Researchers at the Quantum Science Center have verified the presence of quantum spin liquid behavior in KYbSe2, a material structured in triangular lattices. This discovery,…
Posts published in “Quantum Mechanics”
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Quantum mechanics is an essential branch of physics that explains the properties and behaviors of particles at the atomic and subatomic scale. It challenges the…
Researchers at Rice University found that chiral phonons in a crystal can magnetize the material, aligning electron spins in a way similar to the effect…
The Laser Interferometer Gravitational-Wave Observatory (LIGO) has improved its detection of cosmic events by overcoming quantum noise through advanced “squeezing” technology. This breakthrough will increase…
Researchers have identified computational strategies for creating specific spin defects in silicon carbide, paving the way for quantum technological advances. Their findings, which focus on…
A single atom is excited by laser light and scatters one photon after another. An optical filter removes certain color components from this stream of…
Quantum physicists from Hiroshima University have revealed that the results of quantum measurements are fundamentally tied to the interaction dynamics between the measuring device and…
The DarkQuantum consortium, comprising global institutions, is leveraging quantum technologies in a quest to uncover the mysteries of dark matter by detecting the elusive axion…
Acoustic resonators, found in devices like smartphones and Wi-Fi systems, degrade over time with no easy way to monitor this degradation. Researchers from Harvard SEAS…
MD simulation: The silver balls are solid particles and the blue balls are the fluid (liquid and vapour) particles. There is a liquid film sitting…
Researchers at Brown University have made strides in understanding quantum spin liquids, a complex state of matter. Contrary to standard magnets which solidify as temperatures…
Researchers at the University of Cambridge have utilized quantum entanglement to simulate a scenario resembling backward time travel. This allows for past actions to be…
Researchers have used a 350-year-old mechanical theorem, typically applied to tangible objects, to uncover new insights about light’s nature. By interpreting light’s intensity as an…
Researchers discovered the significant impact of nuclear spin on biological processes, specifically oxygen dynamics in chiral environments. This breakthrough could revolutionize biotechnology, quantum biology, isotope…
The quantum engine compresses a gas of particles that are bosons and decompresses a gas of particles that are fermions. Credit: Mirijam Neve Scientists unveil…
Imperial physicists have performed the double-slit experiment in time, using materials that can change optical properties in femtoseconds, providing insights into the nature of light…
Conceptual diagram of the calculation of density fluctuation correlations in the early universe based on a low-dimensional matter field theory using holography. Credit: KyotoU/Yasuaki Hikida…
Highly charged ions hit tiny gold nuggets on an insulating surface. Credit: ucyborg.com/studio Tiny structures made of gold can be specifically manipulated by ion bombardment…
Artist’s impression of how photons bound together after interaction with artificial atom. Credit: The University of Basel Photonic bound states could advance medical imaging and…
The new study provides significant insights into how superconductivity can arise in materials with nearly “frozen” electrons. A new mechanism that gives rise to superconductivity…