Researchers have developed Slater-Pauling (S-P) Heusler materials, resembling a Rubik’s cube structure, with promising thermoelectric applications. These materials defy conventional semiconductor rules while maintaining semiconductor…
Posts published in “Physics”
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Researchers have unraveled the complex structure of the carbon-12 nucleus, revealing that its lower energy states consist of clusters forming triangular shapes. This discovery by…
Representation of nuclear matter on the left and of quark matter on the right. The question mark alludes to the question of whether these liquids…
Quark gluon plasma (QGP) is a unique state of matter produced by colliding heavy nuclei in laboratories, leading to the creation of a QGP fireball.…
The neutrons and protons are present in the carbon nucleus as three clusters of four. Depending on the energy state of the nucleus, these can…
A groundbreaking phase imaging method, resistant to phase noise and effective in dim light, has been developed by international researchers. This technique, detailed in Science…
Realization and verification of photon correlations beyond the linear optics limit using photonic quantum circuitsCredit: KyotoU/Shigeki Takeuchi A team of Japanese researchers has discovered significant…
X-ray absorption spectroscopy, an essential tool in material analysis, has evolved with the advent of attosecond soft-X-ray pulses. These pulses allow simultaneous analysis of a…
Osaka University researchers have simulated photon-photon collisions with lasers, potentially paving the way for generating matter from light in labs. This quantum physics advancement holds…
A collaborative international effort has led to the creation of the first mid-infrared supermirrors with exceptional reflectivity, as reported in Nature Communications. This innovation is…
Einstein’s general relativity explains gravity as the result of spacetime curvature due to mass, contrasting with magnetism’s dual ability to attract and repel. This theory…
Caltech Professor Paul Bellan’s two-decade research on plasma jets reveals unexpected behaviors in ‘cold’ plasmas. Initially theorizing a collision-avoidance mechanism for electron acceleration, Bellan later…
Rochester researchers have reported a strategy to understand how quantum coherence is lost for molecules in solvent with full chemical complexity. The findings open the…
The X-ray beam from the world’s largest X-ray laser, the European XFEL, only becomes as clearly visible as in the photo in complete darkness and…
A recent study has identified the “orbital Hall effect,” a phenomenon that could significantly improve data storage in future computer devices. This discovery, involving the…
If a strong laser pulse hits an iron alloy, the material melts briefly at the irradiated point and a tiny magnetic area forms. Credit: HZDR…
Harvard researchers, led by Philip Kim, have advanced superconductor technology by creating a high-temperature superconducting diode using cuprates. This development is crucial for quantum computing…
An artist’s concept of the frequency microcomb developed by Caltech’s Kerry Vahala and his collaborators. Credit: Yuan, Bowers, Vahala, et al. Researchers at Caltech have…
CU Boulder researchers have innovated a new imaging method using doughnut-shaped light beams, advancing the field of ptychography. This technique allows for detailed imaging of…
Recent research published in Physics of Fluids by scientists from Boston University and the University of Utah has introduced a novel aspect of bloodstain analysis.…