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Cuprous Iodide Film Shows Promise for Semiconductors, Optoelectronics | Research & Technology | Apr 2021

Cuprous Iodide Film Shows Promise for Semiconductors, Optoelectronics | Research & Technology | Apr 2021
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Masao nakamuraEmergent matter scienceEmergent matterApplied physics lettersவெளிப்படுகிறது விஷயம் அறிவியல்வெளிப்படுகிறது விஷயம்பயன்படுத்தப்பட்டது இயற்பியல் எழுத்துக்கள்

New mechanism enables electrical control of magnetization in magnetic nanodevices

Figure 1: RIKEN physicists have demonstrated a new method to electrically control (indicated by E) the magnetization (M) of a ferromagnetic layer (gray.

United statesYoshichika otaniJunyeon kimKouta kondouAmerican physical societyAmerican physicalEmergent matter scienceஒன்றுபட்டது மாநிலங்களில்அமெரிக்கன் உடல் சமூகம்அமெரிக்கன் உடல்வெளிப்படுகிறது விஷயம் அறிவியல்

The world s longest bottlebrush polymer ever synthesized

The world s longest bottlebrush polymer ever synthesized
eurekalert.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from eurekalert.org Daily Mail and Mail on Sunday newspapers.

Yasuhiro ishidaYoshihiro yamauchiMolecular mechatronics groupScientific researchShorai foundation for scienceAngewandte chemie international editionNational institute for materials scienceYasuhiro ishida team leaderResearch centerTechnology foundationStrategic basic research programTeam leaderPublic relations officeIndependent scientistFunctional materialsEmergent matter science

New Microscopy Method Shows How Electron Interactions Stabilize Skyrmions

New Microscopy Method Shows How Electron Interactions Stabilize Skyrmions Written by AZoNanoMar 8 2021 Physicists from RIKEN have found how interactions between electrons have the ability to stabilize a repeating arrangement of swirling magnetic patterns called skyrmions, which could enable these structures to be leveraged further. The crystal structure of gadolinium ruthenium silicide, which can host a square lattice of swirling magnetic skyrmions (orange = gadolinium; green = ruthenium; blue = silicon). Image Credit: © 2021 Y. Yasui et al. An electron acts like a miniature magnet due to its spin. In the case of a skyrmion, several such spins are arranged in a swirling pattern resembling a small tornado. Skyrmions are particles that exhibit high potential to carry information in a completely new generation of low energy, high density data storage devices.

Yuuki yasuiNature communicationsImage creditEmergent matter scienceஇயற்கை தகவல்தொடர்புகள்படம் கடன்வெளிப்படுகிறது விஷயம் அறிவியல்

Scanning tunneling microscopy reveals origins of stable skyrmion lattices

Date Time Scanning tunneling microscopy reveals origins of stable skyrmion lattices Figure 1: The crystal structure of gadolinium ruthenium silicide, which can host a square lattice of swirling magnetic skyrmions (orange = gadolinium; green = ruthenium; blue = silicon). Modified from Ref. 1 and licensed under CC BY 4.0 © 2021 Y. Yasui et al. RIKEN physicists have discovered how interactions between electrons can stabilize a repeating arrangement of swirling magnetic patterns known as skyrmions, which could help to further exploit these structures 1. The spin of an electron causes it to behave like a miniature magnet. In a skyrmion, many of these spins are arranged in a swirling pattern that resembles a tiny tornado. Skyrmions are highly promising as a means of carrying information in a new generation of high-density, low-energy data-storage devices.

Yuuki yasuiEmergent matter scienceவெளிப்படுகிறது விஷயம் அறிவியல்