Equipe: Nanostructures: growth, quantum effects and magnetism

This time-resolved Kerr effect device (pump-probe) allows a measurement of the three dynamic components of the magnetization over a 12ns window, under field and cold. It is coupled to a polarized imaging device which...

Reflection polarization microscope for imaging magnetic domains by magneto-optical Kerr effect Contact-cooled sample in an Oxford Microstat BT HiRes II pillar cryostat (4-300 K) Various light sources: filtered white lamp, LED, continuous laser (Ti-sapphire,...

Microphotoluminescence and excitation scanning imaging. The device includes: a Spectra-Physics solid-state laser source (composed of a Millenia pump laser, a Ti-Sapphire laser, an OPO and doublers) covering the entire visible wavelength range and delivering...

Team Permanent members: Mathieu Bernard, Benoît Eble, Richard Hostein (My Cryo Firm Company), Florent Margaillan, Valia Voliotis Quantum dots based on semiconductor materials are systems of choice to define robust quantum bits, in particular...

Team Permanent member: François Dubin Researcher Emeritus: Monique Combescot Composite bosons model systems like excitons in semiconductor heterostructures are also investigated. After the demonstration of Bose-Einstein condensation with indirect excitons in our group, the...

Team Permanent members: Catherine Gourdon, Laura Thevenard, Max Marangolo PhD: Anupam Sharma (2024-2027), A. Vythelingum (2021-2024) Post-doc : Djoudi Ourdani (2023-2025) In ferromagnetic metallic or semiconductor materials, we have developed different approaches to manipulate...

The MBE platform team offers its skills and expertise in the elaboration of thin films, heterostructures and epitaxial nanostructures in the framework of scientific projects. Growth and structural and electronic properties of thin films,...

Set-up for magneto-transport measurements under light irradiation adapted to the PPMS of the “physical measurements at low temperatures” technical platform.     Contact Paola Atkinson: paola.atkinson(at)insp.jussieu.fr

2 pulsed laser deposition set-ups: pulsed YAG laser at 266 nm coupled to a secondary vacuum chamber with a system of six targets, a heated sample holder (800 °C), and: pulsed YAG laser at...