NanOsc Spintronic Technologies

Nano-oscillators, magnetic sensors, and magnetodynamic characterization

NanOsc AB is a start-up company spun off from KTH Royal Institute of Technology in Kista, Sweden.

NanOsc's primary focus is the development of novel microwave and sensor technologies based on nano-spintronics and nano-magnetism.

NanOsc develops magnetodynamic characterization tools, such as its recently launched PhaseFMR instrument, which brings affordable turn-key magnetodynamic characterization of thin magnetic films and magnetic nano-structures to the market.

NanOsc has wide competence in thin film deposition and lithography processes and provides consulting services such as i) deposition of magnetic, non-magnetic, metal, insulator, and semiconducting thin films, ii) processing of such films using both e-beam and optical lithography, and iii) structural and functional characterization of thin films and nano-structures.

NanOsc is an active partner in a number of European research consortia, focusing on future nano-spintronic and sensor technologies.

NanOsc publishes spintronic breakthrough in Science

Science, March 15, 2010. NanOsc is proud to report that results on its nano-contact spin torque oscillators have been published in the prestigious journal Science. This is the first time that magnetic droplet solitons have been observed experimentally. Since they have record high precession angles, they hold great promise for much larger output power in spin torque oscillators.

See article in Science: Spin Torque-Generated Magnetic Droplet Solitons

NanOsc showcases PhaseFMR at the 2013 APS March Meeting

NanOsc will showcase its PhaseFMR instrument at the upcoming Amercian Physical Society March Meeting in Baltimore, USA, March 18-22, 2013.

NanOsc showcases PhaseFMR at 12th Joint MMM/Intermag Conference

NanOsc's showcased PhaseFMR at the 12th Joint MMM/Intermag conference in Chicago, USA, January 14-18, 2013. This represented the international launch of PhaseFMR and the interest for PhaseFMR was very high.