Speaker
Description
Due to their promising technological applications, magnetic Skyrmions in Chiral magnets, such as Cu$_2$OSeO$_3$, have been the center of attention of the scientific community. By manipulating the crystallite size in the range of a single Skyrmion (62nm), it could be interesting to see if the magnetic phase diagram can be tuned. We have employed solution growth techniques to have controllable size of nanocrystals varying from 35nm to 300nm. The size-specific magnetic phase diagram of nanoparticles has been explored using DC magnetization, AC-susceptibility and Small Angle Neutron Scattering studies. Our experimental results have been further verified using micro-magnetic simulations. We observe a systematical change in the magnetic phase diagram with the change in particle size.
