Conference Agenda

Topical Meetings and Sessions:

TOM 1 - Silicon Photonics and Guided-Wave Optics
TOM 2 - Computational, Adaptive and Freeform Optics
TOM 3 - Optical System Design, Tolerancing and Manufacturing
TOM 4 - Bio-Medical Optics
TOM 5 - Resonant Nanophotonics
TOM 6 - Optical Materials: crystals, thin films, organic molecules & polymers, syntheses, characterization and applications
TOM 7 - Thermal radiation and energy management
TOM 8 - Non-linear and Quantum Optics
TOM 9 - Opto-electronic Nanotechnologies and Complex Systems
TOM 10 - Frontiers in Optical Metrology
TOM 11 - Tapered optical fibers, from fundamental to applications
TOM 12 - Optofluidics
TOM 13 - Advances and Applications of Optics and Photonics
EU Project Session
Early Stage Researcher Session

More information on the Topical Meetings

Select a date or location to show only sessions at that day or location. Select a single session for a detailed view (with abstracts and downloads when you are logged in as a registered attendee). The rest of the TOM sessions, EU project session, tutorials, and Early Stage Researcher session will be updated soon. Thank you for your patience!

Please note that all times are shown in the time zone of the conference. The current conference time is: 11th Aug 2022, 09:35:00pm WEST

 
 
Session Overview
Session
TOM8 S04: Nonlinear and Quantum Optics 4
Time:
Thursday, 15/Sept/2022:
8:30am - 10:00am

Location: Room 3


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Presentations
8:30am - 9:00am
Invited
ID: 363 / TOM8 S04: 1
TOM 8 Non-linear and Quantum Optics

Tba

Hugo Defienne

School of Physics and Astronomy, University of Glasgow, United Kingdom

Tba



9:30am - 10:00am
Invited
ID: 362 / TOM8 S04: 3
TOM 8 Non-linear and Quantum Optics

Tba

Costanza Toninelli

CNR-INO, Italy

Tba



10:00am - 10:15am
ID: 266 / TOM8 S04: 4
TOM 8 Non-linear and Quantum Optics

Single atom photon pair source

Jürgen Volz, Xinxin Hu, Garbiele Maron, Luke Master, Lucas Pache, Arno Rauschenbeutel

Department of Physics, Humboldt Universität zu Berlin, Germany

Sources of entangled photon pairs are a crucial ingredient for many applications in quantum information and communication. Of particular interest are narrow-band sources with bandwidths that are compatible with solid state systems such as atomic media for storage and manipulation of the photons. Here, we experimentally realize a source of energy-time entangled photon pairs where the photons pairs are generated by scattering light from a single two-level atom and separated from the coherently scattered light via a narrow-band filter. We verify the performance of our pair-source by measuring the second order correlation function of the atomic fluorescence and we observe that one can continuously tune the photon statistics of the atomic fluorescence from perfect photon anti-bunching to strong photon bunching expected for a photon pair source. Our experiment demonstrates a novel way to realize a photon pair source for photons with spectral bandwidths and resonance frequencies that are inherently compatible with atomic media.



10:15am - 10:30am
ID: 200 / TOM8 S04: 5
TOM 8 Non-linear and Quantum Optics

Fourier-limited attosecond pulse generation with magnetically pumped high-order harmonic generation

Rodrigo Martín-Hernández, Luis Plaja, Carlos Hernández-García

Universidad de Salamanca, Spain

After more than two decades of attosecond physics, the generation and control of the shortest laser pulses available remains as a complex task. One of the main limitations of reducing the temporal duration of attosecond pulses emitted from high-order harmonic generation (HHG) is the attochirp. In this contribution, we demonstrate that HHG assisted by strong fast oscillating magnetic fields enables the generation of Fourier-limited attosecond pulses in the water window. In short, the magnetic field generates a nanowire-like structure, which transversally confines the electronic wavefunction in the HHG process. We demonstrate that the resulting HHG spectrum extends well beyond the semiclassical cutoff frequency, and most interestingly, it is emitted in the form of few-cycle, Fourier-limited, attosecond pulses.



 
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