Discovering Quantum Technologies | Laboratoire MPQ - Matériaux et Phénomènes Quantiques

The Graduate School Quantum Technologies of Université Paris Cité, the Physics Department, the IRIF (Institute of Research in Fundamental Computer Science), and the MPQ (Materials and Quantum Phenomena) laboratory are partnering for the 2022 edition of the Science Festival and offering high school students a program titled “Discovering Quantum Technologies.”

The complete program can be found on the website of Université Paris Cité.

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Emergent quantum phase transition in superconducting circuits

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The THEORIE team has recently published a significant theoretical study in Nature Communications on the topic of quantum critical phenomena. This research addresses a current debate that questions the traditional understanding of dissipative quantum phase transitions...

Probing and manipulating the superconducting state of NbSe2 in the 2D limit

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Context:. The dynamics of superconductors (SC) driven out-of-equilibrium is governed by their collective mode spectrum, and in particular the SC amplitude mode which is an analog of the Higgs mode in high-energy physics [1]. In many materials the coexistence of SC...

Photonics Innovation Award 2024 for Hamidreza Neshasteh

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Congratulations to Hamidreza Neshasteh and Florent Malabat, of the LIME team, who have received the Photonics21 Innovation Award 2024 !The award, with a prize money of €5,000 honours “the outstanding research on micron-scale laboratory housed on a single miniature...

Electronic properties of strained phosphorene allotropes

Internships/PhD positions

(a) sketch of a vicinal surface . (b) One of Phophorene allotropes. (c) STM picture of atomic arrangement. Laboratoire: MPQ (Matériaux et Phénomènes Quantiques), Université Paris Cité & CNRSAdress: Bâtiment Condorcet – 10 Rue A. Domon et L. Duquet – 75013...