NVIDIA's Quantum Day | Here's a Glimpse Into the Future...
NVIDIA hosted its annual Quantum Day webinar, unveiling a suite of hardware and software tools aimed at accelerating quantum‑computing research. The company highlighted the new H100‑based quantum simulation platform, which can model up to 100‑qubit systems with unprecedented speed. Partnerships with leading quantum labs and cloud providers were announced, alongside a roadmap that promises tighter integration between classical GPUs and emerging quantum processors. The event also featured demos of AI‑driven error‑correction algorithms that could improve qubit fidelity.
How Quantum Computers Can Help Solve some of the Most Complex Scientific Challenges
The video introduces quantum computational science, a field led by Oak Ridge National Laboratory’s Ryan Binnick, focused on harnessing quantum computers to tackle problems traditional machines cannot. He explains that quantum devices operate on fundamentally different principles and that the...
Why Quantum Computing Was Delayed by 30 Years - Michael Nielsen
The video explains that quantum computing’s birth was postponed by roughly three decades because the experimental tools required to isolate and manipulate individual quantum systems simply did not exist in the 1950s and 1960s. Two parallel developments created the right conditions...
This Could Break the Internet and Governments Are Preparing. #TechNews #DataSecurity #AI #Shorts
Quantum computers are projected to break the RSA and elliptic‑curve encryption that secures everything from government networks to personal data. In response, post‑quantum cryptography (PQC) is shifting from academic research to concrete implementation. Federal agencies are now being urged to...
Quantum Could Break Bitcoin Sooner Than We Thought | Alex Pruden
The Defiant episode spotlights two fresh research papers that dramatically shrink the resources needed for a quantum computer to run Shor’s algorithm, the cryptographic attack capable of breaking Bitcoin, Ethereum and most other blockchains. Google’s study reduces the operation count...
Post-Quantum Security: How the Swiss Payment Transactions System Is Protecting Itself
The video focuses on how SIX, Switzerland’s payment‑system operator, is preparing its infrastructure for the post‑quantum era. Christian Bühler explains that while symmetric schemes like AES remain strong, today’s asymmetric algorithms are vulnerable to future quantum attacks, prompting a shift...
D-Wave CEO Alan Baratz on the Path to Profitable Quantum Computing | QBTS Interview
In a Motley Fool interview, D‑Wave CEO Dr. Alan Baratz outlined the company’s dual‑model quantum strategy, contrasting its commercial‑grade quantum‑annealing machines with the still‑experimental gate‑model approach pursued by rivals such as IBM and Google. He emphasized that annealing excels at...
The Truth About Quantum Computers
The video examines the latest claim from Microsoft that it has finally tamed the elusive Majorana fermion to build topological qubits, a development it says could unlock practical quantum computers as early as 2025. It explains how quantum computers differ from...
The Quantum Paradox: What Supply Chain Leaders Need To Know
The episode of Supply Chain Now focuses on quantum computing’s looming disruption for global supply chains, featuring Apex Analytics’ President Aileesh Agarwal and VP William McNeel. They argue that the question is not if quantum will arrive, but when, and...
Ethereum’s Quantum Plan Before Q-Day with Justin Drake
The video discusses Ethereum's strategy to become post‑quantum secure before the anticipated Q‑Day, featuring cryptographer Justin Drake. Drake outlines recent quantum computing advances—error‑correction achieving logical qubits, algorithmic improvements cutting required physical qubits from millions to ~100,000, and massive VC funding—shifting quantum...
Taiwan and UK Team Up on Advanced Scientific and Tech Partnerships｜TaiwanPlus News
Taiwan and the United Kingdom have deepened their collaboration under the UK‑Taiwan Innovative Industries programme, a joint initiative launched in 2018 and supported by the UK Science and Technology Network and Taiwan’s Industrial Technology Research Institute. The partnership focuses on...
Quantum Tunnelling with Jim Al Khalili #shorts #science #quantumphysicsexplained #quantumphysics
The short video explains quantum tunneling, a counter‑intuitive quantum‑mechanical effect that allows particles to pass through energy barriers, and highlights its role in powering the Sun. Using a ball‑and‑hill analogy, the narrator shows that unlike a classical ball, an electron or...
Allen School Colloquium: Why Can’t We Classically Describe Quantum Systems?
The colloquium centered on a fundamental question: why classical computers cannot efficiently describe quantum many‑body systems. Chin‑Mai highlighted the recent breakthrough on the No‑Low‑Energy‑Trivial‑States (NLTS) conjecture, which shows that even approximate low‑energy ground states of certain local Hamiltonians resist...
Panel: Industry Perspectives on Quantum Technology
The MIT‑hosted Industry Panel brought together leading researchers and entrepreneurs—from neutral‑atom pioneer Dirk Englund to trapped‑ion founder Chris Monroe—to map the current state and near‑term trajectory of quantum technology. The discussion centered on realistic timelines, technical bottlenecks, and the evolving relationship...
2026 KPMG Quantum Consortium
KPMG hosted its inaugural Quantum Consortium, gathering industry leaders, technologists, academics, and clients to shift quantum discussions from theory to actionable strategies. The event highlighted immediate priorities such as post‑quantum cryptography readiness, ecosystem risk management, and emerging commercial uses in...