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FTu5A • Generation and Measurement of Quantum States - Speaker view
Virtualroom1
26:42
Welcome to FTu5A – Generation and Measurement of Quantum States. The audio for today’s conference should be coming through your computer speakers. Please ensure your speakers are turned on and the volume up. Should you need technical assistance, please use this chat feature or raise your hand to let us know. As a reminder, please share your questions in the Q&A box. The Q&A session will take place at the end of the presentation.
Virtualroom1
27:59
This is FTu5A.1 – Generation of Schrödinger Cat States With Wigner Negativity Using a Low-Loss Continuous-Wave Optical Parametric Amplifier from Akito Kawasaki. The presenter is NOT online for Q&A. Please email the presenter directly with any questions.
Virtualroom1
39:41
This is FTu5A.2 – Time-Resolved Second-Order Coherence of an Integrated Biphoton Frequency Comb from Karthik Myilswamy. The presenter is in person and is available to answer your questions! Use the Q&A box to submit questions.
Virtualroom1
53:46
This is FTu5A.3 – Non-Gaussian State Design With the Quantum Frequency Processor from Andrew Pizzimenti. The presenter is in person and is available to answer your questions! Use the Q&A box to submit questions.
Virtualroom1
01:09:01
This is FTu5A.4 – Creation of Photonic Cat and GKP States Using Modulated Electrons from Gefen Baranes. The presenter is in person and is available to answer your questions! Use the Q&A box to submit questions.
Virtualroom1
01:26:21
This is FTu5A.5 – Bayesian Optical Heterodyne Tomography from Joseph Chapman. The presenter online and is available to answer your questions! Use the Q&A box to submit questions.
Virtualroom1
01:40:17
This is FTu5A.6 – Iterative Protocols for the Generation of new Quantum States of Light from Rosa Tualle-Brouri. The presenter is online and is available to answer your questions! Use the Q&A box to submit questions.
Virtualroom1
02:08:57
This is FTu5A.7 – Scalable Preparation and Measurement of 2N-Dimensional Time-bin States in (2N+1) Mutually Unbiased Bases from Takuya Ikuta. The presenter is online and is available to answer your questions! Use the Q&A box to submit questions.