The Q-Team
Around fifty years ago it was understood that
quantum effects can generate new phenomenologies in
many-body systems, for which the usual concepts borrowed from classical physics
do not apply. Decades of research have unveiled new possibilities, with
repercussions from fundamental science to workable technologies. Several groups
around the world trail the way in this ongoing investigation. Today, a new one
has joined this effort and has no fear of going where nobody has gone before,
toward the quantum leap. If you have a problem... if classical physics cannot help...
and if you can find them (psst, we are in Zagreb)... maybe you can contact... The Q-Team.
|
The team |
|
|
|
External |
|
Faculty |
|
Salvatore
Marco Giampaolo |
Vinko
Zlatić Ivan Balog |
|
|
Post-Docs |
Domagoj
Kuić |
Gianpaolo
Torre Jovan
Odavić |
Position
to open soon |
|
|
PhD Students |
Vanja
Marić Position
to open soon |
|
Position
to open soon |
|
|
Undergraduate Students |
|
|
Karlo
Delić |
|
Active Projects (with updated publication list):
·
“Novel
Characterizations of Classical and Quantum Many-Body Systems”
P.I.: Fabio Franchini
Funds: HrZZ (IP-2016-06-3347, DOK-2018-01-7464)
·
“Frustrated
Complex Systems”
P.I.: Salvatore Marco Giampaolo
Funds: HrZZ (IP-2019-04-3321)
Active Lines of Research:
·
Effects of
geometrical frustration in quantum many-body systems;
·
Effects of entanglement
in particle physics;
·
Lack of ergodicity
as a spontaneous symmetry breaking phenomenon;
·
Localization in quasi-periodic systems;
·
Quantum Thermodynamics;
·
Random Matrix Theory;
·
Strongly correlated 1D systems.