Home-Larysa Zviagina
Larysa Zviagina

About Larysa Zviagina

This author has not yet filled in any details.
So far Larysa Zviagina has created 259 blog entries.
16 02, 2022

RENEWAL OF UK MEMBERSHIP OF EMFL APPROVED BY EPSRC

By |2022-02-28T14:36:49+00:00February 16th, 2022|News|0 Comments

The renewal of the UK membership of the European Magnetic Field Laboratory (EMFL) has been approved, in principle, by the Engineering and Physical Sciences Research Council (EPSRC), the main funding body for engineering and physical sciences research in the UK. The renewal extends the current membership to 31 March 2027 [...]

15 02, 2022

LIQUID-RUBIDIUM ALFVÉN-WAVE EXPERIMENT IN PULSED MAGNETIC FIELDS

By |2022-02-15T13:15:32+00:00February 15th, 2022|SCI Highlights|0 Comments

Frank Stefani und Thomas Herrmannsdörfer, HZDR and HLD Dresden. The heating of the Sun‘s corona to temperatures of several million kelvin is one of the major unsolved problems of solar physics. Although magnetic fields are unambiguously considered responsible for the “pot being hotter than the stove”, it remains controversial whether [...]

15 02, 2022

MAGNETIC RESHUFFLING AND FEEDBACK ON SUPERCONDUCTIVITY IN UTe2 UNDER PRESSURE

By |2022-02-15T12:45:35+00:00February 15th, 2022|SCI Highlights|0 Comments

Michal Vališka, CEA-Grenoble and Charles University Prague, William Knafo, LNCMI Toulouse and Daniel Braithwaite, CEA-Grenoble. The discovery of superconductivity in the heavy-fermion paramagnet UTe2 has attracted a lot of attention, particularly due to the reinforcement of superconductivity near quantum phase transitions induced by magnetic field and/or pressure. In this system, [...]

15 02, 2022

QUANTUM OSCILLATIONS IN A 5d-OXIDE INTERFACE

By |2022-02-15T12:27:22+00:00February 15th, 2022|SCI Highlights|0 Comments

Km Rubi and Uli Zeitler, HFML Nijmegen and Walter Escoffier, LNCMI Toulouse. A team of researchers from HFML-Nijmegen, LNCMI-Toulouse, and the National University of Singapore investigated the electronic properties of the quasi two-dimensional electron gas (2DEG) at a new 5d-oxide heterointerface, LaAlO3/KTaO3. The team induced high-mobility carriers at the interface [...]

15 02, 2022

SPATIALLY RESOLVED OPTICAL SPECTROSCOPY IN AN EXTREME ENVIRONMENT OF LOW TEMPERATURE, HIGH MAGNETIC FIELDS, AND HIGH PRESSURE

By |2022-02-15T11:53:33+00:00February 15th, 2022|SCI Highlights|0 Comments

Ivan Breslavetz and Clément Faugeras, LNCMI Grenoble. To flesh out the phase diagrams of novel material systems, researchers must examine these materials under extreme conditions. We have designed an experimental setup for optical spectroscopy that simultaneously offers three extremes: low temperature, a strong magnetic field, and high pressure imposed by [...]

22 11, 2021

PARAGRAF GRAPHENE HALL SENSORS DELIVER HIGH-ACCURACY OPERATION IN FIELDS EXCEEDING 30 TESLA AND AT CRYOGENIC TEMPERATURES

By |2021-11-22T14:39:38+00:00November 22nd, 2021|SCI Highlights|0 Comments

Paragraf™ has leveraged its expertise in the manufacturing & implementation of graphene technology to make another major advance in Hall-sensor performance. The company has announced the availability of a new sensor range capable of unmatched sensitivity and linearity when placed in low-temperature environments and in strong magnetic fields. Tested at [...]

22 11, 2021

THE 43+T GRENOBLE HYBRID MAGNET: MAJOR ACHIEVEMENTS FOR FINAL ASSEMBLY

By |2021-11-22T14:30:02+00:00November 22nd, 2021|TECH Highlights|0 Comments

Rolf Pfister, Michael Kamke, Eric Verney, Mickaël Pelloux, Eyub Yildiz, Luc Ronayette, and Pierre Pugnat, LNCMI Grenoble. The hybrid magnet, combining resistive and superconducting technologies and that is under construction at LNCMI-Grenoble, has reached important milestones in 2021 despite the Covid-19 sanitary crisis. After a thorough preparation phase, we successfully [...]

22 11, 2021

LARGE LINEAR NON-SATURATING MAGNETORESISTANCE AND HIGH MOBILITY IN FERROMAGNETIC MnBi

By |2021-11-22T14:05:53+00:00November 22nd, 2021|SCI Highlights|0 Comments

Toni Helm, HLD Dresden. Currently, a group of semimetals excites the physics community due to its intriguing properties derived from massless chiral particles— so-called Weyl fermions. As a consequence of linear band crossings at the Fermi energy and a high Fermi velocity, massless Weyl states can be the origin of [...]

Load More Posts
Go to Top