News/Quantum
Boston emerges – or rather continues – as top tech hub with NVIDIA quantum center launch
Boston has emerged as a leading tech hub in the U.S. office market, with a new Colliers report highlighting the city's resilience amid national real estate challenges. The report positions Boston among the top markets shaping the future of tech office activity, bolstered by NVIDIA's March 2025 announcement to launch its Accelerated Quantum Research Center in the city. What you should know: Boston's competitive advantage stems from three key strengths that distinguish it from other tech markets. The city maintains a deep venture capital network, world-renowned universities, and a highly educated tech workforce — a combination that attracts and retains...
read Sep 10, 2025Scientists map quantum landscapes that could unlock room-temperature superconductors
Researchers are now mapping the hidden quantum landscape inside materials, a breakthrough that could lead to revolutionary discoveries comparable to the transistor's development in the late 1920s. This quantum topography may determine material properties and could unlock room-temperature superconductors or entirely new classes of materials with transformative applications. The big picture: Despite our increasingly digital world, materials science remains fundamental to modern life, from steel in construction to lithium in batteries, and this new quantum understanding could dramatically expand what's possible. Why this matters: The last major breakthrough in materials science—understanding electron energy bands in the 1920s—led directly to the...
read Aug 27, 2025IBM and AMD team up to build quantum-centric supercomputers
IBM and AMD have announced a collaboration to develop "quantum-centric supercomputing" architectures that integrate quantum systems with high-performance computing and AI accelerators. The partnership aims to create hybrid computing models that could tackle scientific and industrial problems at unprecedented speeds and scales, with quantum hardware simulating atoms and molecules while traditional supercomputers analyze large-scale data. What you should know: The collaboration focuses on blending IBM's quantum expertise with AMD's high-performance computing and AI technologies to push beyond traditional computing limitations. The companies plan to integrate AMD's CPUs, GPUs, and FPGAs (specialized processing chips) with IBM quantum computers to explore new...
read May 28, 2025A new path to drug discovery through quantum-enhanced molecular machine learning
Quantum-enhanced molecular machine learning offers a breakthrough approach to predicting complex molecular properties without expensive calculations. This new method, developed by researchers at Carnegie Mellon University, infuses quantum-chemical information into molecular graphs through stereoelectronic effects, significantly improving prediction accuracy. By creating a more information-rich molecular representation, the researchers have opened new possibilities for analyzing previously intractable systems like entire proteins, potentially revolutionizing drug discovery and materials science. The big picture: Scientists have developed a new machine learning approach that incorporates quantum chemistry concepts to dramatically improve molecular property predictions without requiring costly quantum calculations. The innovation enhances traditional molecular graph...
read May 21, 2025AI and quantum tech could pave way for universal basic income
The convergence of quantum computing and artificial intelligence may transform universal basic income (UBI) from a divisive theoretical concept into a feasible global solution. As these powerful technologies develop in tandem, they offer unprecedented computational capabilities that could address the longstanding financial, logistical, and distributional challenges that have historically made UBI implementation seem impractical at scale, potentially reshaping economic systems and redefining work in an increasingly automated world. The big picture: Universal basic income faces implementation challenges that quantum AI technologies could potentially solve through superior computational power and analytical capabilities. Quantum computing's ability to process complex calculations simultaneously combined...
read Apr 15, 2025EU launches three digital skills academies – Quantum, AI, and Virtual – to address tech talent shortages
The European Commission is launching three new digital skills academies focused on Quantum Technologies, Artificial Intelligence, and Virtual Worlds to address critical talent shortages in strategic tech sectors. This initiative builds on the Cybersecurity Skills Academy and aligns with the EU's broader strategies outlined in the Competitiveness Compass, Union of Skills, and AI Continent Action Plan. These academies represent a concrete step in the EU's efforts to achieve technological sovereignty and maintain competitive advantage in critical emerging technologies. The big picture: The European Commission is establishing specialized digital skills academies to build strategic technological capabilities and address talent shortages in...
read Apr 8, 2025Quantum computing’s promise remains distant as engineering challenges persist
Quantum computing stands as one of the most promising yet elusive technological frontiers of our time, with potential to revolutionize everything from artificial intelligence to pharmaceutical development. Despite significant buzz and investment, the gap between quantum computing's theoretical promise and practical implementation remains substantial, highlighting the immense engineering challenges that scientists and technologists must overcome before we see widespread commercial applications. The big picture: Quantum computing leverages quantum mechanical phenomena to perform calculations that would be practically impossible for traditional computers, potentially transforming multiple industries. These systems harness sub-atomic properties like entanglement and superposition to drastically accelerate certain types of...
read Apr 7, 20257 ways network security is transforming in 2025 as traditional perimeters fade
Network security is undergoing a fundamental shift in 2025, driven by increasingly distributed work environments, cloud adoption, and IoT proliferation. Traditional security perimeters are dissolving as organizations seek comprehensive protection across dispersed networks. Emerging technologies like SD-WAN and Secure Access Service Edge (SASE) are responding to these challenges, helping companies maintain security despite growing complexity. Understanding these shifts is critical for organizations to develop effective protection strategies in an interconnected digital landscape where threats continue to evolve in sophistication. 1. Holistic security becomes imperativeThe expanding attack surface and sophisticated cyber threats are making integrated security platforms essential. Organizations struggle to...
read Mar 26, 2025Extropic’s p-bit chips aim to slash AI energy use by 1000x using thermodynamic randomness
Extropic's probabilistic computing approach aims to disrupt the AI chip market through revolutionary energy efficiency as the industry grapples with rising power demands. The startup is developing silicon chips that harness naturally occurring thermodynamic fluctuations in electronic circuits to perform calculations with probabilities, potentially reducing energy consumption by three to four orders of magnitude compared to today's hardware. This innovation comes at a critical moment when AI companies are building datacenters near nuclear power stations and facing increasing scrutiny over their environmental impact. The big picture: Extropic is developing a fundamentally different computing architecture that leverages randomness rather than fighting...
read Mar 25, 2025Quantum Leap: Google leader predicts practical quantum applications within 5 years
Google's quantum computing leader believes the technology is on the verge of achieving practical applications that traditional computers cannot match. While quantum computing has remained largely theoretical despite decades of research, this timeline suggests a potential inflection point where quantum systems could finally deliver on their long-promised capabilities in solving previously intractable computational problems. The big picture: Google Quantum AI's hardware director Julian Kelly predicts quantum computers are "about five years out from a real breakout" application that can only be solved using quantum technology. Kelly specifically mentioned that quantum computers could tackle cutting-edge physics problems and potentially generate novel...
read Mar 18, 2025Nvidia’s GTC conference sparks quantum computing stock rally after months of skepticism
We're back, baby? Quantum computing and AI stocks are experiencing renewed market enthusiasm as Nvidia's annual GTC AI conference brings these technologies back into the spotlight. This surge comes after a period of investor skepticism, with quantum computing stocks having suffered a significant selloff earlier this year following Nvidia CEO Jensen Huang's January comments dismissing the technology's near-term practicality. The market's reaction demonstrates how influential Nvidia's positioning and announcements remain in shaping investor sentiment across the broader AI and quantum computing landscape. Why this matters: Nvidia's decision to dedicate an entire day to quantum computing at its flagship conference signals...
read Feb 11, 2025Quantum computing leverages AI to discover new cancer drug candidates
The discovery of new cancer-fighting drugs has long been hindered by certain proteins considered "undruggable," but researchers have now developed an innovative approach combining quantum computing with artificial intelligence. Scientists at the University of Toronto and Insilico Medicine have demonstrated a new method for creating anti-cancer molecules that target previously unreachable proteins, marking a significant advancement in drug discovery. The big picture: A groundbreaking study published in Nature Biotechnology showcases how a hybrid quantum-classical AI system can generate potential drug candidates targeting the KRAS gene, a major driver of multiple cancer types. The research team developed a hybrid quantum-classical generative...
read Feb 4, 2025German initiative aims to make EV batteries better by combining AI and quantum sensing
Germany's QuaLiProM project combines quantum sensing and AI to revolutionize how electric vehicle batteries are assessed for reuse and recycling, offering a faster and non-destructive evaluation method. Project overview: The initiative aims to develop a rapid, non-destructive technique for evaluating the remaining power and service life of used lithium-ion batteries from electric vehicles. The project, funded by the German Federal Ministry of Education and Research, runs until November 30, 2026 The research focuses on determining batteries' State-of-Health (SoH), a key indicator of battery aging Traditional assessment methods are time-consuming and unable to identify localized defects Technical innovation: The project employs...
read Jan 31, 2025How AI and quantum computing are accelerating cancer drug research
A research team from the University of Toronto and Insilico Medicine has successfully combined quantum computing and AI to identify potential new cancer drug molecules targeting the previously "undruggable" KRAS protein. Research breakthrough; Scientists have identified two promising molecules that could lead to new treatments for cancers driven by KRAS mutations, which are present in 25% of human cancers and 90% of pancreatic cancers. The KRAS protein has historically been considered "undruggable" due to its smooth surface lacking suitable binding pockets for conventional drugs Researchers developed a hybrid quantum-classical model trained on 1.1 million molecules, including 650 validated KRAS inhibitors...
read Jan 29, 2025SoftBank teams with Quantinuum to advance quantum computing applications
SoftBank and Quantinuum have formed a strategic partnership to advance quantum computing applications, aiming to overcome current AI limitations through hybrid computing solutions that combine traditional and quantum processing capabilities. Partnership overview: The collaboration, announced during the International Year of Quantum Science and Technology 2025, focuses on developing practical quantum computing solutions for real-world applications. The partnership seeks to address complex optimization problems, causal relationship analysis, and high-precision simulations that current AI technologies struggle to solve Both companies will explore hybrid computing systems that integrate CPUs, GPUs, and QPUs (Quantum Processing Units) to enhance computational capabilities The initiative aims to...
read Jan 21, 2025Google integrates SandboxAQ’s quantum AI models into cloud services
Google Cloud now offers advanced quantitative AI models through a new partnership with quantum computing startup SandboxAQ. Key Partnership Details: Google Cloud is integrating SandboxAQ's large quantitative models (LQMs), marking the first time these specialized AI tools will be available on a third-party platform. The integration enables enterprises to develop and deploy LQMs more efficiently through Google Cloud's infrastructure LQMs are specialized AI models designed to process large numerical datasets and perform complex mathematical calculations This collaboration represents a significant expansion for SandboxAQ, which spun off from Alphabet in 2022 Business Impact and Applications: SandboxAQ's technology addresses fundamental quantitative needs...
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