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Violations of discrete symmetries:
Search for time-reversal violation, as manifested by an electron electric dipole moment or a nuclear Schiff moment, in molecules (PbO, ThO, TlF). Measurement of neutral weak interaction couplings,
using enhanced effects in diatomic free radicals (BaF). Theoretical calculations of symmetry violating effects in atoms and molecules. Search for small time variations in fundamental constants, using molecules and optically-excited nuclei. Search for small violations of the spin-statistics connection for photons, using atomic two-photon transitions. Measurement of parity-violating nuclear anapole moments, using both optical techniques (in atomic Yb) and radiofrequency methods (in atomic Fr and Dy, and in diatomic molecules). Associated spectroscopic measurements in atoms and molecules.
Ultracold polar molecules:
Development of methods for production and trapping of ultracold polar molecules, including direct laser cooling and trapping of molecules. Symmetry-violation tests using ultracold molecules.
Development of architectures for quantum computation based on polar diatomic molecules as
qubits. Spectroscopy of diatomic molecules.
Violations of discrete symmetries:
Search for time-reversal violation, as manifested by an electron electric dipole moment or a nuclear Schiff moment, in molecules (PbO, ThO, TlF). Measurement of neutral weak interaction couplings,
using enhanced effects in diatomic free radicals (BaF). Theoretical calculations of symmetry violating effects in atoms and molecules. Search for small time variations in fundamental constants, using molecules and optically-excited nuclei. Search for small violations of the spin-statistics connection for photons, using atomic two-photon transitions. Measurement of parity-violating nuclear anapole moments, using both optical techniques (in atomic Yb) and radiofrequency methods (in atomic Fr and Dy, and in diatomic molecules). Associated spectroscopic measurements in atoms and molecules.
Ultracold polar molecules:
Development of methods for production and trapping of ultracold polar molecules, including direct laser cooling and trapping of molecules. Symmetry-violation tests using ultracold molecules.
Development of architectures for quantum computation based on polar diatomic molecules as
qubits. Spectroscopy of diatomic molecules.
研究兴趣
论文共 262 篇作者统计合作学者相似作者
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Nature Physicspp.1-9, (2024)
arxiv(2023)
A. Hiramoto,T. Masuda,D. G. Ang,C. Meisenhelder,C. Panda, N. Sasao, S. Uetake,X. Wu,D. Demille,J. M. Doyle,G. Gabrielse,K. Yoshimura
arXiv (Cornell University) (2023)
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B. Acharya,C. Adams, A. A. Aleksandrova, K. Alfonso,P. An, S. Baeßler,A. B. Balantekin,P. S. Barbeau,F. Bellini,V. Bellini,R. S. Beminiwattha,J. C. Bernauer,
arXiv (Cornell University) (2023)
Peiran Hu,Zhen Han, Collin Diver, Maya Watts,Daniel Ang,David DeMille,John Doyle,Gerald Gabrielse, Ayami Hiramoto,Nicholas R. Hutzler,Daniel Lascar,Zack Lasner,
crossref(2022)
Ayami Hiramoto,Daniel Ang,David DeMille, Collin Diver,John Doyle,Gerald Gabrielse,Zhen Han,Peiran Hu,Nicholas R. Hutzler,Daniel Lascar,Siyuan Liu,Takahiko Masuda,
crossref(2022)
crossref(2022)
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