EXTREMAG

The Exeter Time-Resolved Magnetism Facility

[EXTREMAG @EXTREMAG1]

Thank you for your continued support of the @EXTREMAG1 facility. It’s been a very productive week on the time-resolved scanning Kerr microscope. The time seems to go ultrafast in the pulsed laser facility. We look forward to your next visit! @UniofExeter @UoE_Physics

[Servet Ozdemir @ServetOzdemiro]

At the @EXTREMAG1 Time-resolved Magnetism Facility with the team from @UniversityLeeds to characterise some @BraggRoyceLeeds samples. Getting good signals so far ☺️ #AcademicTwitter #AcademicLife #researchers

[EXTREMAG @EXTREMAG1]

A great morning at @InnovationMids #HETS23 attending workshops on how research funding can support the technical community and working in research culture. Very interesting to share experiences with colleagues across the UK higher education technical sector. @UoETechServices

[EXTREMAG @EXTREMAG1]

@EXTREMAG1 Senior Experimental Officer @DrKeatley shortlisted for
@InnovationMids and @MI_TechTalent #HETS 2023 #PapinPrize that provides national recognition and reward for excellence in technical services in higher education and research. https://t.co/a54RYbge0h

[EXTREMAG @EXTREMAG1]

@DrKeatley enjoying a busy two days promoting the @EXTREMAG1 facility at the @iop_conferences Magnetism 2023 conference exhibition in Manchester earlier this month #IOPmag2023 @UoE_Physics For details of experimental capabilities and user access visit https://t.co/98i4eVxML8

[EXTREMAG @EXTREMAG1]

10:30 pm in the @EXTREMAG1 facility starting another overnight cool down of the 5 T magnet for ultrafast, all-optical pump-probe, beam scanning Kerr microscopy on 2D materials at low temperature with @mackacdabek and @DrKeatley @UoE_Physics

[Maciej K. Dąbrowski @mackacdabek]

Excited to see our paper on all-optical control of spin in a 2D van der Waals being finally published at @NatureComms - https://t.co/2TXcfx971G . Great collaboration between @UoE_Physics and @PhysAstroEd @UofE_Research
@EXTREMAG1 @esantos2727

[EXTREMAG @EXTREMAG1]

EXTREMAG’s gas flow cryostat for optically-detected time-domain ferromagnetic resonance at low temperature is now operational! First user experiments featured sub-nanosecond pulsed magnetic field excitation of spin valves using the bespoke coplanar waveguide sample holder.

[EXTREMAG @EXTREMAG1]

In Spring 2022 EXTREMAG welcomed its first users of our all-optical, ultrafast pump-probe experiment at low temperature and high field using the Spectromag 10 T superconducting magnet. First results look great and we look forward to welcoming more users of this instrument.

[EXTREMAG @EXTREMAG1]

It has been an exciting week in EXTREMAG testing the 5 Tesla superconducting magnet for use with our all-optical pump-probe laser beam scanning microscope. Looking forward to low temperature, high field, and high resolution imaging of magnetic materials on ultrafast timescales!

[EXTREMAG @EXTREMAG1]

Congratulations @mackacdabek and colleagues from the @EXTREMAG1 facility @UoE_Physics. We’re very excited to see the development of ultrafast all-optical switching in EXTREMAG’s low temperature, wide field Kerr microscope come to fruition in this very nice published work.

[Maciej K. Dąbrowski @mackacdabek]

Excited to see our research on all-optical switching in synthetic ferrimagnets to be published in @NanoLetters. Great collaboration between @UoE_Physics @UniofExeter @DGNewman13 @DiamondLightSou @UniofOxford @advlightsource @QUBelfast @RobertMBowman https://t.co/zJde0GcAxt

[EXTREMAG @EXTREMAG1]

Congratulations @GrapheneUCam on your recent @NatureComms paper on 'Graphene overcoats for ultra-high storage density magnetic media' https://t.co/HWqMNCKmdm Thank you for using the @EXTREMAG1 facility @UoE_Physics for supporting magneto-optical measurements for this research.

[Cambridge Graphene Centre @GrapheneUCam]

Graphene enables ten times higher data storage in computer memories. Our latest @NatureComms paper describes a new solution for ultra-high-density drives - a big leap forward for our data-hungry society. https://t.co/5MVaTb8TKo

[EXTREMAG @EXTREMAG1]

An exciting week in @EXTREMAG1 @UoE_Physics working with @OxInst to install a Spectromag SM4000 superconducting magnet. The inherited 18 year old system is now fully revived with up to 10 Tesla magnetic field and base temperature <1.4 Kelvin confirmed. @UofE_Research @EPSRC

[EXTREMAG @EXTREMAG1]

Fantastic to see the first publication of external user research by Tom Lyons of @2Dsheffield featuring low temperature magneto-optical microscopy on van der Waals heterostructures in the @EXTREMAG1 facility @UoE_Physics. Congratulations to all involved!
https://t.co/BTX4BcF8bU

[EXTREMAG @EXTREMAG1]

Today @EXTREMAG1 hosted its debut (virtual) User Meeting with excellent talks from world-leading experts in magneto-optics and recent users of the facility. Thank you to all speakers, session chairs, organisers, attendees, and the @EPSRC. @UoE_Physics @UofE_Research

[EXTREMAG @EXTREMAG1]

@TomJHayward @UoE_Physics Thanks @TomJHayward! It’s an EvicoMagnetics system with CryoVac microscopy flow cryostat.

[EXTREMAG @EXTREMAG1]

It’s been a very exciting week in @EXTREMAG1 carrying out the first liquid Helium run of the wide field Kerr microscope @UoE_Physics

[EXTREMAG @EXTREMAG1]

Tom Lyons from @2Dsheffield @PhysicsShef, first external user of the @EXTREMAG1 facility, successfully using wide field Kerr microscopy to investigate low temperature 2D ferromagnets @UoE_Physics

[EXTREMAG @EXTREMAG1]

It has been another exciting week in @EXTREMAG1 @UoE_Physics with the installation and first use of a wide field Kerr microscope with low temperature capability. Thank you to EvicoMagnetics for a perfect installation of this splendid microscope.

[EXTREMAG @EXTREMAG1]

This week we have been excited to receive a superconducting magnet for low temperature, high magnetic field optical pump-probe and THz spectroscopy in @EXTREMAG1 @UoE_Physics

[EXTREMAG @EXTREMAG1]

For more information about the EXTREMAG capabilities from summer 2019, please visit the EXTREMAG website at https://t.co/5JY5pxiHw3