HQI Special Seminar – Prof. Ido Kaminer
Wednesday, Nov. 1
4:30 PM – 5:30 PM
Jefferson 250
Ido Kaminer, Technion
Title: "Attosecond Quantum Optics"
The role of the quantum features of light in attosecond processes has remained unexplored.
In a series of recent works, we developed the quantum-optical theory of attosecond
processes and applied it to high harmonic generation (HHG). In this talk, I will show how
the correlations between the emitters induce correlations between the emitted harmonics.
Furthermore, I will show that the spectrum of HHG is sensitive to the photon statistics of
the driving light. Thermal and squeezed light substantially increase the efficiency of HHG
compared to a coherent light of the same intensity. The prospects of the attosecond
quantum optics include the engineering of quantum many-photon states of light and creation
of entangled attosecond pulses.
Sincerely,
Claire
___________
Claire M. Gallagher
Staff Assistant III
Harvard Quantum Initiative - MD 351
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HQI Special Seminar – Prof. Ido Kaminer
Wednesday, Nov. 1
4:30 PM – 5:30 PM
Jefferson 250
Ido Kaminer, Technion
Title: Attosecond Quantum Optics
The role of the quantum features of light in attosecond processes has remained unexplored.
In a series of recent works, we developed the quantum-optical theory of attosecond
processes and applied it to high harmonic generation (HHG). In this talk, I will show how
the correlations between the emitters induce correlations between the emitted harmonics.
Furthermore, I will show that the spectrum of HHG is sensitive to the photon statistics of
the driving light. Thermal and squeezed light substantially increase the efficiency of HHG
compared to a coherent light of the same intensity. The prospects of the attosecond
quantum optics include the engineering of quantum many-photon states of light and creation
of entangled attosecond pulses.
Sincerely,
Claire
___________
Claire M. Gallagher
Staff Assistant III
Harvard Quantum Initiative - MD 351