quantum computing

A new 98-qubit quantum computer achieves high accuracy, setting a new benchmark. The advancement raises questions about an imminent breakthrough in quantum computing.

France has launched the Defence Quantum Campus to advance military adoption of quantum technologies, with a focus on quantum sensors, computing, and communications.

The White House released executive orders on quantum computing emphasizing coordination over major investments or policy changes. President Donald Trump highlighted goals like strengthening the domestic supply chain and delivering a quantum computer to the Department of Energy by 2028, but quantum companies and researchers note the orders lack substantial new funding or operational shifts. The orders are seen as adding credibility to quantum technology, though it remains unproven at scale.

President Trump's quantum computing initiatives received industry support, but experts caution that Bitcoin may not be prepared for quantum threats, highlighting accelerated efforts in post-quantum security.

US President Donald Trump signed executive orders to accelerate quantum computing development, aiming for a research-capable machine by 2028. The technology's commercialization is advancing, with firms going public and applications in drug discovery, materials science, and cyber warfare. Google warned of the need for post-quantum cryptography by 2029, while the administration has invested in quantum firms and Intel.

US President Donald Trump signed two executive orders to boost quantum research and strengthen security infrastructure for a post-quantum world.

President Trump signed two executive orders to advance U.S. quantum computing capabilities and accelerate adoption of post-quantum cryptography by 2031. The measures aim to address risks posed by quantum computers to cryptographic systems, including Bitcoin's security, which could face vulnerabilities if private keys are reverse-engineered.

President Trump signed two executive orders to advance quantum computing research and enhance security measures for a post-quantum world. The orders aim to accelerate development of quantum technologies, which leverage quantum physics to solve complex problems faster than traditional computers.

President Donald Trump signed two executive orders to expand U.S. quantum computing capabilities and accelerate the transition to quantum-resistant encryption. The article notes Bitcoin is referenced as facing a coming risk.

Algorand aims to prepare for quantum computing threats to the blockchain ecosystem by the end of 2027. The article notes that quantum computing poses risks to blockchain networks, including Bitcoin and Ethereum.

The article discusses quantum computing's potential to solve complex problems in healthcare and finance at the VivaTech 2026 festival. It highlights IBM's Quantum System Two and Jerry Chow's insights on the technology's real-life benefits and challenges.

Vanderbilt University received a $25 million anonymous donation to construct a state-of-the-art multipurpose science facility. The 210,000-square-foot building will house interdisciplinary research for the College of Arts and Science, School of Engineering, and School of Medicine Basic Sciences, with a projected 2028 opening.

China has achieved mass production of high-purity silicon-28 isotope, a critical material for silicon-based quantum computers, through the China National Nuclear Corporation. The breakthrough aims to reduce reliance on foreign technology in strategic areas.

Top cryptographers disagree on the most significant quantum computing-related issue affecting Bitcoin. The article highlights a lack of consensus among experts in the field regarding Bitcoin's vulnerability to quantum threats.

The U.S. government is investing $2 billion in quantum computing, but the defense sector is struggling to match this pace. The initiative highlights a focus on advancing quantum technology while raising concerns about defense capabilities.

The Stellar Development Foundation has introduced a three-step roadmap to secure the XLM network against quantum computing threats. The initiative addresses potential risks posed by quantum advancements to Bitcoin and other cryptocurrencies.

Bitcoin's decline is attributed to multiple factors including AI, tech IPOs, quantum computing, and the sale of Strategy by NYDIG. The article highlights that no single cause is responsible for the slide.

Online prediction markets are being used to make bets on scientific topics like climate change and quantum computing. However, researchers remain skeptical about the accuracy of these markets in forecasting scientific outcomes.

Energy Department undersecretary Darío Gil is leading efforts to strengthen U.S. science and technology competitiveness through initiatives like the Genesis Mission, which includes a $1 billion international partnership with Japan. He emphasizes proactive government involvement in emerging technologies such as AI, fusion energy, and quantum computing, while advocating for increased congressional funding and bipartisan legislation to sustain these efforts.

Quantinuum Inc., a quantum computing company backed by Honeywell International Inc., raised $1.68 billion in an upsized US initial public offering. The IPO led to a 13% jump in the company’s shares, reflecting growing investor enthusiasm for quantum computing technology.

Quantinuum is preparing for an IPO with an expected opening stock price of $71, potentially valuing the company at over $18 billion as Wall Street shows interest in the quantum computing sector.

Quantinuum, a quantum computing startup, is experiencing significant financial losses but continues to attract investor interest despite the challenges in the public market.

Quantinuum raised $1.68 billion through a traditional IPO to bolster credibility for quantum computing. The company's approach contrasts with other quantum firms that have used SPACs.

Microsoft, Atom Computing, and EeroQ have shared updates on their quantum computing advancements. Microsoft is developing topological qubits using a superconducting wire on a semiconductor, leveraging quantum mechanics to delocalize unpaired electrons. The article emphasizes incremental progress in the field rather than major breakthroughs.

Let's Encrypt is transitioning to post-quantum certificates to enhance security against potential quantum computing threats. The article highlights the organization's efforts to future-proof encryption standards.

A Chinese start-up, Youshu Quantum Technology, has launched UnitaryLab 2.0, a quantum computing platform designed to enable users to operate quantum systems via natural language, making the technology more accessible to everyday users.

Microsoft is increasing its commitment to quantum computing despite controversial claims surrounding the technology. The article highlights the company's accelerated plans in this field, though the specific nature of the controversy is not detailed.

Microsoft has announced Majorana 2, the next-generation topological quantum chip, with qubits 1,000 times more reliable than previous versions. The advancement uses a new material stack and is described as a milestone for making quantum computing more reliable.

Microsoft announced a new quantum computing breakthrough with its Majorana 2 chip, but the claim is criticized for lacking substantial evidence. The article highlights a pattern of bold assertions by Microsoft followed by insufficient proof.

Scientists have developed a chip that generates, steers, and reads light-based information using atomically thin materials and nanoscale structures. The device leverages the 'valley' degree of freedom in light to enable new methods of encoding information, advancing potential for ultra-fast, energy-efficient computing in AI and quantum computing.

China has drafted a comprehensive sanctions list targeting the US and its allies across 63 technology sectors. The US has expanded export controls on advanced technologies to China, including semiconductors, AI, and quantum computing, aiming to slow China's rise in high-end manufacturing and frontier science.

The article discusses the use of online prediction markets like Polymarket to forecast scientific developments, such as climate change and quantum computing, while researchers question their accuracy compared to subject-experts.

A new room-temperature quantum device developed at Stanford uses twisted light to entangle photons and electrons, overcoming a major hurdle in quantum technology. The breakthrough could enable smaller, cheaper quantum systems with applications in secure communications, AI, and computing.

Quantinuum, a quantum computing company, is preparing for an IPO with a potential valuation of nearly $13 billion, aiming to raise up to $1 billion. The company has set terms for its initial public offering, signaling significant investor interest in quantum technology.

The US and China are intensifying their quantum computing competition as Washington allocates $2 billion for nine US firms, prompting a 20% surge in shares of key Chinese quantum companies like Quantum CTEK. Investors anticipate Beijing's response to maintain global quantum supremacy.

The US government announced $2 billion in investments in quantum computing startups, including $100 million equity deals, but a Congress member argues the funding violates laws meant to support semiconductor research. A key recipient, Anderon, will receive $1 billion from IBM and the government to build a quantum processing unit foundry, raising legal concerns.

IBM is spinning off its first pure-play quantum chip foundry, leveraging 300mm superconducting silicon technology. The move is part of a $2 billion investment under the Chips Act, positioning IBM as a key player in quantum computing advancements.

AI advancements are accelerating the development of quantum computing, which poses a growing threat to cryptographic systems. Security experts warn that this could undermine current encryption methods used in cryptocurrency and other security protocols.

IBM believes quantum computing will move from theoretical science into practical application, positioning itself as a major beneficiary of this technological shift. The company sees no fundamental obstacles preventing the advancement and commercialization of quantum computing technology.

Stanford cryptographer Dan Boneh expresses confidence that Bitcoin will successfully address quantum computing threats. Boneh dismisses concerns about quantum problems affecting Bitcoin's viability, asserting the cryptocurrency will both survive and solve the challenge.