I am postdoc at the Department of Physics at University of Milan.
My research focus on Physics of Complex Systems, with special interest in
glassy materials, biophysics, nanoscience and mechanical metamaterials.
– Featured Works –
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New on PRL:
Universal low-frequency vibrational modes in silica glasses
Universality of glassy vibrational modes for the first time in a realistic glass system.
combining a reinforced Monte Carlo method with discrete element simulations. 3D printing of selected mechanical metamaterial actuators shows that the machine-generated structures can reach high efficiency, exceeding human-designed structures. We also show how to design efficient actuators by training a deep neural network.
BREAKING SILICA GLASS
BOND BREAKING IN SILICA GLASS
ACTIVE MATTER: UNJAMMING OF ACTIVE ROTATORS
NUCLEAR MORPHOLOGY IN PROGERIN-EXPRESSING CELLS
METAMATERIAL ARCHITECTURE FROM A SELF-SHAPING CARNIVOROUS PLANT
INSTABILITIES IN 3D FRICTIONAL GRANULAR SYSTEMS
TAILORING MECHANICAL METAMATERIALS through density of beams
PROTEIN AGGREGATION: Mutant vs wild type HTT
Protein driven lipid domain nucleation in biological membranes
