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computerra.ru /1 week ago

Нанопроволоки из кобальта и никеля могут увеличить плотность записи данных

Источник: Компьютерра - Журнал о науке и технологиях Ученые Дальневосточного федерального университета усовершенствовали магнитные нанопроволоки необычной формы, напоминающей меду...

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nanowerk.com /1 month ago

Nanoscale multiferroic materials open the path to efficient magnetic memory technology

Researchers demonstrate persistent magnetization reversal in multiferroic nanostructures using electric fields rather than current.

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3dnews.ru /6 days ago

Электроника может стать сверхпроводящей — учёные придумали, как поставить квантовые вихри на рельсы

Учёные обнаружили, что выступы высотой всего в один атом могут точно направлять квантовые вихри в сверхпроводниках, облегчая их движение в заданном направлении более чем в 1000 раз...

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nanowerk.com /1 month ago

Electrical pulses tune magnetic properties for next-generation memory

Researchers electrically altered spin configurations in ferrimagnetic thin films, shifting their compensation temperature by up to 110 K without changing material composition, open...

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nanowerk.com /1 month ago

Graphene network shows room-temperature ferromagnetism at wafer scale

A wafer scale porous graphene film shows room temperature ferromagnetism linked to zigzag edge spacing, with impurity measurements showing trace magnetic metals cannot explain the...

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graphene-info.com /1 month ago

Wafer-scale porous graphene network shows room-temperature ferromagnetism

Researchers at Shenzhen University, the Japan Atomic Energy Agency, the National Institutes for Quantum Science and Technology (QST), the University of Tokyo, the University of Sci...

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nanowerk.com /1 month ago

New molecular magnets hold their memory longer at higher temperatures

By combining the most successful features of previous molecular magnet designs, researchers have created high-performing lanthanide-based molecules that could support future ultra-...

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nanowerk.com /22 hours ago

Nanometer-thin iron films lose magnetism 75% more easily under laser pulses

Iron films just two nanometers thick show 75% stronger laser-induced demagnetization than thicker layers, revealing how nanoscale interfaces influence magnetism and could advance u...

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bioengineer.org /1 month ago

Electrical Control and Detection of Perpendicular Altermagnetism in a Proximitized Dirac Semimetal

Altermagnets have emerged as one of the most intriguing new classes of magnetic materials because they combine properties traditionally associated with two apparently opposing worl...

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nanowerk.com /1 month ago

Nanoscale polarization whirlpools discovered in atom-thin semiconductor

Researchers directly image merons and antimerons in twisted bilayer tungsten diselenide, revealing nanoscale polarization patterns with potential for low-energy electronics.

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computerra.ru /1 month ago

Imec представил сверхпроводящую схему с рекордной плотностью 3,8 млн переходов на см²

Источник: Компьютерра - Журнал о науке и технологиях На профильной конференции по сверхпроводимости в 2026 году Исследовательский центр Imec представилл сверхпроводящую схему с ре...

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computerra.ru /2 weeks ago

Новый тип магнетизма может сделать компьютеры быстрее и экономичнее

Источник: Компьютерра - Журнал о науке и технологиях Физики из США обнаружили признаки необычного магнитного состояния в слоистом материале Co₁/₄TaSe₂. Альтермагнетизм представляе...

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nanowerk.com /2 weeks ago

Magnetic control of quantum condensates opens new possibilities for photonics

Researchers demonstrate magnetic control of light-emitting quantum condensates in a layered semiconductor, achieving energy shifts up to ten times larger than previous methods.

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nanowerk.com /3 weeks ago

Shaped ultrafast light switches magnetism without an external magnetic field

Engineers reshape and focus ultrafast laser light to switch magnetic states without an external field, advancing prospects for faster optical data storage.

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nanowerk.com /1 month ago

New Hall effect enables multidirectional sensing with one ultrathin device

Researchers demonstrate the in-plane anomalous Hall effect in a 2D heterostructure, enabling one ultrathin device to sense magnetic fields along multiple axes.

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nanowerk.com /1 week ago

Hidden magnetic field could enable topological superconductivity without external magnets

Researchers identify a hidden Zeeman field in odd-parity magnets that could stabilize topological superconductivity and Majorana states for quantum computing.

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nanowerk.com /2 weeks ago

Hidden atomic spiral gives uranium crystal unusual magnetic properties

Researchers discovered a hidden chiral superlattice in uranium oxytelluride that combines ferromagnetic and antiferromagnetic behavior, with potential for faster, more robust memor...

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nanowerk.com /4 weeks ago

Atomic-scale rails for guiding superconducting vortices

Atomic steps steer vortex motion in ultrathin superconductors, enabling tunable one-dimensional flow.

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nanowerk.com /1 day ago

Ultrafast laser pulses control magnetism without heating the material

Researchers demonstrate how laser pulses manipulate magnetization in a ferromagnetic semiconductor on trillionth-of-a-second timescales without heating, revealing a new mechanism f...

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3dnews.ru /2 days ago

В США придумали магнитно-акустический транзистор без электронов — он обещает ускорить вычисления в 1000 раз

Уменьшение размеров транзисторов неизбежно ведёт к росту утечек тока из-за туннелирования электронов даже через закрытые переходы. Это и другие факторы вскоре могут остановить разв...

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newswire.com /2 weeks ago

Mivium Achieves Breakthrough in GaN Nanoparticle Production: Opening New Pathways for High-Performance Semiconductors

US-based materials technology company demonstrates proprietary and commercially viable production of phase-pure gallium nitride nanoparticles.

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nanowerk.com /1 week ago

Physics-guided AI reveals hidden magnetic patterns in ultrathin materials

A new machine learning method reconstructs magnetic patterns inside ultrathin materials from external field measurements while simultaneously determining sensor distance for more a...

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nanowerk.com /2 weeks ago

Molecular 'see-saw' control of spin interactions

Atomic-scale see-saws control spin interactions as scanning tunnelling microscopy tunes coupling between spins in a 2D metal-organic framework and metal electrons.

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nanowerk.com /1 month ago

3D nano-interfaces turn heat into electricity throughout bulk materials

A magnetic composite distributes nano-interfaces throughout its bulk, scaling the spin Seebeck effect for more effective conversion of waste heat into electricity.

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