Post-doc offers

Internship offers

Weyl and Dirac fermions in topological heterostroctures : a magneto-optical and quantum magneto-transport investigation

2022/2023 : An M2 internship is available regarding investigation of the relativistic spectrum in smooth topological heterojunction and Weyl fermions observation. A PhD thesis starting from september 2023 is planned.

Place: École Normale Supérieure Physics Department (LPENS), 24 rue Lhomond, Paris
Contact: Louis-Anne de Vaulchier (louis-anne.devaulchier@ens.fr)

Full offer

Tera-Hertz generation from femtosecond-laser induced microplasma

2022/2023 : An M2 internship is available with following PhD.

Place: École Normale Supérieure Physics Department (LPENS), 24 rue Lhomond, Paris
Contact: Jérôme Tignon (jerome.tignon@ens.fr)

Full offer

THz Quantum Optics with Quantum Cascade Lasers

2021/2022 : An M2 internship is available regarding THz Quantum Optics with Quantum Cascade Lasers, with an aim to demonstrate quantum correlations between the laser modes of a THz frequency comb. The internship can be potentially followed by a PhD.

Place: École Normale Supérieure Physics Department (LPENS), 24 rue Lhomond, Paris
Period: 2nd semester 2021-2022
Contact: Sukhdeep DHILLON (sukhdeep.dhillon@ens.fr)

Full offer

Terahertz spintronics – Quantum Materials for Ultrafast Spin-to-Charge Conversion

2021/2022 : An M2 internship is available regarding spin-to-charge conversion (SCC) in novel topological/ferromagnetic materials, bringing an advancement in the application and understanding of quantum interfaces for terahertz (THz) spintronic devices. The internship can be potentially followed by a PhD.

Place: École Normale Supérieure Physics Department (LPENS), 24 rue Lhomond, Paris
Period: 2nd semester 2021-2022
Contact: Sukhdeep DHILLON (sukhdeep.dhillon@ens.fr)

Full offer

Non-equilibrium dynamics of carriers in quantum dots using mid infrared pump-THz
probe spectroscopy

2021/2022 : We propose an M2 internship with the objective of exploring non-equilibrium dynamics of carriers in graphene quantum dots and nanocrystals of HgTe using mid infrared pump-THz probe spectroscopy. The objective is to prove the potential of semiconductor quantum dots for THz technology. This internship may be followed by a PhD.

Place: École Normale Supérieure Physics Department (LPENS), 24 rue Lhomond, Paris
Period: 2nd semester 2021-2022
Contact: Juliette MANGENEY (juliette.mangeney@phys.ens.fr)

Full offer