In this paper we discuss some of our most important results in quantum nanomagnets in the last twenty
years. We start with the tunnelling of the magnetic moment in single domain particles, then we will
move to molecular magnets to explain both resonant spin tunnelling and quantum magnetic deflagration
and we will finish discussing the quantum phenomena recently observed in vortices of two dimensional
disks and in type I superconductors. Probably the most important question to answer in the cases presented
in this paper refers to the possibility to detect both coherent phonons and photons from the demagnetization
process of molecular magnets as well as the fact to go deeper in the quantum phenomena observed
in vortices of two dimensional disks and in type I superconductors.
When you are citing the document, use the following link http://essuir.sumdu.edu.ua/handle/123456789/3535
