Institute of Physics

IMAQSS

Influence of Magnetic Anisotropy on Quantum Spin Systems

  • Project
  • People
  • Publications
  • Laboratory
  • Open positions

HrZZ UIP-2014-09-9775

News New paper on zig-zag spin 1/2 chain system published in Physical Review B 16.07.2020. Our paper “Strong decoupling between magnetic subsystems in SeCuO3” published in PRB 28.01.2019. Pozivamo studente fizike da izrade diplomski rad u našem laboratoriju 26.02.2018. Projekt IMAQSS na 10. Znanstvenom sastanku Hrvatskog fizikalnog društva 24.10.2017. Our paper published in ChemPhysChem 05.09.2017. Call for Postdoc position 01.09.2017. Nikolina Novosel joins IMAQSS project team 10.02.2017. Paper on symmetry reduction in herbertsmithite published in PRL 05.01.2017. IMAQSS welcomes new team member! 06.12.2016. Paper on zig-zag spin-1/2 chain system beta-TeVO4 published in PRB Rapid Communications 30.08.2016. KaCIF shortlisted for ERDF 15.06.2016. Predstavljanje HRZZ UIP projekta “Utjecaj magnetske anizotropije na kvantne spinske sustave” 22.02.2016. Seminar 02.10.2015. Seminar 15.06.2015. Seminar 12.06.2015.

Laboratory

Laboratory for magnetic anisotropy was established through HRZZ-UIP-2014-09-9775 grant. Laboratory is situated in the basement of the second wing of Institute of Physics in room 029.

Within the project IMAQSS we completed the high field torque setup (magnetic field up to 5T) which complements the existing low-field setup (0.8T). For high-field setup we used superconducting magnet by Cryogenic Ltd. which was already at our disposal and accompanying liquid helium cryostat for temperature control of the sample, also by Cryogenic Ltd. Within project IMAQSS we developed new torque detector and established temperature control of the sample using Lakeshore 336 temperature controler. The experiment is controlled through computer program we wrote using VB.net language.

For our research we have currently at our disposal following dc magnetic techniques:

  • Faraday susceptometer with temperature range from 2 – 330K and magnetic field up tp 0.9T (room 028).
  • Torque magnetometer with temperature range from 2 – 330K and magnetic field up to 0.8T (room 029).
  • Torque magnetometer with temperature range from 2 – 300K and magnetic field up to 5T (room 029).

Labos-uspostava

IMG_20161202_163316_HDR 

IMAQSS

Influence of Magnetic Anisotropy on Quantum Spin Systems
phone: +385 1 1 469 8816
mirta@ifs.hr

Project
People
Publications
Laboratory
Open positions
ph2project rev 0.16.0405

Institute of Physics, Bijenička cesta 46, 10 0000 Zagreb, Croatia, tel: +385 1 469 8888, fax: +385 1 469 8889, e-mail: ifs@ifs.hr
Code & Design by Ndoc Deda
2025