L. Salvi
发表
F. Sorrentino,
G. Tino,
M. Prevedelli,
2013,
1312.3741.
D. Akamatsu,
V. Vuletić,
L. Salvi,
2019,
Physical review letters.
G. Tino,
L. Salvi,
N. Poli,
2019,
Classical and Quantum Gravity.
L. Salvi,
N. Poli,
J. Tinsley,
2022,
PRX Quantum.
G. Tino,
G. Rosi,
L. Salvi,
2022,
Applied Physics B.
G. Tino,
T. Mazzoni,
L. Salvi,
2015,
1510.07939.
L. Salvi,
A. Niro,
L. Vitali,
2014
.
Gavin W. Morley,
M. Rothacher,
C. Skordis,
2022,
EPJ Quantum Technology.
S. Ranta,
M. Guina,
J. Penttinen,
2021,
Optics express.
L. Salvi,
N. Poli,
J. Tinsley,
2022,
OPTO.
L. Salvi,
N. Poli,
J. Tinsley,
2020,
2009.05006.
Tommaso Mazzoni,
Leonardo Salvi,
Guglielmo M. Tino,
2017,
1712.01388.
Leonardo Salvi,
Guglielmo M. Tino,
Liang Hu,
2017,
Physical review letters.
Leonardo Salvi,
Nicola Poli,
V. Vuletić,
2017,
Physical review letters.
G. Tino,
L. Salvi,
N. Poli,
2018,
2018 European Frequency and Time Forum (EFTF).
Luigi Cacciapuoti,
Leonardo Salvi,
Giulio D'Amico,
2018,
Photonics Europe.
A large-momentum-transfer matter-wave interferometer to measure the effect of gravity on positronium
M. Giammarchi,
G. Tino,
F. Castelli,
2023,
2303.11798.
Leonardo Salvi,
Nicola Poli,
Maria Luisa Chiofalo,
2019,
Quantum Science and Technology.
Simone Colombo,
Leonardo Salvi,
Yanhong Xiao,
2019
.
L. Salvi,
N. Poli,
J. Tinsley,
2021,
Physical Review A.
D. Akamatsu,
L. Salvi,
A. Heinz,
2018,
Physical Review A.
G. Tino,
L. Cacciapuoti,
L. Salvi,
2023,
Physical Review Letters.
A large-momentum-transfer matter-wave interferometer to measure the effect of gravity on positronium
M. Giammarchi,
G. Tino,
F. Castelli,
2023,
Classical and Quantum Gravity.
D. Akamatsu,
V. Vuletić,
L. Salvi,
2019,
Physical review letters.