We are currently looking for a motivated PhD candidate to join SPEAR’s training network
If you are interested in spintronics and neuromorphic computing this is a great opportunity to combine the two with international collaboration including participation in one or two secondments at other host institutions!
We offer an employment as an industrial PhD candidate within the training network SPEAR. The recruited early-stage researcher (ESR) will join our project "Voltage controlled operation and mutual synchronization of MTJ-based spin Hall nano-oscillator chains and arrays for neuromorphic computing" which is one of fifteen research projects at SPEAR’s academic or industrial partners in Spain, Switzerland, Belgium, France, Germany and Sweden.
Application are made via the project website during the application period is: March 1 – April 30, 2021
We offer an employment as an industrial PhD candidate within the training network SPEAR. The recruited early-stage researcher (ESR) will join our project "Voltage controlled operation and mutual synchronization of MTJ-based spin Hall nano-oscillator chains and arrays for neuromorphic computing" which is one of fifteen research projects at SPEAR’s academic or industrial partners in Spain, Switzerland, Belgium, France, Germany and Sweden.
Application are made via the project website during the application period is: March 1 – April 30, 2021
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NanOsc is hiring a senior electronics development engineer
We are expanding our spectrometer development team at our facilities in Kista, Stockholm, and look for an experienced person for development, verification and manufacturing. A track record of discrete electronics development and verification, as well as of control software development is required. Languages: English is a must, Swedish is preferred.
Contact us at hiring@nanosc.se.
NanOsc Instruments develop and sell a line of broadband ferromagnetic resonance (FMR) spectrometers that offer a simple turn-key solution to the burgeoning field of magnetodynamics research. Broadband FMR spectroscopy allows for measurements continuously spanning several 10s of GHz. Measurements over a wide frequency range give significant improvements in accurately extracting a variety of material parameters not accessible by static measurement techniques. Broadband FMR is particularly well-suited for studying magnetic thin films, which not only form the backbone of fundamental spintronics and magnonics research but also are constituents of current and future technologies focused on magnetic memories, sensors, logic, and microwave signal processing.
Contact us at hiring@nanosc.se.
NanOsc Instruments develop and sell a line of broadband ferromagnetic resonance (FMR) spectrometers that offer a simple turn-key solution to the burgeoning field of magnetodynamics research. Broadband FMR spectroscopy allows for measurements continuously spanning several 10s of GHz. Measurements over a wide frequency range give significant improvements in accurately extracting a variety of material parameters not accessible by static measurement techniques. Broadband FMR is particularly well-suited for studying magnetic thin films, which not only form the backbone of fundamental spintronics and magnonics research but also are constituents of current and future technologies focused on magnetic memories, sensors, logic, and microwave signal processing.