TENORS doctoral network offers 15 Marie Skłodowska-Curie thesis grants

The objective of TENORS is to conduct advanced research that addresses critical challenges in the fields of tensor modeling and computation, joining forces from algebraic geometry, global optimisation, numerical computation, high performance computing, data science, quantum physics.

It aims to feed an innovative and ambitious joint-PhD program to train highly qualified young scientists in new scientific and technological knowledge. 

The PhD candidates will obtain joint/double Phd diplomas from reputed universities within TENORS project.

The PhD projects and beneficiary partners of the networks are:

• Geometry of extensor varieties (Inria UniCA, Uni. Trento)
• Low-rank approximation for tensor modeling (Inria UniCA, Uni. Firenze)
• Tropicalization of moment relaxations for tensor decompositions (CNRS-LAAS, Uni. Konstanz)
• Cohomology of tensor varieties (Uni. Konstanz, Uni. Firenze)
• Tensor decompositions for sums of even powers of real polynomials (Uni. Konstanz, Inria UniCA)
• Gibbs manifolds and semidefinite programming (MPI Leipzig, NWO-I the Netherlands)
• Tensor decomposition with group invariance (Uni. Tromsoe, Inria UniCA)
• Tensor optimization for storage integration (Uni. Tromsoe, Uni. Konstanz)
• Algorithms for Tensor Decomposition (Uni. Tromsoe, Uni. Konstanz)
• Geometry of Hermitian tensor spaces (Uni. Firenze, Inria UniCA), 
• Approximation hierarchies for quantum entanglement detection (NWO-I, CNRS-LAAS)
• State preparation of matrix-product operations (CTU, CNRS-LAAS)
• Tensor and polynomial optimisation for quantum information networks (ICFO Barcelona, CNRS-LAAS)
• Constrained Optimization with Low-Rank Tensor Approximations (Artelys, Uni. Tromsoe)

The industrial associate partners are: 

• Quandela, France ; 
• Cambridge Quantum Computing Limited, UK;
• Blue Tensor, Italy; 
• Arva, Norway;
• HSBC, UK.

Interested in applying?

• How to apply
• Where to submit your application

Preferably before March 31.