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This article from TWICE: This Week in Consumer Electronics explores the impact of quantum computing on the electronics industry. Quantum computing uses qubits instead of bits to process data and solve problems exponentially faster. While quantum computing is not directly integrated into devices like smartphones, it has the potential to improve artificial intelligence, extend battery life, and enhance the capabilities of our everyday gadgets. However, there are also challenges in terms of cybersecurity, as quantum computers can decipher common security encryptions quickly. Despite these challenges, quantum computing is expected to revolutionize the electronics industry and offer exciting advancements in technology. [Extracted from the article]

The article offers information on RF interconnect requirements for high performance quantum computing technologies. It mentions the advancement in the quantum computing technology. It discusses the complexities of quantum computing require robust RF interconnects and cable assemblies to reliably transport qubit information to and from the quantum processor.

Grim Trigger: A Cray & Fraser Novel by Alexander Plansky is a fast-paced cyberthriller that follows hacker Isabella Cray and FBI agent Will Fraser as they navigate America's escalating political tensions. The story unfolds against the backdrop of mass unrest caused by Amazon rival Halcyon's expansion efforts in rural Oregon. When FBI whistleblower Jessica Alcarez is murdered while investigating Halcyon's development of a powerful quantum computer, her missing lover Simone Tessier becomes a person of interest. Cray and Fraser are brought in to track down Simone and uncover the intel Jessica had discovered, leading them to uncover a plot by political extremists. Plansky's novel is characterized by its well-developed characters and engaging plot twists. [Extracted from the article]

The article offers information on use of quantum computing in the power sector. Topics include information on how digitalization has the industrial internet of things (IIOT) and artificial intelligence; how technology helps in greater transparency into operations and helping to ramp up efficiency, reliability, and profitability; and how power operations are quickly growing more complex.

GLO:5Z3/01Dec20:13n1.jpg PHOTO (COLOR): . gl Quantum computing has earned its place on the Gartner hype cycle. Extremely pure and clean RF sources like the R&S SGS100A are needed in quantum-computing applications. gl A REAL TECHNOLOGY ROADMAP For all its power, quantum computing isn't here to kill off classical computing or turn the entire world upside down. [Extracted from the article]

The article focuses on a couple of key application areas for quantum technology in the aerospace and defense industry. Topics include the measurement tools that are used in the development and analysis of performance for quantum-based systems, the quantum systems but refers to some of the key characteristics of quantum bits as they are manipulated and measured, and the aerospace and defense arena aligns well with the adoption of quantum technologies in computing.

And microelectronics, quantum information technologies, and AI US President Joe Biden has ratcheted up the technology trade war with China, issuing an executive order that will restrict investment in several sectors, including semiconductiors and AI. The US-China tech trade war continues President Biden's administration started to impose restrictions of exports of chips and chip-making technology to China last year, with the stated purpose of stopping China from having access to advanced technology for military modernization and human rights abuses. [Extracted from the article]

The article discusses on the potential of quantum computing technologies, particularly quantum annealing and quantum-hybrid, to help utilities tackle complex optimization challenges caused by extreme weather events and the integration of renewable energy sources. Quantum computing can provide solutions to problems outside the reach of traditional computation methods, enabling utilities to enhance grid stability, resilience and reliability, leading to a flexible power distribution system.

The article evaluates the High-Density Microwave Interconnects offered by CryoCoax, an Intelliconnect Brand.

The article discusses possible advances in quantum computers and physical computers, looking at machines which could be able to solve problems which are considered unsolvable by the Church-Turing thesis. The author argues that a supertasking physical computer would be able to solve problems which are too complex to be computed by a Turing machine, a computational device created by the logician Alan Turing, and looks at relativistic physics which could allow such a computer to function.

The article discusses several developments in quantum computing hardware and software which occurred in 2017. It highlights the involvement of chemistry problems in the first killer application (app) of quantum computers. It describes elements that may form the basis of future computers that will solve problems using quantum mechanics. The features of quantum computers from International Business Machines (IBM) are also discussed.

The article reports IBM, Technology corporation launched the Osprey computer in the annual IBM Quantum Summit in New York. It discusses about the quantum computing technologies, how surpassing the former largest system of IBM's 127-qubit computer Eagle, and new IBM-developed hardware which includes new wiring that helps control temperature.

The article informs that the U.S. Defense Advanced Research Projects Agency (DARPA) funded the second phase of a quantum computing project. It further discusses that aims to expand the utility of emerging technology; DARPA project, Optimization with Noisy Intermediate-Scale Quantum devices; and demonstrate the quantitative advantage of quantum information processing by leapfrogging the performance of classical-only systems in solving optimization challenges.

The article offers step-by-step instructions for programming a quantum computer to illustrate how they solve problems.

The article offers information on the basics of quantum computing which has the potential to change the face of computing. Topics include the different approach to problem solving used by quantum computers, the probabilistic approach used by quantum computers when solving problems, and several entities that are key to the D-Wave programming model.

The article discusses partnership between Australia and United Kingdom for better cyber security. Topics include the initiatives of partnership will be to increase deterrence by raising the cost for hostile state activity in cyberspace; it will also help to develop action plan on global standard; and advance the women in cyber agenda including women and international security in cyber fellowship.

The article presents the ability to encrypt information is an essential part of military command and control, just as breaking military codes has been a decisive factor in modern warfare. Topics include the U.S. should take steps now to prepare for a day when adversaries could have quantum computing-enabled decryption capabilities, and the World War I to the cracking of Japanese codes that led to victory at the Battle of Midway.

The article discusses research in quantum technology and argues that in order for the U.S. to be a technological leader it is important to overcome the fear of failure. The author argues that technology should be based on the laws of quantum physics in addition to Newtonian physics and that quantum research could lead to developments in teleportation, faster than light travel, and quantum computers.

Provides information on quantum mechanical computers. Details on the theory of quantum mechanics; Differences between a bit and a qubit; Discussion on the quantum search algorithm.

Deals with the aspects of quantum computing. Principles of bit and qubit information; Information on simultaneous computational states; Explanation of the probability and interference characteristics of quantum computing. INSET: The Magic of Quantum Computers..

Provides information on computers made of quantum particles with built-in parallelism for quantum calculations on particles' coexisting states. Algorithm outlining how a quantum computer could factor a huge number exponentially faster than a classical computer; Basic unit of computation.

Some technology watchers are predicting that quantum computing will be a major driver of innovations and advances in a wide range of disciplines over the coming decades. "QSCOUT serves a need in the quantum community by giving users the controls to study the machine itself, which aren't yet available in commercial quantum computing systems", says Sandia physicist and QSCOUT lead Susan Clark. [Extracted from the article]

The article discusses the potential impact of technological innovations and advances on the aerospace industries, focusing on the role of high-performance supercomputers. Topics include efforts to simulate flight conditions, engine operation, and other systems, U.S. Defense Dept. research into supercomputing and access, and the development of quantum computers.

The article offers information on the increased investments in quantum technology by the U.S. Government. It mentions that security implications of quantum technologies, as well as the expected advantage in computing and sensing has been getting center attraction across the globe. It discusses the role of quantum technology in data encryption including the optimization of computational algorithms for modeling systems, big data and the artificial intelligence.

The Oxigraf state-of-the-art Oxygen Deficiency Monitor, the Model O2iM, is a responsive, accurate, and reliable safety monitor for oxygen displacement monitoring in quantum computer laboratory, MRI, NMR, and liquid nitrogen and helium storage facilities. Our reliable solid-state sensor does not require routine maintenance or factory calibration, and the O2iM is equipped with an automatic, programmable autocalibration system. The system easily interfaces with alarm system and building management systems. [ABSTRACT FROM AUTHOR]

The article discusses the effectiveness of quantum computing in resolving encrypted algorithms. It explores two kinds of encryption algorithms that are used in enterprise-level communications such as the symmetric and asymmetric, which have different private key for decryption. However , several information technology experts remind companies to be vigilant on the capability of quantum technologies in reducing the number of steps needed to perform certain decryption.

The article discusses several studies related to engineering. It cites the discovery of Princeton University in New Jersey electrical engineering students on a method that will reveal images of hidden objects using rays of light, which has potential to aid pilots and doctors in seeing through fogs and examining human body, respectively. According to the researchers of Jülich Supercomputing Center in Germany, quantum computers can be simulated with the use of Jugene supercomputers and software. Goethe University and Karlsruhe Institute of Technology scientists in Germany have revealed that processing greater amount of data does not imply the need of using tons of energy.

This article focuses on menaces in nanotechnology, perceived or real. According to the author, the word nanotech is everywhere these days, but finding actual nanotech news involves sorting out through a lot of announcements of developments and products that are nano in name only. The author supposes the movie Fantastic Voyage cannot be called a scary flick, but, according to him, he always found the idea of tiny people boating up his veins kind of creepy. He says he finds it equally creepy the nanotech scenario of tiny cell-repairing robots doing the same, a scenario that according to him many advocates of nanotech have taken very seriously. He reports that researchers at Rice University, Texas are injecting living objects with medical nanostuff, but he says these nanothings are not smart robotic plumbers or robotic surgeons that unclog arteries or repair cells. According to him, they are just subcell-size inert spheres of silican and gold. Regarding quantum computing, the author believes that it is not just a new computing technology, but a fundamentally different model of computing. The reason that some find quantum computing scary is one particular application of it: quantum cryptography.

This article explores quantum computing and the logic of a claim that programming in Prolog is not logic programming. Topological quantum computing is a nonstandard approach to quantum computing that depends on topological degrees of freedom rather than the quantum states used in those standard models. The quantum Zero effect could be helpful in the development of practical quantum computers. It is not a logical paradox but an experiment observation. Prolog was invented in 1971 by Alain Colmerauer, first implemented by him in 1972, and given the name Prolog in 1972 by Philippe Roussel as an abbreviation for Programmation en Logique, which translates to programming in logic. The goal in developing Prolog was not to create a programming language but to develop tools for processing natural language.

Provides information on quantum computing and the functions of the computer software REALbasic. Application of the computer program language, Visual Basic; Discussion on the computer programming paradigm; Details of the integration of quantum mechanics in quantum computers.

Presents information on the computer software AppleScript Studio by Apple and the Shor's Algorithm published by Peter Shor of AT&T. Disadvantages of using AppleScript Studio; Application of Shor's Algorithm in quantum computing or nano computing.

Offers a look at some future scenarios in the computing industry. Advantages of quantum computers; Information on chemical reactions discovered by IBM; Developments in biocomputing.

The article discusses that scientists led by Argonne National Laboratory explored the concept of reversing time, managing to return a computer briefly to the past. They developed an algorithm for IBM’s public quantum computer that simulates a particle’s scattering of a particle that explored new possibilities for quantum computer program testing and error correction and opened new possibilities for quantum computer programming.

The article reports on the discovery of quantum computers by chemists and computer scientists in the field of chemistry like catalysis, materials science and drug discovery.

The article reports that Abhinav Kandala and colleagues used six qubits on a quantum computer processor to determine ground-state energies of beryllium hydride and lithium hydride.

The article evaluates a quantum computer built by researchers at Massachusetts Institute of Technology in Cambridge, Massachusetts and the University of Innsbruck at Austria.

The article reports that a quantum version of computer code can be manipulated using silicon microchip quantum bits based on the study of a research team from the University of New South Wales in 2015.

The article offers research news briefs as of July 2015. Topics discussed include testing mesoporous carbon and silica for their ability to trap and concentrate small molecules by researcher Qian Liu and others, for easing detection of toxic compounds such as flame retardants or pesticides; development of a method to make batches of identical organometallic cages for forming the foundation of a quantum computer; and calculation of emissions from Canadian oil sands.

The article focuses on a potential component for quantum computers using electronic vibrations on a microfabricated aluminum cable that transfers information between two artificial atoms demonstrated by physicists at the U.S. National Institute of Standards and Technology (NIST). The component looks like a miniaturized cable-television transmission line.