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Chilling Breakthrough: The Science Behind a Real-Life "Freeze Ray" Technology for the Air Force

A University of Virginia professor believes he has discovered how to create a freeze-ray device, inspired by the Batman villain, Mr. Freeze. Rather than being a weapon, this device is intended to cool down electronics within spacecraft and high-altitude jets. Do you know that freeze-ray gun that ....

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Discovery unravels how vibrations emerge in nanomaterials

Advances in microscopy reveal source of phonons’ puzzling behavior ....

Sandia National Laboratories , United States , Oak Ridge , John Tomko , Thomas Beechem , Andrew Ohara , Roman Engel Herbert , Ryanc Haisimaier , Jon Ihlefeld , Patrick Hopkins , Liang Bao , Josephr Matson , Ajayk Yadav , Joshuad Caldwell , Sokratest Pantelides , Eric Hoglund , Zacharyt Piontkowski , Jayakanth Ravichandran , Sara Makarem , Jamesm Howe , Ramamoorthy Ramesh , Hopkin Exsi , Thomas Goodwin Digges , Purdue University , University Of California , Multifunctional Materials Integration Initiative ,

New Semiconductor Detector can Identify Radioactive Isotopes with High Resolution

New Semiconductor Detector can Identify Radioactive Isotopes with High Resolution
Written by AZoOpticsDec 8 2020
In groundbreaking new research, an international team of researchers led by the University of Minnesota Twin Cities has developed a unique process for producing a quantum state that is part light and part matter.
The discovery provides fundamental new insights for more efficiently developing the next generation of quantum-based optical and electronic devices. The research could also have an impact on increasing efficiency of nanoscale chemical reactions.
The research is published in
Nature Photonics, a high-impact, peer-reviewed scientific journal published by the Springer Nature Publishing Group.
Quantum science studies natural phenomena of light and matter at the smallest scales. In this study, the researchers developed a unique process in which they achieved ultrastrong coupling between infrared light (photons) and matter (atomic vibrations ....

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