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quantum computing

11 Articles
Quantum Entanglement Experiments
Physics and Mathematics

Quantum Entanglement Experiments: From EPR to the Nobel Prize

Quantum entanglement experiments test correlations between particles whose quantum states are linked, confirming that nature violates classical limits. From the 1972 Freedman-Clauser test...

Laser Cooling
Physics and Mathematics

Laser Cooling: How Light Slows Atoms to Near Absolute Zero

Laser cooling uses laser light to reduce atomic motion, lowering temperatures to millionths or billionths of a degree above absolute zero. It enables...

Quantum Computing Qubits
AI and Computer Science

Quantum Computing Qubits: The Bits That Break Binary

A qubit is the basic unit of quantum information, using superposition and entanglement for calculations beyond classical reach.

Anyons
Physics and Mathematics

Anyons: The Particles That Break the Fermion-Boson Rule

Anyons are quasiparticles that exist only in two-dimensional systems and follow statistical rules different from those of fermions and bosons, with applications in...

quantum entanglement
Physics and Mathematics

Quantum Entanglement: How Particles Share a Single Fate

Quantum entanglement is a physical phenomenon in which two or more particles share a single quantum state. Measuring one particle instantly determines the...

Why Some Physicists Think Quantum Computers Will Never Work
Physics and mathematicsAI and computer scienceScience Watcher

Why Some Physicists Think Quantum Computers Will Never Work

A small group of scientists argues quantum computing's billion-dollar promise rests on untested physics that breaks down at scale.

The Reality Behind Quantum Mechanics' 100-Year Mystery
Physics and mathematicsScience Watcher

Quantum Mechanics at 100: Still Weird, Still Revolutionary

A century after Heisenberg's breakthrough, quantum mechanics remains deeply perplexing - yet powers our entire modern world.

Quantum puzzles could outlast cryptographic apocalypse
Physics and mathematicsScience Tracker

Quantum Cryptography Gets a New Foundation Built on Useless Keys

Two cryptographers built quantum encryption on keys too slow to unlock anything. Their one-way puzzles could survive if all classical cryptography fails.

Florian Neukart: 'Does space-time remember?'
Physics and mathematicsScience Watcher

Black Hole Information Paradox: Could Spacetime Remember?

Physicist Florian Neukart proposes spacetime stores quantum information at the Planck scale, offering a new approach to the black hole information paradox.

Leading Quantum Computing Firm Accused of Fraud
AI and computer scienceScience Watcher

Is D-Wave's Quantum Annealing Just Expensive Marketing?

D-Wave's quantum annealing faces fraud accusations from Wall Street short-sellers. What the evidence shows about quantum hype vs. reality.