Collaborate Disseminate
It’s a well-known fact that anti-ferromagnetic materials are called that way because they cannot be magnetized, not even in the presence of a very strong external magnetic field. The randomized …read more Continue reading Selectively Magnetizing an Anti-Ferromagnet With Terahertz Laser
Magnetic skyrmions are an interesting example of solitons that occurs in ferromagnetic materials with conceivable solutions in electronics, assuming they can be created and moved at will. The creation and …read more Continue reading Creating and Control of Magnetic Skyrmions in Ferromagnetic Film Demonstrated
Chromium(III) Telluride (Cr2Te3) is an interesting material for (ferro)magnetic applications, with Yao Wen and colleagues reporting in a 2020 Nano Letters paper that they confirmed it to show spontaneous magnetization …read more Continue reading Chromium(III) Telluride As Ferromagnetic Material With Tunable Anomalous Hall Effect
The Barkhausen effect — named after German Physicist Heinrich Barkhausen — is the term given to the noise output produced by a ferromagnetic material due to the change in size …read more Continue reading The Barkhausen Effect: Hearing Magnets Being Born
If someone asked you to build a digital hourglass, what would your design look like? [BitBlt_Korry] took on that challenge, creating a functional art piece that hits it right on …read more Continue reading Digital Hourglass Counts Down the Seconds
What if you could unlock a door with your shirtsleeve, or code a secret message into your tie? This could soon be a thing, because researchers at the University of Washington have created a fabric that can store data without any electronics whatsoever. The fabric can be washed, dried, and even ironed without losing data. Oh, and it’s way cheaper than RFID.
By harnessing the ferromagnetic properties of conductive thread, [Justin Chen] and [Shyam Gollakota] have proved the ability to store bit strings and 2D images through magnetization. The team used an embroidery machine to lay down thread in dense …read more
Continue reading Your Next Wearable May Not Need Electricity