We are proud to find NanOsc Instruments identified as one of the top nanotechnology companies in Sweden
"This article showcases our top picks for the best Sweden based Nanotechnology companies. These startups and companies are taking a variety of approaches to innovating the Nanotechnology industry, but are all exceptional companies well worth a follow."
We are proud to announce yet another collaboration with an analysis systems provider, Lake Shore Cryotronics.
A new installation kit that enables FMR analysis of thin films with our room temperature instruments, PhaseFMR and PhaseFMR-40, and Lake Shore Cryotronics' MCS-EMP or 8600 Series VSM systems is available from our distributor Quantum Design. The installation kit provides both hardware and software integration and allows maximum fields up to 2.9 T.
For more information, see Lake Shore's application note.
Recently, QD-UKI's Dr. Jordan Thompson installed a QD DynaCool with a CryoFMR-40 option at the National Physical Laboratory (NPL).
NPL is the UK's National Metrology Institute, developing and maintaining the national primary measurement standards.
We have now recruited a motivated PhD candidate to join SPEAR’s training network after the summer.
If you are interested in spintronics and neuromorphic computing this is a great opportunity! Combine the two with international collaboration including participation in one or two secondments at other host institutions.
Check out the details under Careers
Check out our Careers page for the new position available at our Kista, Stockholm facilities.
If you missed the online webinar or want to refresh your memory - don't worry. The whole webinar is now available on YouTube with the title "Broadband Ferromagnetic Resonance: CryoFMR".
Register for Quantum Design's upcoming free webinar devoted to our Broadband Ferromagnetic Resonance capabilities for the PPMS product line!
This webinar will focus on the CryoFMR capabilities for the PPMS product line. However, the instruments provided by NanOsc Instruments can be used in a variety of systems. Near the end of the webinar Randy Dumas will describe briefly some of these other platforms. Regardless of platform, the basics behind the CryoFMR/PhaseFMR options and software essentially remain unchanged.
Thursday, Jul 9, 2020 11:00 AM - 11:45 AM PDT, 8:00 PM - 8:45 PM CEST
Our distributor Quantum Design has issued an Application Note that describes how to use a our new dedicated ISHE CPW suitable for the CryoFMR probe available for the PPMS/DynaCool/VersaLab platforms.
If we consider a ferromagnet/non-magnetic bilayer (e.g. Ni80Fe20/Pd) undergoing FMR, a diffusive flow of spin from the Ni80Fe20 ferromagnet will enter the non-magnetic Pd layer due to a phenomenon known as spin pumping. Then, via the inverse spin Hall effect (ISHE), which can be significant in non-magnetic layers with a large spin-orbit interaction (e.g. Pt, W, Pd, etc.), this diffusive flow of spins will be converted into a measurable transverse DC voltage. Our new CPW integrates electrical contacts for measuring this ISHE generated voltage and are via the standard sample chamber wiring connected to a separate input on the CryoFMR spectrometer. The ISHE voltage is measured using the same lock-in amplifier used to measure the FMR response.