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Printable versionThere are several courses organised by the School that students may attend depending on their individual curriculum.
All courses will be held at the Department of Mathematics except where differently indicated.
A transdisciplinary programme in Quantum Science and Technologies is a secondary programme that gives to the PhD candidate didactic and research traning on a complementary discipline.
The specific aims are:
a. Promotion of transdisciplinary research in the Doctoral Course
b. Training of PhD candidates with transdisciplinary competences
c. Increase of the external collaborations
PhD students can apply for the program within 2 months of enrolling in the PhD program by sending an e-mail to phd.maths [at] unitn.it and attaching as required by the "TRANS-DISCIPLINARY PROGRAM IN SCIENCE AND QUANTUM TECHNOLOGY (TPQST) ":
- A motivation letter (other than the one presented for applying to the Ph.D., if any), specifying the reasons why the candidate deems her / his research project of interest for the field of QST.
- A brief research proposal, formally approved by the student's tutor or advisor.
More details in the following calendar.
Provisional calendar of the institutional courses for the academic year 2019/2020
N.B: this schedule may change.
|
Period |
Course |
Professor/s |
| February-May | Model Theory (borrowed from the master degree in mathematics at Trento) | Stefano Baratella |
| February-May | Type Theory (borrowed from the master degree in mathematics at Trento) | Roberto Zunino |
| February-May | Advanced Coding Theory and Cryptography II (borrowed from the master degree in mathematics at Trento) | Edoardo Ballico |
| February-May | Advanced Commutative Algebra (borrowed from the master degree in mathematics at Trento) | Edoardo Ballico - Giancarlo Rinaldo |
| 1st Semester | Tensor Decomposition for Big Data Analysis (borrowed from the master degree in mathematics at Trento) | Alessandra Bernardi |
| February-April | Algebraic groups actions, invariants, birational geometry (PhD course, University of Trento) | Jaroslaw Wisniewski (University of Warsaw) |
| February-April | Algebraic geometry II (borrowed from the master degree in Mathematics, University of Trento) | Luis Eduardo Solá Conde |
| February-May | Geometric Analysis (borrowed from the master degree in mathematics at Trento) | Lorenzo Mazzieri |
| February-May | Advanced Calculus of Variations (borrowed from the master degree in mathematics at Trento) | Andrea Pinamonti - Eugenio Vecchi |
| February-May | Gamma-Convergence and Applications (borrowed from the master degree in mathematics at Trento) | Marco Bonacini |
| April-May | Variational problems for manifold-valued maps (borrowed from the master degree in mathematics at Verona) | Giacomo Canevari (University of Verona) |
| March-April | Introduction to Game Theory (Ph.D. course, University of Verona) | Stefano Benati - Sylvain Sorin (UPMC, Sorbonne University) |
| February-May | Stochastic Differential Equations (borrowed from the master degree in mathematics at Trento) | Carlo Orrieri |
| 19-29 March / 19-24 April | Stochastic Processes and Mean Field Games (borrowed from the master degree in mathematics at Trento) | Adrian Zalinescu (UAIC, Iasi) - Luciano Campi (London School of Economics and Political Studies) |
| February-May | Mathematical Physics - Quantum Relativistic Theories (borrowed from the master degree in mathematics at Trento) | Valter Moretti |
| February-May | Computational Haemodynamics (borrowed from the master degree in mathematics at Trento) | Lucas Omar Muller |
| February-May | Numerical Methods for PDE (borrowed from the master degree in mathematics at Trento) | Ana Maria Alonso Rodriguez |
| January | Numerical Methods for the Fluid Structure Interaction Problem (Ph.D. course, Politecnico di Milano) | Christian Vergara (Politecnico di Milano) |
| January-February | Mathematical Modeling (Ph.D. course, University of Verona) | Romeo Rizzi (University of Verona) |
| February-May | Bayesian Statistics (borrowed from the master degree in Mathematics at Trento) | Claudio Agostinelli - Pier Luigi Novi Inverardi |
| February-May | Model Tuning and Parameter Estimation (borrowed from “Network Modelling and Simulation”, master degree in Quantitative and Computational Biology) | Federico Reali (COSBI, Trento) |
| February-May | Musics and mathematics - An introduction (Ph.D. course, University of Trento) | Augusto Visintin (with the collaboration of some musicians) |
| a.y. 2019-20 | Transdisciplinary program in Quantum Science and Technologies |
MANDATORY COURSES a.y. 2019-20
Quantum Sensing - prof. Quaranta (3 credits)
Quantum Computing - prof. Hauke (6 credits - offered by the Master in Physics) The seminars organised by the Q@TN Laboratory are mandatory
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