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"Once the quantum revolution starts it will be exponential" – CTech

Amir Naveh, CPO & Co-founder of Classiq

Sector: Quantum computing

Founders: Nir Minerbi, Amir Naveh, Dr. Yehuda Naveh

Investors: Entre Capital, Team8, Wing Capital, IN-Venture, Phoenix, HSBC, HPE, NTT, Awz Ventures, OurCrowd

Classical computers can do amazing things, we've seen that in the past 80 years. But some things they're unable to do, explained Amir Naveh, CPO and Co-founder of Classiq. From drug discovery to efficient fertilizer, development, to doing high-performance stuff that computers are not very good at doing. Quantum computers can do all these things, and they can do it with amazing efficiencies All of this is going to happen in the coming few years and in the next 20 years we will see a full-blown revolution."

Classiq has developed a technological solution that enables the development of software for quantum computers which is similar to advanced software development for regular computers. The solution developed by the company is protected by more than 20 patents, and the company's software development platform is considered the most advanced in the world of quantum computing.

Classiq has been selected as one of "Tomorrow's Growth Companies" according to Qumra Capital. This year, for the fourth year in a row, Qumra published its list of the most promising growth companies in Israeli high-tech, naming those who are on the path to becoming the next big thing.

This is, for me, the journey of a lifetime. It is amazing technology, the company is growing really fast I really hope to see this quantum revolution going from a research phase to more actual practical usage applications. Once it starts it will be exponential. It won't be twice as good it will be a thousand times better, a million times better. It's hard to imagine how the world is going to change but I hope in the next decade we will see some amazing things.

You can watch the full interview in the video above.

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Executive Order on Ensuring Robust Consideration of Evolving National Security Risks by the Committee on Foreign Investment in the United States – The…

By the authority vested in me as President by the Constitution and the laws of the UnitedStates of America, including section 721 of the Defense Production Act of 1950, as amended (50 U.S.C. 4565) (section 721), and section 301 of title3, United States Code, it is hereby ordered as follows:

Section1.Policy. The United States welcomes and supports foreign investment, consistent with the protection of national security. The United States commitment to open investment is a cornerstone of our economic policy and provides the UnitedStates with substantial economic benefits, including the promotion of economic growth, productivity, competitiveness, and job creation, thereby enhancing national security, as the Congress recognized in section 1702(b)(1) of the Foreign Investment Risk Review Modernization Act of 2018 (FIRRMA) (Subtitle A of Title XVII of Public Law 115-232). Someinvestments in the United States by foreign persons, however, present risks to the national security of the UnitedStates, and it is for this reason that the United States maintains a robust foreign investment review process focused on identifying and addressing such risks.

It is important to ensure that the foreign investment review process remains responsive to an evolving national security landscape and the nature of the investments that pose related risks to national security, as the Congress recognized in section 1702(b)(4) of FIRRMA. One factor for the Committee on Foreign Investment in the United States (Committee) to consider, as the Congress highlighted in section1702(c)(1) of FIRRMA, is that national security risks may arise from foreign investments involving a country of special concern that has a demonstrated or declared strategic goal of acquiring a type of critical technology or critical infrastructure that would affect United Statesleadership in areas related to national security. Along these lines, I previously underscored in Executive Order 14034 of June 9, 2021 (Protecting Americans Sensitive Data From Foreign Adversaries), and emphasize in this order the risks presented by foreign adversaries access to data of United Statespersons. With respect to investments directly or indirectly involving foreign adversaries or other countries of special concern, what may otherwise appear to be an economic transaction undertaken for commercial purposes may actually present an unacceptable risk to United States national security due to the legal environment, intentions, or capabilities of the foreign person, including foreign governments, involved in the transaction. It is the policy of the United States Government to continue to respond to these risks as they evolve, including through a robust review of foreign investments in United States businesses.

In light of these risks, this order provides direction to the Committee to ensure that, in reviewing transactions within its jurisdiction (covered transactions), the Committees review remains responsive to evolving national security risks, including by elaborating and expanding on the factors identified in subsections (f)(1)-(10) of section 721. This order shall be implemented consistent with the Committees statutory mandate to determine the effects of each covered transaction reviewed by the Committee on the national security of the UnitedStates.

Sec.2.Elaboration on Existing Statutory Factors.(a) In considering the factors described in subsection (f)(3) of section 721, the Committee shall, taking into account the requirements of national security, consider the following, as appropriate:

(i) It is important to national security that the Committee continues to assess the effect of foreign investment on domestic capacity to meet national security requirements, including those requirements that fall outside of the defense industrial base. Inparticular, the resilience of certain critical United States supply chains may have national security implications. The UnitedStates recognizes the importance of cooperating with its allies and partners to secure supply chains; however, certain foreign investment may undermine supply chain resilience efforts and therefore national security by making the United States vulnerable to future supply disruptions. These vulnerabilities may occur if an investment shifts ownership, rights, or control with respect to certain manufacturing capabilities, services, critical mineral resources, or technologies that are fundamental to national security including because they are critical to United States supply chain resilience to a foreign person who might take actions that threaten to impair the national security of the UnitedStates as a result of the transaction, or to other foreign persons, including foreign governments, to whom the foreign person has commercial, investment, non-economic, or other ties (relevant third-party ties) that might cause the transaction to pose a threat to national security.

(ii) The Committee shall consider, as appropriate, the covered transactions effect on supply chain resilience and security, both within and outside of the defense industrial base, in manufacturing capabilities, services, critical mineral resources, ortechnologies that are fundamental to national security, including: microelectronics, artificial intelligence, biotechnology and biomanufacturing, quantum computing, advanced clean energy (such as battery storage and hydrogen), climate adaptation technologies, critical materials (such as lithium and rare earth elements), elements of the agriculture industrial base that have implications for food security, and any other sectors identified in section3(b) or section4(a) of Executive Order 14017 of February 24, 2021 (Americas Supply Chains).

(A) The Committee shall consider, as appropriate, the degree of involvement in the United Statessupply chain by a foreign person who is a party to the covered transaction and who might take actions that threaten to impair the national security of the United States as a result of the transaction, or who might have relevant third-party ties that might cause the transaction to pose such a threat.

(B) The Committee shall consider, as appropriate, the United States capability with respect to manufacturing capabilities, services, critical mineral resources, or technologies, including those described in subsection (a)(ii) of this section; the degree of diversification through alternative suppliers across the supply chain, including suppliers located in allied or partner economies; whether the United States business that is party to the covered transaction supplies, directly or indirectly, the United StatesGovernment, the energy sector industrial base, or the defense industrial base; and the concentration of ownership or control by the foreign person in a given supply chain, among other factors that the Committee determines to be appropriate in considering whether the covered transaction may undermine the resilience and security of supply chains critical to national security.

(b) In considering the factors described in subsection (f)(5) of section 721, the Committee shall, taking into account the requirements of national security, consider the following, as appropriate:

(i) Although foreign investments can in many circumstances help to foster domestic innovation, it is important to protect United States technological leadership by addressing the risks posed by investments by foreign persons who might take actions that threaten to impair the national security of the United States as a result of the transaction, and by addressing whether such persons have relevant third-party ties that might cause the transaction to pose such a threat.

(ii) The Committee shall consider, as appropriate, whether a covered transaction involves manufacturing capabilities, services, critical mineral resources, or technologies that are fundamental to United States technological leadership and therefore national security, such as microelectronics, artificial intelligence, biotechnology and biomanufacturing, quantum computing, advanced clean energy, and climate adaptation technologies. The Committee shall also consider, as appropriate, relevant third-party ties that might cause the transaction to threaten to impair the national security of the United States.

(iii) The Committee shall consider, as appropriate, whether a covered transaction could reasonably result in future advancements and applications in technology that could undermine national security.

(iv) The Office of Science and Technology Policy (OSTP), in consultation with other members of the Committee, shall periodically publish a list of technology sectors, including those technologies listed in subsection (b)(ii) of this section, that it assesses are fundamental to United States technological leadership in areas relevant to national security. OSTP shall, as appropriate, drawon the findings of other United StatesGovernment efforts to identify technology sectors that are fundamental to United States technological leadership. The Committee shall consider the list described in this subsection, as appropriate.

Sec.3. Additional Factors to be Considered. (a) In addition to the factors identified in subsections (f)(1)-(10) of section721, the Committee shall consider, in reviewing the effects of a covered transaction on the national security of the United States, the following factors relating to aggregate industry investment trends that may have consequences for an individual covered transactions impact on national security:

(i) Incremental investments over time in a sector or technology may cede, part-by-part, domestic development or control in that sector or technology and may give a foreign person who might take actions that threaten to impair the national security of the UnitedStates as a result of the transaction, or their relevant third-party ties that might cause the transaction to pose such a threat, control of or rights in United States businesses in a manner that may result in national security risk. A series of acquisitions in the same, similar, or related United Statesbusinesses involved in activities that are fundamental to national security or on terms that implicate national security may result in a particular covered transaction giving rise to a national security risk when considered in the context of transactions that preceded it. In aggregate, these transactions may facilitate harmful technology transfer in key industries or otherwise harm national security through the cumulative effect of these investments. As the Congress identified in section 1702(c)(2) of FIRRMA, the Committee may consider the cumulative control of, or pattern of recent transactions involving, any one type of critical infrastructure, energy asset, critical material, or critical technology by a foreign government or foreign person in considering national security risks. Contextualizing the Committees review of an individual transaction in light of the aggregate or series of related transactions could reveal national security risks arising from the covered transaction that were not otherwise apparent.

(ii) The Committee shall consider, as appropriate, as part of the Committees review of a covered transaction, the risks arising from the covered transaction in the context of multiple acquisitions or investments in a single sector or in related manufacturing capabilities, services, critical mineral resources, or technologies, by any foreign person who might take actions that threaten to impair the national security of the United States as a result of the transaction, or involving relevant third-party ties that might cause the transaction to pose such a threat.

(iii) The Committee may request, as part of the Committees review of a covered transaction, that the Department of Commerces International Trade Administration provide the Committee an analysis of the industry or industries in which the United States business operates, and the cumulative control of, or pattern of recent transactions by, a foreign person, including, directly or indirectly, a foreign government, in that sector or industry.

(b) In addition to the factors identified in subsections (f)(1)-(10) of section721, the Committee shall consider, in reviewing the effects of a covered transaction on the national security of the United States, the following factors relating to cybersecurity risks resulting from a covered transaction that threaten to impair national security:

(i) It is important for the United States to ensure that foreign investment in United Statesbusinesses does not erode United States cybersecurity. Investments by foreign persons with the capability and intent to conduct cyber intrusions or other malicious cyber-enabled activity such as activity designed to affect the outcome of any election for Federal, State, Tribal, local, or territorial office; the operation ofUnited States critical infrastructure; or the confidentiality, integrity, or availability of United States communications may pose a risk to national security. The Congress, in section 1702(c)(6) of FIRRMA, identified exacerbating or creating new cybersecurity vulnerabilities as a relevant consideration for the Committee when considering national security risks arising from a covered transaction. Review of foreign investment is an important tool as part of broader United States efforts to ensure the cybersecurity of the United States.

(ii) The Committee shall consider, as appropriate, whether a covered transaction may provide a foreign person who might take actions that threaten to impair the national security of the United States as a result of the transaction, or their relevant third-party ties that might cause the transaction to pose such a threat, with direct or indirect access to capabilities or information databases and systems on which threat actors could engage in malicious cyberenabled activities affecting the interests of the United States or United States persons, including:

(A) activity designed to undermine the protection or integrity of data in storage or databases or systems housing sensitive data;

(B) activity designed to interfere with UnitedStates elections, United States critical infrastructure, the defense industrial base, or other cybersecurity national security priorities set forth in ExecutiveOrder 14028 of May 12, 2021 (Improving the Nations Cybersecurity); and

(C) the sabotage of critical energy infrastructure, including smart grids.

(iii) The Committee shall also consider, as appropriate, the cybersecurity posture, practices, capabilities, and access of both the foreign person and the United Statesbusiness that could allow a foreign person who might take actions that threaten to impair the national security of the United States as a result of the transaction, or their relevant third-party ties that might cause the transaction to pose such a threat, to manifest cyber intrusion and other malicious cyber-enabled activity within the United States.

(c) In addition to the factors identified in subsections (f)(1)-(10) of section721, the Committee shall consider, in reviewing the effects of a covered transaction on the national security of the United States, the following factors relating to national security concerns surrounding sensitive data:

(i) Data is an increasingly powerful tool for the surveillance, tracing, tracking, and targeting of individuals or groups of individuals, with potential adverse impacts on national security. In section 1702(c)(5) of FIRRMA, the Congress recognized that the Committee may consider whether a covered transaction may expose, either directly or indirectly, personally identifiable information, genetic information, or other sensitive data of United States citizens to access by a foreign government or foreign person that may exploit that information in a manner that threatens national security. Moreover, advances in technology, combined with access to large data sets, increasingly enable the reidentification or deanonymization of what once was unidentifiable data. Therefore, it is important for the United States Government to stay current with threats posed by advances in such technology, including by considering potential risks posed by foreign persons who might exploit access to certain data on United States persons to target individuals or groups within the United States to the detriment of national security. Accordingly, the Committee shall consider whether foreign investments in United Statesbusinesses that have access to or that store United Statespersons sensitive data, including health and biological data, involve a foreign person who might take actions that threaten to impair the national security of the United States as a result of the transaction, including whether the foreign person might have relevant third-party ties that might cause the transaction to pose such a threat.

(ii) The Committee shall consider, as appropriate, whether a covered transaction involves a United States business that:

(A) has access to United States persons sensitive data, including United States persons health, digital identity, or other biological data and any data that could be identifiable or deanonymized, that could be exploited to distinguish or trace an individuals identity in a manner that threatens national security; or

(B) has access to data on sub-populations in the UnitedStates that could be used by a foreign person to target individuals or groups of individuals in the UnitedStates in a manner that threatens national security.

(iii) The Committee shall also consider, as appropriate, whether a covered transaction involves the transfer of United States persons sensitive data to a foreign person who might take actions that threaten to impair the national security of the United States as a result of the transaction, and whether the foreign person has relevant third-party ties that have sought to exploit such information or have the ability to exploit such information to the detriment of national security, including through the use of commercial or other means.

Sec.4.Periodic Review. Consistent with the policy described in section 1 of this order, it is important for the Committee, on an ongoing basis, to continue to review its processes, practices, and regulations, and to continue to make any updates as needed and appropriate to ensure that the Committees consideration of national security risks remains robust alongside changes to the national security landscape. Accordingly, the Committee shall regularly review its processes, practices, and regulations, and shall periodically provide to the Assistant to the President for National Security Affairs a report documenting the results of its review. The report shall also include any resulting policy recommendations that the Committee considers necessary to meet the evolving set of national security risks.

Sec.5.Definitions. For purposes of this order, terms shall have the same meanings ascribed to them in section721 and regulations promulgated by the Committee under section 721.

Sec.6.General Provisions. (a) Nothing in this order shall be construed to impair or otherwise affect:

(i) the authority granted by law to an executive department or agency, or the head thereof; or

(ii) the functions of the Director of the Office ofManagement and Budget relating to budgetary, administrative, or legislative proposals.

(b) This order shall be implemented consistent with applicable law and subject to the availability of appropriations.

(c) This order is not intended to, and does not, affect the requirements in section 721 relating to the scope of the Committees jurisdiction.

(d) This order is not intended to, and does not, create any right or benefit, substantive or procedural, enforceable at law or in equity by any party against the UnitedStates, its departments, agencies, or entities, its officers, employees, or agents, or any other person.

JOSEPH R. BIDEN JR.

THE WHITE HOUSE,September 15, 2022.

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Today’s Headlines and Commentary – Lawfare

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Russian President Vladimir Putin and Chinese President Xi Jinping met in Uzbekistan earlier today. Amid political and economic isolation from and rising tensions with the West since the Russian invasion of Ukraine, the meeting reportedlysignaled strength in Xi and Putins diplomatic relationship. After the meeting, China released a statement indicating that it was ready to work with Russia in extending strong support to each other on issues concerning their respective core interests.

The Senate Foreign Relations Committee passed legislation on Wednesday to increase U.S. military support for Taiwan amid increased Chinese military pressure on the island. The bipartisan legislation will provide Taiwan with approximately $4.5 billion in security assistance over the course of four years. White House National Security Adviser told reporters that the Biden administration has some concern about elements of the legislation amid Chinas looming threat of an invasion of the island.

Border clashes between Armenian and Azerbaijan forces ended in a ceasefire last night. Both nations lost more than 150 military personnel in the two-day conflict before Armenias Security Council Secretary Armen Grigoryan, announced the truce. Armenian protestors flocked the nations capital yesterday, condemning Prime Minister Nikol Pashinyan for his complacency in negotiations and claiming that the prime minister betrayed Armenia to appease Azerbaijan.

President Biden announced that unions representing rail companies and laborers reached a tentative agreement following a series of negotiations amid threats of a strike. Laborers protested the freight and rail companies pay rates and scheduling policies, which previously did not include time off to attend medical appointments without some sort of punishment. A widespread railroad union strike would have likely caused damage to supply chains and transportation infrastructure nationwide. Union members have agreed not to strike while the agreement awaits ratification vote. Negotiations with union members were led by Labor Secretary Martin J. Walsh. The agreement will allow for workers to be able to take time away from work to attend routine and preventative medical, as well as exemptions from attendance policies for hospitalizations and surgical procedures, said the presidents of the Brotherhood of Locomotive Engineers and Trainmen and the Transportation Division of the International Association of Sheet Metal, Air, Rail and Transportation Workers. President Biden described the deal as big win for America.

Iranian hackers that breached computer systems in the United States, Israel, Russia, and Britain are now facing criminal charges brought on by the United States. The hackers used malware to attack and demand ransom from their targets, which included governments, public sector utilities, and humanitarian organizations. According to the State Department, the three suspects are linked to Irans military, though the attacks are suspected to be independent of the Iranian government. The three hackersMansour Ahmadi, Ahman Khatibi Aghda and Amir Hossein Nickaein Ravarface a number of cyber extortion charges as well as conspiracy to commit fraud using a computer. The men are currently at large.

Mark Meadows, former White House chief of staff, complied with a subpoena issued by the Justice Department earlier this week in its investigation into the Jan. 6 attack on the U.S. Capitol. Last year, Meadows sent the House select committee investigating Jan. 6 over 2,000 of his recorded correspondences between the 2020 election and President Joe Bidens inauguration detailing efforts to detect election fraud in compliance with subpoena from the committee. The materials Meadows turned over to the Justice Department this week were the same he submitted upon the select committees request for materials last year.

ICYMI: Yesterday on Lawfare

Jen Patja Howell shared an episode of Rational Security in which Alan Rozenshtein, Quinta Jurecic, Scott Anderson, and Dana Stuster discussed this weeks national security news. The team discussed the recent Russian retreat in Ukraine, Cloudflares decision to stop providing security services to Kiwi Farms, the death of Queen Elizabeth II, and more.

Herb Lin analyzed the threat quantum computing poses to national security. Assuming quantum computing will eventually be able to decrypt the internets most secure encryption algorithms, Lin suggested that governments and entities with secrets form contingency plans in the case of leaks of confidential information.

John Bellinger, Sean Mirski, and Catherine McCarthy examined the U.S. District Court for the Eastern District of Missouris dismissal of a series of civil lawsuits filed against the Peoples Republic of China for allegedly causing the coronavirus pandemic.

Howell shared an episode of the Lawfare Podcast in which Tia Sewell sat down with Rupert Stone to discuss the relationship between the Taliban and Afghanistans illicit drug trade.

Email the Roundup Team noteworthy law and security-related articles to include, and follow us on Twitter and Facebook for additional commentary on these issues. Sign up to receive Lawfare in your inbox. Check out relevant job openings on our Job Board.

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Making more money becomes hard for techies as after Infosys and Wipro, this big IT companys MD says moonlight – Times Now

Mumbai: Moonlighting has become a buzz word of late with IT majors Infosys and Wipro opposing this practice. Infosys even warned its employees that moonlighting could lead to termination of their contracts. Moonlighting is the practice of keeping a second job in addition to regular employment. While it may have come as a boon for many enabling techies to earn an extra income apart from their salaries, it could become hard for the employees of IBM as the company has joined the IT industrys chorus on moonlighting, terming the practice of moonlighting "unethical.

IBM India MD on moonlighting

When people are employed by IBM, they sign an agreement assuring that they would work only for the company. So, notwithstanding what people can do with the rest of their time, it's not ethical to do that. That's my position, Patel underscored at the IBM Think conference in Mumbai on Wednesday.

Quantum computing in India

Patel, in a separate interview with Economic Times later in the day shared that his company had outlined a broad roadmap for the growth of quantum computing in India. The evolution of computing from supercomputers to quantum computing should involve solving real-world problems, he said.

There are four aspects to making this real in any market skilling and training, building ecosystems, looking at the industry and enterprises in terms of identification of real-life use cases and working with the government on regulation and public policy, Patel added.

The Indian Institute of Technology, Madras would join the IBM Quantum Network, making it the first Indian institution to join the over 180-member network of the American technology company, the IT firm had announced earlier this week.

He also reflected upon the talent crunch, sharing that the firm is focusing on expanding its presence across emerging cities (tier 2 and tier 3 cities) to tap talent. Through the pandemic we did see a lot of migration of our professionals to their hometowns. That migration has not reversed completely which is why across the industry we have had to move and accept more of a hybrid work model, Patel said.

WFH at Red Hat

Meanwhile, IBM subsidiary Red Hat will continue to work from home. With Covid still a concern for associates caring for immunocompromised loved ones, no Red Hatter is required to be in an office if they do not wish to return.

Weve expanded the flexibility by offering the majority of our associates the freedom to be office-flex. While some of our tech peers are pulling employees back to the office, we dont think our workforce needs to be in an office to be successful weve seen the value in providing flexibility, Jennifer Dudeck, SVP and chief people officer at Red Hat, said.

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Harvard and AWS launch alliance to advance research in quantum science – Harvard School of Engineering and Applied Sciences

Harvard University and Amazon Web Services (AWS) have launched a strategic alliance to advance fundamental research and innovation in quantum networking.

This effort provides significant funding for faculty-led research at Harvard and will build capacity for student recruitment, training, outreach and workforce development in this key emerging technology field. The initiative focuses on driving rapid progress toward specific research aims in quantum networking at the Harvard Quantum Initiative (HQI).

By working together, academia and industry can accelerate discovery and technological progress, said Harvard Provost Alan M. Garber. Through this alliance with AWS, we will bring scientific scholarship and education to bear on some of the most exciting frontiers in quantum science. Together we will advance the goals of the Harvard Quantum Initiative, an interfaculty initiative that exemplifies the rewards of collaboration across different scientific domains.

Quantum networking is an emerging space with promise to help tackle challenges of growing importance to our world, such as secure communication and powerful quantum computing clusters, said Antia Lamas-Linares, quantum networking lead at AWS. The collaborative initiative between AWS and Harvard will harness top research talent to explore quantum networking today and establish a framework to develop the quantum workforce of the future.

Expanding the Potential for Quantum Impact

Through a three-year research alliance enabled by Harvards Office of Technology Development, AWS will support faculty-led and designed research projects at HQI in the areas of quantum memories, integrated photonics, and quantum materials. A portion of that funding will also allow an upgrade to the quantum fabrication capabilities of the NSF-supported Center for Nanoscale Systems at Harvard, a critically important facility for nanofabrication, materials characterization, soft lithography, and imaging, with locations in Cambridge and at the Science and Engineering Complex in Allston.

The overall goal of the research projects is to develop foundational methods and technologies for what eventually will become a quantum internet, where communication and information processing is performed according to the laws of quantum mechanics. As the world faces relentless threats to privacy and security, exploring possible quantum networking applications is an important area of focus. The behavior of information in a quantum network is expected to enable unprecedented security and anonymity. Yet, for those aspirations to be realized, physicists, engineers, and materials scientists must overcome challenges to store, manipulate, repeat, and transmit quantum information over long distances.

Exploring this potential requires a deep understanding of the industrys toughest scientific challenges that will lead to development of new hardware, software, and applications for quantum networks, said Lamas-Linares.

These projects build upon fundamental work that has been done at Harvard labs for well over a decade by several generations of students and postdocs who have pushed the frontier, starting from theory, to experimental physics, to device engineering, to materials development, said Mikhail Lukin, the George Vasmer Leverett Professor of Physics and codirector of HQI.

In parallel with research efforts at Harvard, researchers at AWS will strive to advance the engineering maturity and scalability of quantum memory technology. Todays news builds on Amazons June 2022 announcement around the AWS Center for Quantum Networking where AWS will focus on addressing scientific and engineering challenges with the goal to develop new hardware, software, and applications for quantum networks that connect and amplify the capabilities of individual quantum processors. The alliance will be led by Antia Lamas-Linares, who leads a team of AWS Quantum Research Scientists at the AWS Center for Quantum Networking.

Innovation in advanced technology areas like quantum will require collaboration by academic labs, small industry, leading corporations, and likely also government labs, Lukin added. It is part of the HQI mission to enable these kinds of collaborations, and this alliance with AWS is a critical step in that direction.

In quantum, we have a unique opportunity because the research is still so much in the early stages of basic discovery, yet also at the threshold of commercial implementation, said HQI codirector Evelyn Hu, the Tarr-Coyne Professor of Applied Physics and Electrical Engineering at the Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS). This is very unusual in science and technology. For students training in this field, especially, its important to get an appreciation of what science and engineering can do, but also what it needs to do to be scaled up, go to the outside world, and be relevant.

Diversifying the future

In addition to the quantum research collaboration, supplementary philanthropic support from AWS will help Harvard train and support graduate students and postdoctoral researchers, especially with an aim to welcoming aspiring scientists and engineers from underrepresented backgrounds.

While industry reports estimate quantum technologies will create several hundred billion in value over the next decade, there are still not enough quantum experts to take on this work. This quantum technology workforce shortage was also noted in President Bidens recent directives. The goal of the AWS Generation Q Fund at the Harvard Quantum Initiative is to begin to establish a diverse talent pipeline of highly qualified researchers to train the next generation of quantum scientists and engineers.

AWS appreciates that HQI can play a profound and seminal role in helping build the future of the quantum workforce, making opportunities possible for the next generation of leaders and innovators, said Hu, including by embracing the goals of the Graduate School of Arts and Sciences Research Scholar Initiative (RSI) and other programs that provide exploratory bridges towards higher-degree programs, Hu said. Such programs can provide mentored research and training, introduce students to quantum research, and provide funds for coursework and to attend and present at conferences. These academic bridges are important in bringing in a wider group of people into the community.

There is a shortage of qualified quantum-educated workforce, and its not just physicists but engineers and even people involved in running these businesses, added Lukin. Were in a unique position to contribute, he explained. Essentially, all major quantum research centers in the U.S. and abroad have several faculty members and group leaders who have been educated at Harvard.

These efforts build upon rising momentum. Harvard announced last year a new PhD program in Quantum Science and Engineering and is finalizing plans to comprehensively renovate an existing campus building into a new physical home for HQI, as well as a quantum hub, a project made possible by gifts from Stacey L. and David E. Goel 93 and several other alumni.

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The most powerful laser in the U.S. will have a three-quadrillion-watt maximum output – Interesting Engineering

During the first run, the ZEUS team will start the laser up at a power of 30 terawatts (30 trillion watts), which is roughly three percent of the output of the most powerful lasers in the U.S., and only one percent of ZEUS's eventual maximum power. When at full power, it will have an impressive maximum power of three petawatts, or three quadrillion watts.

The first target area for the laser is called the high-repetition target area, which is used for more frequent but lower-power laser pulses. This will be used to help explore a new type of X-ray imaging. Michigan alum Franklin Dollar, an associate professor of physics and astronomy at the University of California Irvine, is leading that investigation.

Dollar and his team will use ZEUS to send infrared laser pulses into a gas target of helium in order to turn it into plasma. The plasma then accelerates electrons to high energies, producing extremely compact X-ray pulses. These could potentially be used in medicine to greatly reduce the amount of radiation applied to a patient while taking X-ray images of soft tissue and tumors.

"We could see every little organ as well as the tiny micro hairs on its leg," Dollar explained. "It's very exciting to think of how we could use these laser-like X-rays to do low-dose imaging, taking advantage of the fact that they're laser-like rather than having to rely on the absorption imaging of the past."

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Is the Multiverse Science or Religion? – Discovery Institute

Image source: Wikimedia Commons.

Some science controversies arise in disputes over findings. The currentflap overtheJames Webb Space Telescopedata, for one. Others sound like clashes over philosophy claims about the multiverse (countless universesout there) are a good example.

Theoretical physicistSabine Hossenfeldertakes on the multiverse in in her new book,Existential Physics:A Scientists Guide to Lifes Biggest Questions(2022). She also addresses the topic concisely and wittily in a short video and a blog post at Back(Re)Action. She looks at three popular multiverse models: Many Worlds, Eternal Inflation, and String Theory Landscape.

Heres her take onEternal Inflation:

We dont know how our universe began and maybe we will never know. We just talked about this the other week. But according to a presently popular idea called inflation, our universe was created from a quantum fluctuation of a field called the inflaton. This field supposedly fills an infinitely large space and our universe was created from only a tiny patch of that, the patch where the fluctuation happened.

But the field keeps on fluctuating, so there are infinitely many other universes fluctuating into existence. This universe-creation goes on forever, which is why its called eternal inflation. Eternal inflation, by the way lasts forever into the future, but still requires a beginning in the past, so it doesnt do away with the Big Bang issue.

In Eternal Inflation, the other universes may contain the same matter as ours, but in slightly different arrangements, so there may be copies of you in them. In some versions you became a professional ballet dancer. In some you won a Nobel Prize. In yet another one another you are a professional ballet dancer who won a Nobel Prize and dated Elon Musk. And theyre all as real as this one.

Where did this inflaton field go that allegedly created our universe? Well, physicists say it has fallen apart into the particles that we observe now, so its gone and thats why we cant measure it. Yeah, that is a little sketchy.

Dont miss her take on Many Worlds and the String Theory Landscape, especially if you wish to experience elephants in the room which you coincidentally cant see oh, and getting married to Elon Musk (but maybe only inthatuniverse). On a serious note, she later addresses specific claims from physicists who defend the idea.

The concept of a multiverse arises from an alternative interpretation of the movement of elementary particles in quantum mechanics alternative, that is, to the more widely acceptedCopenhagen interpretation.In the Copenhagen interpretation, if the particle goes left rather than right, the universe just updates. In the alternativeMany Worlds interpretation,a new universe is created in which the particle goes right. There are other versions but thats the best known.

Read the rest at Mind Matters News, published by Discovery Institutes Bradley Center for Natural and Artificial Intelligence.

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Is the Multiverse Science or Religion? - Discovery Institute

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Einstein’s theory of general relativity just passed its most rigorous test yet – Yahoo News

collage shows einstein, galileo, the microscope satellite and experiment, and the leaning tower of pisa

Scientists have demonstrated that Einstein's theory of general relativity is correct to a remarkable degree of accuracy, despite having been around for more than a century.

The team behind the research wanted to test a component of Einstein's theory of general relativity called the weak equivalence principle, which states that all objects, regardless of their mass or composition, should free-fall the same way in a particular gravitational field when interference from factors like air pressure is eliminated. To do so, the scientists measured the acceleration of free-falling objects in a French satellite called MICROSCOPE, which launched in 2016.

One of the most famous tests of the weak equivalence principe occurred during an Apollo 15 moonwalk, when astronaut David Scott dropped a feather and a geological hammer at the same time; without air resistance, both objects accelerated toward the moon's surface at the same rate. In similar style, MICROSCOPE carries free-falling test masses made of platinum and titanium alloys. Electrostatic forces keep the test masses in the same relative positions to each other, so any difference generated in this applied electrostatic force would have to be the result of deviations in the objects' accelerations.

Related: Why physicists are determined to prove Galileo and Einstein wrong

collage shows einstein, galileo, the microscope satellite and experiment, and the leaning tower of pisa

The team's results, which are the culmination of 20 years of research, revealed that acceleration in pairs of objects in free fall differed by no more than 1 part in 10^15, or 0.000000000000001, meaning they found no violations in the weak equivalence principle larger than that.

As well as placing constraints on deviations in the weak equivalence principle, the findings also disfavor any deviations in Einstein's 1915 theory of gravity, general relativity, as a whole. Scientists continue to look for such deviations because general relativity, the best description we have of gravity, doesn't jive with quantum physics, the best model we have of reality at incomprehensibly small scales.

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No sign of deviation, then, means still no hint of extensions to general relativity waiting to be found that could bridge the gap to quantum physics.

"We have new and much better constraints for any future theory because these theories must not violate the equivalence principle at this level," Gilles Mtris, a MICROSCOPE team member and a scientist at the Cte d'Azur Observatory in France, said in a statement from the American Physical Society, which published the research.

boxy gold satellite with earth in background

MICROSCOPE launched in April 2016 and mission personnel released its preliminary results 2017. Data analysis has continued ever sense, even after the experiment ended in 2018.

The fact the new research found no violation of the weak equivalence principle puts the highest constraints yet on this element of general relativity, and the results also lay the groundwork for even more sensitive tests in the future.

That's because the scientists included suggestions for how the experimental setup they used could be improved. Potential upgrades include reducing imperfections in the coating of satellites that can impact acceleration measurements as well as replacing wired systems with ones that use wireless connections, they wrote.

Related stories:

10 mind-boggling things you should know about quantum physics Albert Einstein: His life, theories and impact on science Was Einstein wrong? The case against space-time theory

A satellite implementing these improvements could potentially pick up violations of the weak equivalence principle as tiny as 1 part in 10^17, 100 times more sensitive than MICROSCOPE. But the team predicts these improvements won't be feasible for some time yet, meaning that for now, the MICROSCOPE experiment will remain the best test of the weak equivalence principle.

"For at least one decade or maybe two, we won't see any improvement with a space satellite experiment," Manuel Rodrigues, a MICROSCOPE team member and a scientist at ONERA, a French research institute specializing in aerospace, said in the same statement.

The team's research was published Wednesday (Sept. 14) in the journal Physical Review Letters and a special issue of Classical and Quantum Gravity.

Follow us on Twitter @Spacedotcom and on Facebook.

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Max Planck and The Mind Who is the Matrix of all Matter – aish.com – Aish.com

A man of science and faith who discovered a world.

When Max Planck entered the University of Munich in 1875 for his doctoral studies in physics, he was warned by Professor Philipp von Jolly that his chosen subject was more or less finished and that nothing new could be expected to be discovered1. Physics was almost complete, and only a few odds and ends remained to be tidied up. Planck, an extremely modest man with no interest in fame or worldly ambition, told Jolly that he "had no wish to make discoveries, but only to understand and perhaps to deepen the foundations already set."2 Planck would indeed come to deepen our understanding of physics, but in so doing, he would also begin a revolution in science that would shake the very bedrock of the foundations upon which physics is built.

When Planck began his work, one of the few puzzles in physics that remained to be solved was the "blackbody problem." When an objectsuch as an iron horseshoe, a ceramic vase, or a piece of charcoalis heated, it begins to emit light or electromagnetic radiation. The blackbody problem relates to the spectrum of energy that is emitted when an idealized physical body that perfectly absorbs all the light that strikes ita blackbodyis heated.

According to the standard classical physics when Planck started his research, the heated light-producing electrons in a blackbody should produce unlimited energy as they vibrate at increasingly high frequencies. Experiments showed, however, that at the ultraviolet higher frequencies, the blackbody spectrum drops down to an energy level of zero.

The blackbody problem relates to the spectrum of energy that is emitted when an idealized physical body that perfectly absorbs all the light that strikes ita blackbodyis heated.

After working on this problem for several years, in 1900, Planck realized that he could not solve the blackbody mystery in the terms which heand everyone else at the timehad originally conceived it. Cautiously, Planck suggested a radical solutionthat the amount of energy that a light wave exchanges with matter isn't linear or continuous, as postulated by classical physics, but rather is exchanged in discontinuous or discrete clumps.

Planck called these discrete clumps of energy quanta and proposed that the energy (E) of the light emitted from the heated blackbody comes only in integer multiples of h, a universal constant of calibration that is now known as Planck's constant. Planck said that an electron vibrating with a frequency f could only have an energy (E) of 1 hf, 2 hf, 3 hf, 4 hf, and so on. And with Planck's equation E=hf, quantum physics was born. In 1905, Albert Einstein then extended Plank's work and postulated that Planck's quanta of light were real physical particleswhat we now call photons.

Planck believed that the laws of nature and constants of nature, such as Planck's constant h, ultimately found their source in the Transcendent Consciousness of the Creator. Such laws and constants of nature thus had "a superhuman significance" for Planck because they not only "cut into the bedrock of physical reality" but also ascended to a Mind beyond material reality.3

To understand the constants of nature was to disclose the beautiful thoughts of the Mind of God. According to Planck, the power of God's thoughts was expressed in the forces and energies that breathe vitality and form into material existence. As Planck explains:

"As a man who has devoted his whole life to the most clear-headed science, to the study of matter, I can tell you as a result of my research about atoms this much: There is no matter as such. All matter originates and exists only by virtue of a force which brings the particle of an atom to vibration and holds this most minute solar system of the atom together. We must assume behind this force is the existence of a conscious and intelligent Mind. This Mind is the matrix of all matter."4

For Planck, the laws and constants of nature were also a testament to the faithfulness of God in a world that was falling apart. In the darkest days of Nazi Germany, Planck insisted that no amount of clever political propaganda could ever ultimately vanquish the reality of physical constants and physical theories that are transcendently true. Nature's laws and constants unified humanity into one brotherhood under the Creator of those laws.

Nature's laws and constants unified humanity into one brotherhood under the Creator of those laws.

Even though the Gestapo closely watched his every move, Planck declared that the constants and "natural laws are the same for men of all races and nations."5 Consequently, Planck refused to denounce Einstein's Theory of Relativity as "Jewish science." Instead, when filmed by the Nazis in 1942 as an icon of "German science," Planck praised Einstein's Relativity Theory on camera as "the completion and crown of the whole edifice of theoretical physics."6

As late as 1943, the Nazi censors had not noticed that Planck had officially rehabilitated Einstein's work right under their noses. And Planck refused to flinch even when faced with a room full of Nazi officers. In 1943 when Planck was invited to give a lecture at the Nazi Foreign Officers Club, he praised the "Jewish science" of Einstein that the Nazis attempted to silence. As eyewitness Swedish journalist Gunnar Pihl describes the scene:

"Planck talked about his views of existence. Quietly, humbly, wisely...He mentioned the Jew Einstein as a leader and way-shower in the world of thought. He looked beyond raw prejudices and fanatics, entirely regardless of where he was. With his gentle voice...he called forth a vision of the Divineness of life and its government by law...The little man in black had been too great to be affected by any Nazi efforts at change...It was like being present at a ceremony or a sermon. A violent contrast with the spirit of the place."7

Planck was a model of quiet yet bold resistance to his son Erwin, who followed his father's example by actively resisting the Nazi regime from its very start in 1933. Erwin Planck would eventually pay the ultimate price for his resistance and was condemned to death in late 1944 for his involvement in an attempt to assassinate Hitler on July 20, 1944. With a broken heart, Planck still counseled "a courageous perseverance in the struggle of life and a quiet submission to the will of the Higher Power." To the end of his life, Plank would cling firmly to the only possession that no worldly power could steal"a clear conscience."8

As a brilliant scientist, Planck was also deeply devout. According to Planck, science was the systematic study of God's creation, and religious faith was the endpoint of all true science. As Plank explains:

Our drive toward unity obliges us to identify the world order of science with the God of religion. There is, however, this difference: for the religious man, God stands at the beginning; for the scientist, at the end, of all thinking. We must believe to act ethically, and we must act; society could not survive if its members went about without proven moral precepts or waited until acquiring wisdom to decide how to behave. Therefore each individual must strive to develop both sides of his nature, the religious and the scientific, which complete and complement one another: It is the steady, ongoing, never-slackening fight against skepticism and dogmatism, against unbelief and superstition, which religion and science wage together! The directing watchword in this struggle runs from the remotest past to the distant future: On to God!"9

Main image source: http://www.universetoday.com

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Building Your Own Cloud Storage Isn’t As Crazy As You’d Think – SlashGear

Simplicity is often the most important aspect of a file access system for the typical user. Fortunately, building your own cloud-sharing infrastructure can be done with the help of free services that make transfer easy. Popular Science recommends platforms like Resilio Sync or Syncthing, noting that these services offer a file transfer tether between your known devices. With a sync service, you won't need to build a file storage system at home. More importantly, you won't have to run it around the clock to provide access to important resources.

Sync services cut out the need for a central server by essentially reimagining each of your connected devices as nodes within a larger network. For this to function correctly though, you'll need a device that you want to access to be powered on. Simplicity is crucial, and for users trying to balance movie and video files, music, and important documents (like your lease, school work, etc.), keeping certain sets of files on a tablet with great battery life and others on your phone can provide consistent access to a library of content without having to manage the storage requirements of the entire volume on a single, heavily-used device.

With this type of setup, you could connect a small personal computer that's been fitted with increased hard drive capacity to function as a home server. Options are vast with this simplified approach.

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Building Your Own Cloud Storage Isn't As Crazy As You'd Think - SlashGear

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