5 papers
Strong Coupling of the Mo Mo Stretching Mode to a Locally Confined Stokes Raman Field in Mo2 Molecular Resonators
Miao Meng, Ying Ning Tan, Guang Yuan Zhu +1
Confining optical fields to molecular dimensions is a central objective in nanophotonics and molecular quantum optics. Here, we report strong coupling of the Mo Mo stretching vibra…
Strong, Mode-Selective Evxciton-Photon Coupling Driven by Polariton Scattering in the Mo2 Complexes at Ambient Conditions
Miao Meng, Ying Ning Tan, Zi Cong He +2
Quadruply bonded Mo2 complexes provide a distinctive molecular platform in which multiple two-level electronic transitions interact with quantized scattering modes under ambient co…
Quadruply Bonded Mo2 Molecules: An Innate Emitter-Resonator Quantum System in Free Space
Miao Meng, Ying Ning Tan, Zi Cong He +5
In recent decades, significant progress has been made in constructing and studying individual quantum systems based on two level atoms (molecules) and photons. Here we demonstrate…
Quadruply Bonded Mo Molecules Acting as an Inborn Emitter-Resonator Quantum System in Free Space
Miao Meng, Ying Ning Tan, Zi Cong He +5
In recent decades, significant progress has been made in construction and study of individual quantum systems consisting of the basic single matter and energy particles, i.e., atom…
Quantization of Visible Light by a Ni Molecular Optical Resonator
Miao Meng, Ying Ning Tan, Yu Li Zhou +5
The quantization of an optical field is a frontier in quantum optics with implications for both fundamental science and technological applications. Here, we demonstrate that a dini…