Our magnet got to 44 Tesla early this morning, a success as we recorded ALOT of good data. Here is a picture of just some of the equipment we use to monitor more than 30 voltages, temperatures, and magnetic fields during the experiment—applying this knowledge to our next magnet!

We are wrapping our first magnet to attempt 60 Tesla! Hoping for success, yet planning for three attempts (different coils) in next 2 months to increase likelihood we will reach 60 Tesla. These magnets are small. These magnets are powerful. ⁦@ResonTech⁩ ⁦@ETH⁩

Please find below an amazing job offer for MRI technology and applications at @ETH_EAPS @ETH! The group and department have amazing staff, and resources of all kinds. Please like and share! #MRI #NMR #JobOpening #JobOpportunities #AcademicChatter jobs.ethz.ch/job/view/JOPG_e…

SUPER conductors can carry an incredibly high electrical current without heating, NORMAL conductors (ex, Copper) don’t. So to charge our magnets to >40 Tesla we use ALOT of copper in the leads to bring >1000 Amperes to the cryostat, see black thick cables.

Quench at 46.5 Tesla. It took us 5 days to make this magnet, and 4 days to charge to full field. We expect many more such experiments next year— move fast, learn fast. Targeting high (enough) resolution NMR >60 Tesla next year.