Items where Author is "Sinhal, Mudit"
Number of items: 9. 19 April 2022Sinhal, Mudit and Willitsch, Stefan. (2022) Molecular-ion quantum technologies. 2022Sinhal, Mudit and Johnson, Anatoly and Willitsch, Stefan. (2022) Frequency stabilisation and SI tracing of mid-infrared quantum-cascade lasers for precision molecular spectroscopy. Molecular Physics, 121 (17-18). e2144519. 2021Sinhal, Mudit and Meir, Ziv and Willitsch, Stefan. (2021) Non-destructive State Detection and Spectroscopy of Single Molecules. Chimia, 75 (4). pp. 291-295. Sinhal, Mudit. Quantum Control of Single Molecular Ions. 2021, Doctoral Thesis, University of Basel, Faculty of Science. Husmann, Dominik and Bernier, Laurent-Guy and Bertrand, Mathieu and Calonico, Davide and Chaloulos, Konstantinos and Clausen, Gloria and Clivati, Cecilia and Faist, Jerome and Heiri, Ernst and Hollenstein, Urs and Johnson, Anatoly and Mauchle, Fabian and Meir, Ziv and Merkt, Frederic and Mura, Alberto and Scalari, Giacomo and Scheidegger, Simon and Schmutz, Hansjurg and Sinhal, Mudit and Willitsch, Stefan and Morel, Jacques. (2021) SI-traceable frequency dissemination at 1572.06 nm in a stabilized fiber network with ring topology. Optics express, 29 (16). pp. 24592-24605. 2020Meir, Ziv and Sinhal, Mudit and Safronova, Marianna S. and Willitsch, Stefan. (2020) Combining experiments and relativistic theory for establishing accurate radiative quantities in atoms: The lifetime of the P-2(3/2) state in Ca-40(+). Physical Review A , 101 (1). 012509. Najafian, Kaveh and Meir, Ziv and Sinhal, Mudit and Willitsch, Stefan. (2020) Identification of molecular quantum states using phase-sensitive forces. Nature Communications, 11 (1). p. 4470. Sinhal, Mudit and Meir, Ziv and Najafian, Kaveh and Hegi, Gregor and Willitsch, Stefan. (2020) Quantum-nondemolition state detection and spectroscopy of single trapped molecules. Science, 367 (6483). pp. 1213-1218. 2019Meir, Ziv and Hegi, Gregor and Najafian, Kaveh and Sinhal, Mudit and Willitsch, Stefan. (2019) State-selective coherent motional excitation as a new approach for the manipulation, spectroscopy and state-to-state chemistry of single molecular ions. Faraday Discussions, 217. pp. 561-583. |
