Twisted Magnets improve the adaptability of Brain-inspired Computing

Twisted Magnets improve the adaptability of Brain-inspired Computing

The researchers used chiral (twisted) magnets as their computational medium and discovered that the physical properties of these materials could be adapted to suit different…
Electrons are trapped in a 3D Crystal by Physicists

Electrons are trapped in a 3D Crystal by Physicists

Because quantum systems are inherently susceptible to errors due to factors such as decoherence and noise, quantum error correction (QEC) is a critical aspect of…
Detecting Quantum Flickering in the Vacuum

Detecting Quantum Flickering in the Vacuum

Quantum fluctuations of the vacuum are a well-established concept in quantum field theory, and they play an important role in our understanding of particle physics.…
Spectrophotometry – a branch of electromagnetic spectroscopy

Spectrophotometry – a branch of electromagnetic spectroscopy

Spectrophotometry is a subfield of electromagnetic spectroscopy that deals with the quantitative measurement of a material’s reflection or transmission properties as a function of wavelength.…
A Three-pronged approach identifies the Properties of Quantum Spin Liquids

A Three-pronged approach identifies the Properties of Quantum Spin Liquids

Quantum spin liquids are unusual states of matter that can exist in quantum magnetic systems. Even at very low temperatures, the magnetic moments of electrons,…
New Computer Code for Three-dimensional Mechanics of Tissues and Cells

New Computer Code for Three-dimensional Mechanics of Tissues and Cells

Individual components of biological materials include tiny motors that convert fuel into motion. This produces movement patterns, and the material shapes itself with coherent flows…
Without the Use of a Laser, a Vacuum in the Optical Cavity Can Modify the Magnetic State of a Material

Without the Use of a Laser, a Vacuum in the Optical Cavity Can Modify the Magnetic State of a Material

German and American researchers have created the first theoretical demonstration that the magnetic state of an atomically thin material, a-RuCl3, may be altered only by…
The Way Quantum Light ‘sees’ Quantum Sound

The Way Quantum Light ‘sees’ Quantum Sound

Quantum mechanics is a field of physics that studies the behavior of very small objects such as atoms and subatomic particles. Particles in the quantum…
Quasioptics

Quasioptics

The study of the behavior of electromagnetic radiation, particularly light, when the wavelength is equivalent to the size of optical components is known as quasioptics.…
Sonoluminescence – a flare of light

Sonoluminescence – a flare of light

The emission of light from collapsing bubbles in a liquid when stimulated by sound is known as sonoluminescence. When little gas bubbles in a liquid…
This is Why Belly Flops Are So Painful

This is Why Belly Flops Are So Painful

Doing a belly flop into the water can hurt, as anyone who’s ever been slightly tipsy by a pool, peered up at a diving board,…
Acousto-optics – a Branch of Physics

Acousto-optics – a Branch of Physics

Acousto-optics is the study of the interaction of acoustic (sound) waves and light (optical) waves in a medium. It is the study of the interactions…
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