Prosto mesto mladega raziskovalca na področju Tehnološko usmerjena fizika

Open position for a PhD student in Technology driven physics

Raziskovalna področja: magnetizem, magnetokemija, molecularni magneti, multiferoiki, eksperimentalno delo na MPMS-XL-5 in MPMS 3 SQUID magnetometerih

V Centru za magnetne meritve (CMag) imamo merske sisteme, ki omogočajo celovito merjenje magnetnih, toplotnih in električnih transportnih lastnosti snovi v temperaturnem območju od 300 mK do 400 K. Meritve lastnosti snovi segajo od osnovnih raziskav snovi na nivoju gradnikov snovi do raziskav novih molekularnih struktur, ki nudijo novo uporabo v kemični, farmacevtski, metalurški in elektronski industriji.

Postavili smo dodatni merski sistem TF Analyzer 2000E, ki nam omogoča tudi raziskavo feroelektričnih lastnosti snovi in v povezavi z magnetnim sistemom tudi raziskavo vpliva magnetnega polja na feroelektrične lastnosti multiferoikov. To so snovi, ki kažejo tako feromagnetne kot feroelektrične lastnosti.

The research fields: magnetism, magnetochemistry, molecular magnets, multiferroics, experimental work on MPMS-XL-5 and MPMS 3 SQUID magnetometer

In the Center for Magnetic measurements (CMag) we have measurement systems for the complete measurement of the magnetic, thermal and electrical transport properties of substances in the temperature range from 300 mK to 400 K. Studies span from basic research of materials up to research of new molecular structures that offer a new use in the chemical, pharmaceutical, metallurgical and electronic industries.

We set up an additional measurement system TF Analyzer 2000E that enables investigation of ferroelectric properties of the substance and, in connection with the magnetic system, also study of the influence of the magnetic field on the ferroelectric properties of multiferoics. These are substances that exhibit both ferromagnetic and ferroelectric properties.

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