MAGNEA

Miniaturized superconducting magnets enabling compact downhole gyrotrons. Unlocking new drilling depths— on Earth and beyond.
@ETH_en Spin-Off

[MAGNEA @gomagnea]

We will be at ENC/ISMAR in 2025, see you all there! 🇺🇸 #NMR #MiniatureMagnets

[MAGNEA @gomagnea]

Update ⬇️⬇️⬇️

[Alexander Barnes @MagnetXander]

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!

[MAGNEA @gomagnea]

The team is going to attempt 60 Tesla. Experiment currently running, looking good! Excited to share more updates soon. #NMR #HTSMagnets #MiniatureMagnets

[Alexander Barnes @MagnetXander]

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

[MAGNEA @gomagnea]

MRI job opening at ETH Zurich! Please retweet 🧲

[Jasmin Schönzart @SchoenzartJas]

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

https://t.co/6w130Id5rl

[Jasmin Schönzart @SchoenzartJas]

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

https://t.co/6w130Id5rl

[MAGNEA @gomagnea]

Our COO @SchoenzartJas just presented our magnet technology at the Rocky Mountain NMR Symposium. She’s able to bring our magnet to the talk and hold it in her hand. Go Miniature! #NMR

[MAGNEA @gomagnea]

Magnets in the making ✨

[Alexander Barnes @MagnetXander]

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.

[MAGNEA @gomagnea]

@nmronline Thanks guys! 🙌🏻

[MAGNEA @gomagnea]

We have joined X! We want to keep you updated about our technology updates and everything else going on at ResonX. Below see a quench at 46.5 Tesla! Aiming for 100 Tesla.. #NMR #Magnets

[Alexander Barnes @MagnetXander]

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.

[Alexander Barnes @MagnetXander]

Greetings from the handheld 47 Tesla magnet scientists! We are going for NMR signal in our latest magnet— don’t have the RF Amps and Pre-Amps for 2 GHz 1H NMR (crazy high frequency for NMR!!!), so aiming to track 13C NMR up to quench of the magnet.