Two-dimensional Holey Graphyne Synthesis
Holey graphyne is a new kind of carbon allotrope with semiconductor properties that can be used in photoelectronics, sensors, and water purification. Carbon has various…
Physics
Researchers use Liquid Crystals to Make a Flat Magic Window
Researchers employed liquid crystals to develop a flat magic window, which is a transparent device that emits a hidden image when illuminated. Any image can…
Quantum Physics Limits the Speed of Electronics
A quantum speed limit (QSL) is a limitation on the minimum time for a quantum system to evolve between two distinct states in quantum mechanics.…
Using Light to Engineer Quantum States in Solids
Quantum science and devices is a research field that uses theoretical computer science, atomic physics, and optics to create novel concepts and hardware for information…
In Iron-based Superconductor, Spin maintains Electrons in Line
According to a new study, electronic nematicity, which is thought to be a crucial component of high-temperature superconductivity, is largely spin-driven in the iron-based superconductor…
The Student becomes a Master by Teaching Physics to AI
Machine Learning (ML) is rapidly delivering new and powerful tools for physicists and chemists to extract critical information from large amounts of data, whether from…
Electrons are Derailled by Light through Grapheme
Scientists studying the unusual movement of electrons in graphene have discovered a new understanding of the physics of conductive materials. Because of its two-dimensional structure,…
Scientists Create a Stream Cipher Based on Chaos that can Withstand Attacks from Large-Scale Quantum Computers
Fast algorithms could quickly break many widely used cryptosystems on quantum computers, forcing more novel digital security solutions. There has been a lot of study…
At the Nanoscale, Charge Order and Superconductivity Interact
Scientists have been working tirelessly to understand the fundamental mechanisms underlying high-temperature superconductivity, with the ultimate goal of designing and engineering new quantum materials that…
For an Exponentially Long Time, Quantum Complexity Grows Linearly
Physicists are well aware of the enormous gap between quantum physics and gravity theory. Theoretical physics has presented some plausible speculation to bridge this gap…
New Silicon Nanowires can Withstand Extreme Temperatures
A team of researchers created an ultrathin silicon nanowire that conducts heat 150 percent more efficiently than traditional materials used in advanced chip technologies. The…
Algorithms Make Metalens Design Possible
Researchers have created a new method for designing large-scale metasurfaces that employs machine intelligence techniques to generate designs automatically. The method will allow for new…
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