Johannes H. Jensenflatspin 2.6 released! 🎉 Check what's new at https://flatspin.gitlab.io/2.6/reference/changelog.html
| Webpage | https://www.ntnu.edu/web/ie/eecs/COMET |
COMET @NTNU
@COMET_NTNU
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COMET is an interdisciplinary research initiative exploring the intersection between computer architecture and nanomagnetism. The key focus of COMET is to discover new concepts for ultra-low-power computing systems based on emergent physical phenomena. Magnetic metamaterials have great potential as massively-parallel computing substrates, offering inherent energy efficiency and direct tunability at the nanoscale.
New magnetic creatures discovered in artificial spin ice! We present still life, oscillators and new types of gliders. Read all about it in our latest paper "Artificial Life in-materio", hot off the press: https://direct.mit.edu/isal/proceedings/isal2025/37/66/134050 @CAL_NTNU @COMET_NTNU
Snakes in the Plane: Controllable gliders in a nanomagnetic metamaterial. Check out our latest paper about the magnetic snakes! https://www.nature.com/articles/s41467-025-62515-1 @COMET_NTNU @CAL_NTNU
flatspin 2.4 released! 🎉 Once docs have been generated, check what's new at https://flatspin.gitlab.io/2.4/reference/changelog.html
Anders StrømbergI'm finally a doctor! Last week I defended my thesis against my honorable opponents, professors Vassilios Kapaklis and Christopher Marrows. It was a blast! It took 10 tries to get everyone in the committee to look in the same camera, but just like my PhD, we got there in the end 👨🎓
Our latest research on "Clocked dynamics in artificial spin ice", has been published in Nature Communications! Interested in precisely flipping magnets without local access? Check it out https://doi.org/10.1038/s41467-024-45319-7
Thrilled to announce that our latest paper, "Clocked dynamics in artificial spin ice", has just been published in Nature Communications! See https://doi.org/10.1038/s41467-024-45319-7 @COMET_NTNU @CAL_NTNU
Astroid clocking offers unprecedented control of metamaterial dynamics in both time and space, and is an important step towards neuromorphic magnetic computing devices. @COMET_NTNU @CAL_NTNU
In the paper, we introduce "astroid clocking" - a new method to control the dynamics of artificial spin ice, a family of nanomagnetic metamaterials. We demonstrate how astroid clocking enables ferromagnetic domains in "pinwheel" artificial spin ice to be gradually grown or reversed at will. @COMET_NTNU @CAL_NTNU
The Computational Magnetic Metamaterials (COMET) research group @NTNU is now on Mastodon.