles for The Atlantic.

Muons: Strong evidence found for a new force of nature, reports The BBC All of the forces we experience every day can be reduced to just four categories: gravity, electromagnetism, the strong force and the weak force. Now, physicists say they have found possible signs of a fifth fundamental force of nature.

Googles New 3D Time-Lapse Feature Shows How Humans Are Affecting the Planet, reports Sam Rutherford for Gizmodo Described by Google Earth director Rebecca Moore as the biggest update to Google Earth since 2017, Timelapse in Google Earth combines more than 24 million satellite photos, two petabytes of data, and 2 million hours of CPU processing time to create a 4.4-terapixel interactive view showing how the Earth has changed from 1984 to 2020.

The New Historian of the Smash That Made the Himalayas, reports Robin George Andrews for Quanta About 60 million years ago, India plowed into Eurasia and pushed up the Himalayas. But when Luca Prez-Daz reconstructed the event in detail, she found that its central mystery depended on a broken geological clock.

These Ants Shrink Their Brains for a Chance to Become Queen If their bids at motherhood fail, they can then regrow their brains, reports Annie Roth for The New York Times.

Physicists have created a new and extremely rare kind of uranium, reports New ScientistResearchers have produced the lightest version of a uranium atom ever. It has only 122 neutrons compared with the 146 neutrons found in more than 99 per cent of the worlds naturally occurring uranium, which is known as uranium-238.

New Genomic Study of Placenta Finds Deep Links to Cancer, reports Max Kozlov for Quanta A patchwork of genomic differences in the placenta may explain the organs live fast, die young strategy and its connections to cancer.

The alphabet may have been invented 500 years earlier than we thought, reports New Scientist The early history of the alphabet may require rewriting. Four clay artefacts found at an ancient site in Syria are incised with what is potentially the earliest alphabetic writing ever found. The discovery suggests that the alphabet emerged 500 years earlier than we thought, and undermines leading ideas about how it was invented.

The Genetic Mistakes That Could Shape Our Species, reports Zaria Gorvett for BBC Future New technologies may have already introduced genetic errors to the human gene pool. How long will they last? And how could they affect us? He Jiankui with Southern University of Science and Technology in Shenzhen, China had made the first genetically modified babies in the history of humankind. After 3.7 billion years of continuous, undisturbed evolution by natural selection, a life form had taken its innate biology into its own hands. The result was twin baby girls who were born with altered copies of a gene known as CCR5, which the scientist hoped would make them immune to HIV.

How Radio Astronomy Reveals the Universe, reports QuantaRadio waves, longer and less energetic than visible light, give astronomers access to some of the most obscure physics in the cosmos.

Geoffrey Hinton Has a Hunch About Whats Next for Artificial Intelligence, reports Siobhan Roberts for MIT Technology ReviewBack in November, the computer scientist and cognitive psychologist Geoffrey Hinton had a hunch. After a half-centurys worth of attemptssome wildly successfulhed arrived at another promising insight into how the brain works and how to replicate its circuitry in a computer.

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Planet Earth Report Unexpected New Quantum Theory of Reality to an Earth-Trojan Alien Probe? - The Daily Galaxy --Great Discoveries Channel

Torres v. Madrid (New Excessive Force Opinion from SCOTUS) – JD Supra

In a 5-3 decision authored by Chief Justice Roberts, the U.S. Supreme Court ruled in Torres v. Madrid that a woman who was shot while fleeing from police officers was seized, even though she remained at large.

Two police officers saw the petitioner, Roxanne Torres, standing with another person near a car in the parking lot of an apartment complex. As the officers approached the vehicle, the companion departed and Torres got into the drivers seat. At the time, Torres was tripping out bad on methamphetamine. The officers tried to speak with her, but she did not notice their presence until one of them tried to open her car door.

Each of the officers wore tactical vests with police identification. Torres claims she saw only that they had guns. She thought the officers were carjackers and hit the gas to escape them. The officers drew their service pistols and fired thirteen shots as Torres sped off; whether she drove toward them, endangering their safety, is in dispute. Two of the bullets struck Torres; the others hit her car. But Torres kept driving over a curb, across some landscaping, and into a street, eventually colliding with another vehicle. She abandoned her car and stole another one that happened to be idling nearby. She then drove seventy-five miles to Grants, New Mexico.

The hospital in Grants was able to airlift Torres to another hospital where she could receive proper medical treatment. Unfortunately for Torres, the hospital was back in Albuquerque, where the police arrested her the next day. She pleaded no contest to aggravated fleeing from a law enforcement officer, assault on a peace officer, and unlawfully taking a motor vehicle.

Two years later, she sued the officers for damages under 42 U.S.C. 1983. She claimed the officers used excessive force, making the shooting an unreasonable seizure under the Fourth Amendment. The federal district court granted summary judgment to the officers, and the Tenth Circuit Court of Appeals affirmed, holding a suspects continued flight after being shot by police negates a Fourth Amendment excessive-force claim. To reach its decision, the Tenth Circuit relied on precedent providing no seizure can occur unless there is physical touch or a show of authority, and such physical touch or force must terminate the suspects movement or otherwise give rise to physical control over the suspect.

The Supreme Court reversed, holding the application of physical force to the body of a person with the intent to restrain is a seizure, even if the person does not submit and is not subdued.

Does any application of force constitute a seizure?

The majority emphasized the application of physical force, standing alone, does not constitute a seizure. A seizure requires the use of force with intent to restrain, as opposed to force applied by accident or for some other purpose. The test remains an objective one: whether the challenged conduct, i.e., the application of force, objectively manifests an intent to restrain. The subjective motivations of the officer, or the subjective perception of the suspect, are not determinative.

How long does the seizure last?

A seizure is a single act, not a continuous one. If the subject does not submit, a seizure by force lasts only as long as the application of force. That means the officers seized Torres for the instant that the bullets struck her.

What about the bullets that missed Torres?

If the rule articulated by the majority requires the application of force even a mere touch to the body of a person, a shot that misses its target fails to satisfy a necessary condition. This artificial distinction in Fourth Amendment protection drew criticism from the dissent: A fleeing suspect briefly touched by pursuing officers may have a claim. But a suspect who evades a hail of bullets unscathed . . . is out of luck.

How did the Justices rule?

Chief Justice Roberts authored the majority opinion, joined by Justices Breyer, Sotomayor, Kagan, and Kavanaugh. To reach its decision, the majority relied on two sources of constitutional interpretation: text and history.

The Fourth Amendment protects [t]he right of the people to be secure in their persons, houses, papers and effects, against unreasonable searches and seizures. As the Court recognized in prior cases, [t]he word seizure readily bears the meaning of a laying on of hands or application of physical force to restrain movement,even when it is ultimately unsuccessful. At the time the Fourth Amendment was adopted, as now, an ordinary user of the English language could say, She seized the purse-snatcher, but he broke out of her grasp.

The majority also examined the common law of arrest, through which the mere touch rule developed. That is, a corporeal touch is sufficient to constitute an arrest, even though the subject does not submit. There is no common law authority addressing an arrest through the application of force from a distance, though. The closest decision identified by the majority was a debt collection case from 1605. In that case, the serjeants-at-mace tracked down a debtor, shewed her their mace, and touching her body with it, said to her, we arrest you madam. To the majority, the case is best understood as an example of an arrest made by touching with an object, for the serjeants-at-mace announced the arrest at the time they touched the countess with the mace.

Justice Gorsuch filed a twenty-six page dissenting opinion, joined by Justices Thomas and Alito. Despite its length, the point was simple: a seizure requires possession. The dissent criticized the majority for conducting a schizophrenic textual analysis, cherry-picking from legal history, and ignoring established precedent all for the sake of crafting a new bright-line rule. Rather than simplify things, however, the majoritys new rule for mere touch seizures promises only to add another layer of complexity to the law.

Justice Barrett took no part in the consideration or decision of this case.

A departure from precedent?

In Mendenhall, Justice Stewart articulated what would become the modern test for seizures under the Fourth Amendment: [A] person has been seized within the meaning of the Fourth Amendment only if, in view of all of the circumstances surrounding the incident, a reasonable person would have believed that he was not free to leave. Whether the restraint of liberty was effected through the use of force, or a show of authority, the test was, in most cases, the same. As the word seizure has historically meant taking possession, though, the Court in Hodari D. held the seizure of a person through a show of authority occurs only if the suspect submits to an officers control. (A ship still fleeing, even though under attack, would not be considered to have been seized as a war prize.) Justice Scalia, writing for the majority in Hodari D., recognized in dicta that the same result follows in cases involving the use of force: unless the subject yields, no seizure occurs. The Torres majority back-tracks to make a distinction between seizures by control and seizures by force a distinction that it says was improperly erased through precedent by the Courts own inattention.

What does the decision mean for excessive-force claims?

Torres already had state law remedies available to challenge the officers actions. But a seizure triggers protections under the Fourth Amendment. Now, she can proceed with her excessive-force claims against the officers under 42 U.S.C. 1983, which imposes liability against every person who, acting under color of state law, deprives another of his or her rights secured by the Constitution or federal law. The majority made sure to note a seizure is just the first step of the analysis. It did not address the reasonableness of the seizure, the damages caused by it, or the defense of qualified immunity. Whether or not her claims for excessive force are ultimately successful, the decision in Torres is an important development in Fourth Amendment jurisprudence.

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Torres v. Madrid (New Excessive Force Opinion from SCOTUS) - JD Supra