CV
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Education
- Ph.D in Theoretical Physics, Universidad Autonoma de Madrid, Spain, 2017
- M.S. in Physics, Sapienza University of Rome, Italy, 2013
- B.S. in Physics, Sapienza University of Rome, Italy 2010
Work experience
- 2017-current: Postdoctoral Research Fellow
- INFN-Turin
- Supervisor: Prof. M. Panero
- 09-11/2016: Short Term Visitor
- Higgs Centre for Theoretical Physics/University of Edinburgh, UK
- Supervisor: Prof. L. Del Debbio and Dr. G. Cossu
- 2014-2017: Predoctoral Research Fellow
- CSIC-IFT/UAM - Madrid
- Supervisor: Prof. C. Pena
International Schools
- CINECA - 15th Advanced School on Parallel Computing
- Introduction to massively parallel architectures (Cavazzoni/Emerson, CINECA)
- Software Engineering for HPC (Ciancarini, CINI)
- Cineca HPC systems (Marani, CINECA)
- Introduction to GPU Programming (Bonfá, CINECA)
- Accelerated programming models: CUDA, OpenACC, CUDAFortran (E4/Arm)
- ARM architecture and Ecosystem (Arm)
- Compilers and Tools + Optimisation and Performance (Arm)
- Python for HPC (Spallanzani, CINECA)
- 2016 Lectures on the Theory of Fundamental Interactions, GGI, Florence, Italy.
- Early Universe (P. Creminelli, ICTP)
- QFT beyond perturbation theory (L. Giusti, Milano Bicocca U. and INFN)
- Effective Field Theories (D. B. Kaplan, U. of Washington and INT, Seattle)
- Flavor Physics (Y. Nir, Weizmann Inst.)
- Dark Matter (S. Profumo, UC, Santa Cruz)
- QCD and Collider Physics (M. Schwartz, Harvard U.)
- 2015 Lattice Practices 2015, Forschungszentrum Jülich Supercomputing Centre, Jülich, Germany.
- Data analysis (C. Hölbling, Wuppertal U.)
- Solvers (A. Frommer and K. Kahl, Wuppertal U.)
- Performance Optimization (G. Koutsou, Cyprus Institute)
- Computer Architectures (D.Pleiter, JSC/Regensburg U.)
- Valence techniques (A. Vaquero, INFN)
- Finite temperature QCD (K. Szabo, JSC/Wuppertal U.)2014 Lectures on Lattice, VII Parma International School of
- Theoretical Physics, Parma, Italy.
- Introduction to lattice field theories (L. Del Debbio, Edinburgh)
- Numerical Methods for lattice QCD (S. Schaefer, DESY NIC)
- Lattice Heavy Flavor Physics and Standard Model (M. Della Morte, Odense)
- QCD thermodynamics (O. Philipsen, Frankfurt)
- Graphene, Topological Insulators and Weyl Semi-metals (P. Buividovich, Regensburg)
PhD Courses
- 2016 Advanced topics on Renormalization, by A. Vladikas.
- 2015 Anomalies, by M.A. Vasquez Mozo.
- 2015 Introduction to String Theory, by A. Uranga.
- 2015 Application of Conformal Field Theory, by G. Sierra.
- 2015 Introduction to Supersymmetry, by L. Fogliani.
Online Certified Courses
- 2019 Python for Computer Vision with OpenCV and Deep Learning. Certificate
- 2019 NLP - Natural Language Processing with Python. Certificate
- 2019 Complete Guide to TensorFlow for Deep Learning with Python. Certificate
- 2019 Introduction to TensorFlow for Artificial Intelligence, Machine Learning and Deep Learning. Certificate
- 2019 Deep Learning Specialization Certificate
- Neural Network and Deep Learning Certificate
- Improving Deep Neural Networks: Hyperparameter tuning, Regularization and Optimization Certificate
- Structuring Machine Learning Projects Certificate
- Convolutional Neural Networks Certificate
- Sequence Models Certificate
Workshop and Conferences
- 2017 SM&FT 2017, Centro Polifunzionale UniBA, Bari, IT. The 17th Workshop on Statistical Mechanics and Non-Perturbative Field Theory
- 2016 Lattice 2016, University of Southampton, Southampton, UK. The 34th International Symposium on Lattice Field Theory
- 2015 IV Postgraduate Meeting on Theoretical Physics, IFT-CSIC/UAM, Madrid, Spain.
- 2015 Lattice 2015, Kobe International Conference Center, Kobe, Japan. The 33rd International Symposium of Lattice Field Theory
- 2015 eNLarge Horizons, IFT-CSIC/UAM, Madrid, Spain.
Master Thesis Co-advised
- 2018 “Non-Perturbative Renormalization of Tensor Currents”, Leonardo Chimirri, UniTo, University of Turin, Italy.
Publications
Talks
Running of Composite operators in the SF scheme
Theory Seminar - Invited talk at Higgs Centre for Theoretical Physics/University of Edinburgh, Edimburgh, UK
Renormalization of composite operators in the SF scheme
Theory Seminar - Invited talk at University of Turin, Physics Department, Turin, IT
Non-Perturbative renormalization and running of composite operators in the SF schemes
Lattice Seminar - Invited talk at NIC-DESY Zeuthen/Humboldt University of Berlin, Berlin, DE
Teaching
Language Skills
- Italian - Native
- English - Fluent
- Spanish - Intermediate
- Russian - Elementary
Technical Skills
- OS: Windows, Linux, Mac OS
- HPC experience: Galileo (CINECA), Marconi (CINECA), Altamira (IFCA), FinisTerrae2 (CESGA)
- Coding: C/C++, Bash, MatLab, Mathematica, Perl, Python, TensorFlow
- Utility: LaTeX, Git, Docker, Keynote