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Doubts deepen over LK-99 superconductor

Skepticism among scientists has been deepening in the past few days over a Korean research team’s discovery of the room-temperature superconductor known as LK-99, after a slew of replication efforts have fallen short. The University of Maryland’s Condensed Matter Theory Center on Tuesday said on the social media platform X, formerly Twitter, “With a great deal of sadness, we now believe that the gam. ....

United States , Kyongsang Bukto , South Korea , Byun Hye Jin , Michael Norman , Lee Suk Bae , Jeon Dae Young , Argonne National Laboratory , Quantum Energy Research Centre , Gyeongsang National University , Schoop Lab Of Princeton University , International Center , Korean Society Of Superconductivity , Condensed Matter Theory Center , National Physical Laboratory , Quantum Materials , Schoop Lab , Princeton University , Max Planck Institute , Chemical Physics , Spain Based Ikerbasque , Gyeongsang National , Korean Society , The Korea Herald , Orean News , Outh Korea News ,

Lawrence Berkeley Lab Simulations Support Lk-99 Superconductor

Lawrence Berkeley National Lab simulated this using heavy-duty compute power from the Department of Energy, and looked to see what would happen to the ....

United States , Sineadm Griffin , Andrew Cote Andercot , Brian Wang , Department Of Energy , Schoop Lab Schooplab , Materials Sciences Division , Head Of Research , Molecular Foundry Division , Lawrence Berkeley National Laboratory , National Lab , Lawrence Berkeley National Lab , Singularity University , Fermi Surface , Andrew Cote , Sciences Division , Foundry Division , Schoop Lab , Futurist Thought Leader , Artificial Intelligence , Anti Aging Biotechnology , Angel Investor ,

Material Design and Quantum Computing Applications w/ Grad Student Josh Leeman

In this episode of Brains, Black Holes, and Beyond, Senna Aldoubosh and Noelle Kim sit down with Josh Leeman, a graduate student in the Electrical and Computer Engineering department. ....

Noelle Kim , Josh Leeman , Senna Aldoubosh , Schoop Lab , Computer Engineering Department , Black Holes , Computer Engineering , Sound Engineered , Daily Princetonian , Princeton Insights ,

Researchers Identify Novel Topological Properties in Cobalt Disulfide

Researchers Identify Novel Topological Properties in Cobalt Disulfide
Written by AZoMDec 21 2020
The Schoop Lab, which is heading an association of institutions both in the United States and overseas, has reported unexpected new topological characteristics of cobalt disulfide (CoS
2) a magnetic pyrite expanding one’s interpretation of electrical channels in this
extensively
2, in comparison to the theoretical prediction. Image Credit: Figure courtesy of the Schoop Lab.
The researchers used ab-initio calculations and angle-resolved photoelectron spectroscopy and observed that bulk CoS
2 contains Weyl nodes. These Weyl nodes enabled the team to make predictions about the surface properties of this material.
Within its band structure, the material contains Weyl-fermions and Fermi-arc surface states, which may allow it to act as a platform for unusual phenomena and also places it among materials candidates for applications in spintronic devices. ....

United States , Niels Schr , Leslie Schoop , Maia Vergniory , Materials Research Science , Princeton Center , Princeton University , Schoop Lab , National Science Foundation , Engineering Center , Paul Scherrer Institute , Princeton Catalysis Initiative , Donostia International Physics Center , Betty Moore Foundation , Study Co , Identify Novel Topological Properties , Cobalt Disulfide , Science Advances , Assistant Professor , Study Co Author , Donostia International Physics , Swiss Light Source , Complex Materials , ஒன்றுபட்டது மாநிலங்களில் , லெஸ்லி பள்ளி , பொருட்கள் ஆராய்ச்சி அறிவியல் ,

Nanotechnology Now - Press Release: New topological properties found in

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Home > Press > New topological properties found in old material of Cobalt disulfide: For one thing, it s not a true half-metal
Experimental verification of Weyl nodes in Cobalt disulfide, in comparison to the theoretical prediction.
CREDIT
Princeton Department of Chemistry, Schoop Lab
Abstract:
Leading a collaboration of institutions in the U.S. and abroad, the Princeton University Department of Chemistry is reporting new topological properties of the magnetic pyrite Cobalt disulfide (CoS2) that expand our understanding of electrical channels in this long-investigated material.
New topological properties found in old material of Cobalt disulfide: For one thing, it s not a true half-metal ....

Niels Schr , Leslie Schoop , Maia Vergniory , Princeton University , Schoop Lab , Paul Scherrer Institute , Princeton Department Of Chemistry , Donostia International Physics Center , Princeton University Department Of Chemistry , Department Of Physics , Wave Inc , Chip Technology , Home Press , Princeton Department , Princeton University Department , Princeton Chemistry , Swiss Light Source , Nanotechnology Now , லெஸ்லி பள்ளி , ப்ரிந்ஸ்டந் பல்கலைக்கழகம் , பள்ளி ஆய்வகம் , பால் ஸ்செற்றேற் நிறுவனம் , ப்ரிந்ஸ்டந் துறை ஆஃப் வேதியியல் , ப்ரிந்ஸ்டந் பல்கலைக்கழகம் துறை ஆஃப் வேதியியல் , துறை ஆஃப் இயற்பியல் , அலை இன்க் ,