The Quantum Race Has Officially Begun โ And the U.S. Just Made Its Biggest Move Yet
America's push to build the world's most powerful quantum computer is outlined as a major new government move in the quantum race.
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Make this my feedAmerica's push to build the world's most powerful quantum computer is outlined as a major new government move in the quantum race.
An explainer of how quantum computers work, using a maze analogy and no math.

An argument that quantum money could make counterfeiting impossible, with implications for banks and Bitcoin.
An explainer arguing that quantum entanglement does not transmit information faster than light, though correlated outcomes can appear to arrive first.
Researchers report light-activated molecules in porous crystals that could enable quantum chemical sensing.
Scientists found a faster way to identify diamond-based materials using tiny flaws, with potential implications for quantum computing.
Researchers report the first experimental evidence of the orbital Nernst effect, driven by heat-induced electron orbital currents.
CERN has developed next-generation superconducting magnets for the Large Hadron Collider, as reported by IEEE Spectrum.
Experimental results support a theoretical approach to making quantum information storage more resistant to errors.
Research describes quantum computing approaches that use the speed of light for calculations.

Argues that quantum geometry reframes the long search for dark matter.

An essay explores whether intelligence and consciousness can be explained through mathematical equations.
A paper presents a noise-adaptive neural pre-decoder for surface-code quantum error correction.

Google Quantum AI demonstrated magic-state cultivation on its Willow processor, a notable quantum computing advance.
A new mathematical proof resolves a conjecture from 2008 about limits on quantum computing speedups.
Physicists in Cologne observed quantum states behaving as theory predicts, a step toward error-resistant quantum computers.
A paper reports a hardware-trained generative quantum eigensolver used for sample-based diagonalization of organotin hydroxides on up to 70 qubits.
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A video explains how gunpowder can be made from scratch using basic chemistry and materials.
A discussion of whether around 23,000 quantum qubits could break RSA-2048 encryption.
Cornell researchers report a chip-based laser cooling technique that could ease a quantum computing bottleneck.
An explainer on what quantum computers will and won't realistically be able to do, debunking common hype about parallel computation.

A reported 40x reduction in quantum resources for breaking encryption raises concerns about the security of current cryptography.
A mysterious force driving cosmic expansion may have flipped from negative to positive about 9.5 billion years ago.

An explainer on how quantum computing works, its real-world applications, and cybersecurity implications.
Quantum computing company Q-CTRL raises $290 million and claims quantum advantage has arrived.
IBM announces its Quantum Nighthawk processor with improvements in speed and quality.
IBM plans to offer access to a dual-processor quantum system in 2027 by linking two 520-qubit chips.
Zhengyuan Quantum raised angel funding to build a 1,000-qubit quantum computer.
Researchers demonstrate a single measurement that makes quantum bits more reliable.
Scientists observed a quantum state of matter in which light behaves as both a solid and a liquid.
A homegrown quantum startup reached unicorn status after raising $420 million.
Researchers built a quantum computer that stores information in microscopic vibrating structures.
Japan-developed quantum computers are being connected with a supercomputer at the University of Osaka.
Researchers explain how quantum interference keeps two atoms bound despite having enough energy to separate.
Researchers used a quantum gas microscope to observe individual atoms in a tunable three-component Hubbard system.
Researchers report a light-matter hybrid system forming a supersolid quantum state at room temperature.
Outlines federal U.S. initiatives integrating AI, quantum computing, and nuclear technology.
Explores the geometry of quantum states, describing phase, distance, and motion in state space.
Researchers demonstrate that classical nonlinear dynamics can simulate certain quantum light behavior more easily.
An open-source scanner helps organizations assess how quantum-ready their cryptography is against future quantum attacks.
Researchers present normalizing flows as a framework for classically simulating quantum circuits in phase space.
Quantum computing stocks fell after a Wall Street bank cut price targets by up to 32%.
D-Wave Quantum's stock fell sharply in 2026, but a major investment bank forecasts a strong rebound.
A tutorial on solving QUBO problems on a D-Wave quantum annealer using Python.
An analysis of error budgets comparing topological qubits and transmon logical spins for scaling quantum computers.
Infleqtion is aiming to scale its neutral-atom quantum computing architecture to 100 logical qubits by 2028.
Researchers identify a quantum limit on how fast electrons can move, constraining future electronics speeds.
Article reports a scientific claim that the universe is twice as old as previously believed.
Hardware experiments evaluate transferred-angle QAOA performance on a superconducting quantum processor.
An independent interferometric observation confirms the black hole shadow of M87* published in Nature.
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