AleChiesa

Academic researcher in Physics, University of Parma, Italy

[fatmols.eu @fatmols]

Would you like to know the advantages that molecular nanomagnets will bring to quantum information processing? Read our just published paper in @IOPPublishing Reports on Progress in Physics: https://t.co/YfPIUXdOk2

[AleChiesa @AleChiesa88]

Quantum Information Processing with Molecular Spin Qudits: a review on state-of-the-art and perspectives of the field https://t.co/obCUvNFPLu

[AleChiesa @AleChiesa88]

Our new work on JACS https://t.co/YE6L05Lbmc
Experimental proof-of-principle quantum simulator!
@unipr @MolMagPapers @ElenaGarlatti

[AleChiesa @AleChiesa88]

https://t.co/Cm2d5ZOc3T

[AleChiesa @AleChiesa88]

Direct observation of chirality-induced spin selectivity in electron donor–acceptor molecules | Science https://t.co/yJVkJLfqhF

[fatmols.eu @fatmols]

Blueprint of a realistic molecular spin quantum processor: just published in @PhysRevApplied and featured by Physics! Nice joint work by @MolMagUnipr from @unipr and @INMAdivulga, @SuperTechCAB and @queen_of_fog teams from @QTEP_CSIC . Access it at https://t.co/fDJB4D8nAI

[AleChiesa @AleChiesa88]

Our new work on exploiting Chirality-induced Spin Selectivity for quantum technologies https://t.co/XfSoFOPNGc basis of a joint project between University of Florence, Freie Universitat Berlin, Northwestern University, Weizmann Institute, University of Parma @RSessoli

[AleChiesa @AleChiesa88]

Five-Spin Supramolecule for Simulating Quantum Decoherence of Bell States https://t.co/64mbnRpm8r

[AleChiesa @AleChiesa88]

Read our latest @PCCP HOT article, FREE to access now! Find it here: https://t.co/zDWM0HHg9K

[AleChiesa @AleChiesa88]

Our study on the design of optimal magnetic molecules embedding quantum error correction has been published https://t.co/VnhVUXkEto @FranzP7 @JPhysChem Decoherence is dramatically suppressed and the power of the code boosted by orders of magnitude