Available PhD Subjects

During the application process, candidates will be able to choose up to five PhD topics from the list below and rank them in order of preference.

1	Towards a unified treatment of signaling in quantum causality and information protocols Alastair Abbott, V. Vilasini, Mehdi Mhalla INRIA, LIG
2	Altermagnetic Spintronics Vincent Baltz, Jérôme Faure-Vincent SPINTEC
3	Theory of quantum nano-calorimetry in ultrasmall hybrid normal metal-superconductor junctions D. Basko, C. Winkelmann LPMMC, PHELIQS
4	2-qubit gate with flying electron wavepackets Christopher Bauerle NEEL
5	Magnon transport in two dimensional systems: interplay between quantum geometry, topology and disorder Georges Bouzerar NEEL
6	Effective magnetization dynamics in coupled spintronic nano-oscillators Liliana Buda-Prejbeanu, Pascal Thibaudeau SPINTEC
7	Theoretical studies of orbital currents and conversion mechanisms to optimize the performance of spin-orbit devices Mairbek Chshiev, Jing Li, Kevin Garello SPINTEC, LETI
8	Moirés of orthorhombic van der Waals magnets Clément Faugeras LNCMI
9	Regulatory Frameworks for Quantum Technologies Amélie Favreau CRJ
10	Coherent Nanomechanics at Ultra-low Temperatures Andrew Fefferman NEEL
11	ZX-diagram extraction from non integrable models Michele Filippone MEM
12	Exploring and controlling curvature-induced non-reciprocity of spin waves Olivier Fruchart, Aurélien Masseboeuf SPINTEC
13	A way toward rotating quantum turbulence Mathieu Gibert, Patrik Švančara NEEL
14	Angular Momentum of Magnons Olivier Klein SPINTEC
15	Phase transitions in SU(N) Fermionic models Pierre Nataf LPMMC
16	Flatbands in periodically strained graphene Vincent Renard, Clemens Winckelmann, Marc Zelsmann PHELIQS, LTM
17	Magnetically doped Transition Metal Dichalcogenide Thin Films via Molecular Beam Epitaxy Vincent Polewczyk, Matthieu Jamet SPINTEC
18	Development of a 3-wave mixing nanowire Josephson parametric amplifier Julien Renard, Moïra Hocevar NEEL
19	Quantum simulation of the transition between plateaus in the fractional quantum Hall effect Cecile Repellin LPMMC
20	When Superconductivity Meets the Quantum Hall Effect Benjamin Sacepe NEEL
21	Theory of localization effects in dynamics of mass-imbalanced quantum gas mixtures Sergey Skipetrov LPMMC
22	Cold atoms for optical reservoir computing Sergey Skipetrov LPMMC
23	Efficient Self-Testing of Multipartite Quantum States: Practical Schemes and Algebraic Methods Ivan Šupić LIG
24	Trustworthy certification of single quantum devices Ivan Šupić LIG
25	Modeling of a magnonic diode based on spin-wave non-reciprocity innanowires and nanotubes Jean-Christophe Toussaint, Daria Gusakova SPINTEC, NEEL
26	Microwave photon detectors based on ultrasmall hybrid normal metalsuperconductor junctions C. Winkelmann, H. Courtois PHELIQS, NEEL
27	Probing unconventional superconductivity by STM C. Winkelmann, V. Renard, M. Jamet PHELIQS, SPINTEC
28	Low temperature transport and Transmission Electron Microscopy of silicon aluminum interfaces Martien den Hertog, Cecile Naud NEEL
29	Electron ptychography of quantum dot emitters Martien den Hertog, Eva Monroy NEEL, PHELIQS
30	Development of epitaxial tunnel barriers for superconducting-semiconducting quantum applications Moïra Hocevar, Edith Bellet-Amalric NEEL, PHELIQS
31	Hybrid spin qubit-nanomechanical interaction Benjamin Pigeau, Olivier Arcizet NEEL
32	Nano optomechanics in the single photon regime Benjamin pigeau, Olivier Arcizet NEEL
33	A novel route to germanium spin qubit arrays Silvano De Franceschi, Vivien Schmitt PHELIQS
34	Quasiparticle dynamics in superconducting islands coupled to germanium-based quantum dots Silvano De Franceschi, Vivien Schmitt PHELIQS

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