Doctoral School in Science and Technology

40th cycle

  • Quantitative aspects of Single Molecule fluorescence Microscopy and Spectroscopy
  • Industrial applications of laser-induced graphene
  • Application of artificial intelligence protocols to semiconductor oxides for the development of aroma sensors
  • New aspects and applications of field theories
  • Study of rotational domains in semiconducting Ga2O3 thin films and strategies to prevent them 
  • Learning Early Universe Physics with Galaxy Survey and Gravitational Wave Data 
  • Comparing feature learning in deep networks in and out of equilibrium: a statistical physics approach 
  • Reversible-binding aptamers for single-molecule imaging
  • Characterization and control of molecular qudits for quantum algorithms
  • Solving superconformal field theories

39th cycle

  • Non-perturbative studies of the QCD phase diagram
  •  Spin selectivity in chiral molecules and its applications to quantum technologies
  • Laser induced graphene for sensing and energy applications
  • Optoelectronic measurements to characterize and improve materials for photovoltaic applications
  • Large deviations and Big Jump effects in stochastic processes
  • Effect of complex networks sparsification methods on network robustness
  • Development of a model for RNA folding
  • A molecular platform for intracellular nitric oxide monitoring
  • Nonlinear dynamics and structure formation in quantum systems: from the laboratory to the universe
  • Theoretical models and quantum information processing protocols for molecular qubits

38th cycle

  • Spectroscopic characterization of minerals interesting for the environmental sciences
  • Computational and theoretical models of single neuron dynamics and collective dynamical regimes of neuronal activity in non-human primates
  • Molecular spins for Quantum Technologies beyond the qubit encoding
  • Gauge Theories and Holography at the Crossroads
  • Precision tests of fundamental physics from the Large Scale Structure of the Universe
  • Inference and reconstruction of mobility temporal networks and mobility flows in urban areas
  •  Artificial intelligence models: development and application on in vivo X-ray imaging in drug discovery
  • Realistic modelling of molecular qubits

Contacts

UO Formazione Post Lauream - PhD Office

Hub

P.le San Francesco 3 – 43121 Parma

Contacts
T. +39 0521 034214
E. dottorati@unipr.it

Head
Dott.ssa Sonia RIZZOLI