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PhD Candidate – Research Assistant in Quantum Computing with Polaritons (f/m/x) Ref. Number: MAB/17/2026 Location: Warsaw, Poland

YouTube video by Quandela

🎉 Happy World Quantum Day 2026 🎉 Within Quondensate project scientists aim to transform global innovation through Quantum Computing & Quantum Technologies. Stay tuned!

Quondensate celebrates the addition of a new postdoctoral researcher Gaia Di Berardino to the project! Gaia joins the Istituto Italiano di Tecnologia research group located in the NEST laboratories i...

Magnetotransport investigation of layered MoS2 crystals in field-effect devices reveals strong dependence on thickness and carrier density. Monolayer MoS2 exhibits the highest magnetoresistance of 68...

2D transition-metal dichalcogenides have attracted significant attention due to their unique properties, which make them highly promising for a variety of applications ranging from quantum technologie...

In the 2025 edition of the Milan European Researchers' Night #MeetMeTonight our scientist Giovanni Maria Vanacore talks about the "invisible quantum dance of electrons, photons, and matter" at the EU ...

The QUONDENSATE project is acknowledged at FISMAT 2025, one of the largest and most prestigious gatherings in the field of condensed matter physics. Science is curiosity, respect, and responsibility. ...

2D-Vision 2025 workshop combined the beautiful historic setting of Pisa with high-level scientific discussions. The venues were the prestigious Scuola Normale Superiore and Domus Comeliana, an exquisi...

Jedynka - polskieradio.pl

npj Quantum Materials - One dimensional edge localized YSR states in CrCl3 on NbSe2

QUantum reservoir cOmputing based on eNgineered DEfect NetworkS in trAnsition meTal dichalcogEnides (QUONDENSATE) is a EU Pathfinder project. Today’s computation, based on parallel processing of infor...

Quantum confinement and reduced dielectric screening lead to strong excitonic effects in atomically thin transition metal dichalcogenides (TMDs). Encapsulation of TMD monolayers in hexagonal boron nitride (hBN) unveils the excitonic Rydberg series below the free particle bandgap. The nonequilibrium response and the dynamics of these higher order exciton states and their multiparticle complexes remain almost unexplored. Here we use ultrafast pump–probe optical microscopy to measure the dynamics of excited-state (2s) excitons in hBN-encapsulated monolayer WSe2. 2s excitons form through an ultrafast relaxation process from high-energy states and exhibit longer decay dynamics than ground state excitons due to their higher spatial extension. We detect light-induced formation of 2s trions with significant oscillator strength and faster decay dynamics than 2s excitons, attributed to an intra-excitonic Auger effect causing an additional decay channel. Our results shed light on the dynamics of excited state excitons in TMDs and their interactions with free carriers.

Bi2Se3, a layered three-dimensional topological insulator, exhibits intriguing changes in its band structure when its thickness is reduced below 7 quintuple layers. The reduction in thickness leads to...

Floriana M. posted images on LinkedIn