#quantum-physics

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#quantum-entanglement

Why quantum theory is just like magic (and Einstein deserves more credit in this field than he gets)

Alain Aspect highlights Einstein's underestimated role in quantum physics, particularly regarding entanglement and the quantum theory of light.

The End of the Universe

Time can be reversed in quantum systems under certain correlations, challenging traditional views of the arrow of time.

Why quantum theory is just like magic (and Einstein deserves more credit in this field than he gets)

Alain Aspect highlights Einstein's underestimated role in quantum physics, particularly regarding entanglement and the quantum theory of light.

The End of the Universe

Time can be reversed in quantum systems under certain correlations, challenging traditional views of the arrow of time.
morequantum-entanglement

Quantum Woo's Irresistible Energy

The wellness industry misappropriates quantum physics to legitimize alternative health claims, creating misconceptions and potential risks for individuals seeking genuine healing.

An Old Clash Heats Up Over Oppenheimer's Red Ties

Oppenheimer's life is filled with contradictions, as his legacy is assessed through new evidence of his Communist affiliations and their implications.
from Nature
1 month ago

'In awe': scientists impressed by latest ChatGPT model o1

OpenAI's o1 model significantly enhances chatbot usefulness in scientific fields over previous versions, especially in providing detailed responses.

Evidence of Negative Time' Found in Quantum Physics Experiment

Researchers have demonstrated that photons can give the appearance of exiting a material before they enter it, suggesting a negative time effect in quantum phenomena.

Quantum Critical Engine at Finite Temperatures: Universal Scalings in Work Output | HackerNoon

The Kibble-Zurek scaling illustrates the relationship between defect density and driving speed in quantum systems near critical points.

Two-axis twisting using Floquet-engineered XYZ spin models with polar molecules - Nature

The implementation of Floquet engineering allows for the exploration of new quantum many-body systems using polar molecules.
Validation of advanced spin models enhances the potential for innovative quantum simulations and measurements.
#research

A New Quantum Cheshire Cat Thought Experiment Is Out of the Box

Physicists have named a newly discovered quantum phenomenon after the Cheshire Cat, revealing peculiar features of particles resembling the character's elusive grin.

Exotic Quantum State Achieved after Decades-Long Quest

Physicists have successfully cooled down molecules to create a single gigantic quantum state, opening possibilities for unique physics applications like resistance-free materials and quantum computers.

A New Quantum Cheshire Cat Thought Experiment Is Out of the Box

Physicists have named a newly discovered quantum phenomenon after the Cheshire Cat, revealing peculiar features of particles resembling the character's elusive grin.

Exotic Quantum State Achieved after Decades-Long Quest

Physicists have successfully cooled down molecules to create a single gigantic quantum state, opening possibilities for unique physics applications like resistance-free materials and quantum computers.
moreresearch

What is the origin of quantum uncertainty?

The universe operates on probabilistic laws at a quantum level, contributing to inherent uncertainty in measurements.
#superconductivity

Chiral kagome superconductivity modulations with residual Fermi arcs - Nature

Chiral kagome superconductivity modulations have been detected, revealing significant insights into pairing and Fermi states in superconducting materials.

Superconducting diode effect and interference patterns in kagome CsV3Sb5 - Nature

Dynamic superconducting domains with boundary supercurrents observed in CsV3Sb5 flakes, showing unique interference patterns under magnetic fields, suggesting exotic physics exploration.

Chiral kagome superconductivity modulations with residual Fermi arcs - Nature

Chiral kagome superconductivity modulations have been detected, revealing significant insights into pairing and Fermi states in superconducting materials.

Superconducting diode effect and interference patterns in kagome CsV3Sb5 - Nature

Dynamic superconducting domains with boundary supercurrents observed in CsV3Sb5 flakes, showing unique interference patterns under magnetic fields, suggesting exotic physics exploration.
moresuperconductivity
from www.nytimes.com
3 months ago

Tsung-Dao Lee, 97, Physicist Who Challenged a Law of Nature, Dies

Tsung-Dao Lee overturned the law of conservation of parity, challenging the notion of particle symmetry.

Former NASA Scientist Doing Experiment to Prove We Live in a Simulation

Exploring the possibility of living in a computer-simulated virtual reality through scientific experiments.

Keep an open mind on faster-than-light 'tachyons' as the source of quantum entanglement

The article explores the validity of off-the-cuff interpretations of special relativity in the context of entangled particles.

Let There Be Light

Quantum orthomolecular medicine explores the use of light energy for healing, hinging on specific wavelengths and energy resonance.

Apple's 'Dark Matter' Should Change the Way We All Think About The Multiverse

Dark Matter TV show explores many-worlds interpretation of quantum physics, utilizing quantum superposition and multiverse concepts in a unique storyline.

This Simple Strategy Might Be the Key to Advancing Science Faster

Heisenberg's uncertainty principle sets limits on measuring position and momentum simultaneously in quantum physics.

Do black holes explode? The 50-year-old puzzle that challenges quantum physics

Hawking radiation challenges black hole theory
Interplay of quantum physics and general relativity

Can a Magnet Ever Have Only One Pole?

Scientists search for magnetic monopoles
Collective behavior of electrons leads to magnetic monopoles

The race is on for a new internet based on quantum physics

Researchers at the University of Innsbruck have successfully transferred information along an optical fiber using quantum principles.
The quantum internet, which offers more secure transmission of information, could become feasible within cities in the future.

Physicists coax molecules into exotic quantum state - ending decades-long quest

The creation of a single gigantic quantum state by cooling down molecules, with potential applications in exploring exotic physics and quantum computing.

Observation of Bose-Einstein condensation of dipolar molecules - Nature

Quantum degenerate dipolar molecules achieved a Bose-Einstein condensate (BEC) with enhanced collisional shielding, opening doors for new quantum simulations.

Can AI Save Schrodinger's Cat?

Quantum objects can exist in multiple states until observed, challenging the definition of observation and an observer in quantum physics.

Neutrinos: The inscrutable "ghost particles" driving scientists crazy

Neutrinos were unpredicted but crucial, leading to the investment of multi-billion-dollar facilities to study them for a stronger grasp on particle physics.
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