Видео ютуба по тегу Bqit20

Poster 18 BQIT20 - Agustina Magnoni
Poster 18 BQIT20 - Agustina Magnoni
BQIT 2020: Vadim Makarov (Russian Quantum Centre) - Improving security of a QKD system
BQIT 2020: Vadim Makarov (Russian Quantum Centre) - Improving security of a QKD system
BQIT 2020: Alberto Politi (University of Southampton) - Non-classical light in SiN devices
BQIT 2020: Alberto Politi (University of Southampton) - Non-classical light in SiN devices
BQIT 2020: Jorge Monroy Ruz (University of Bristol) - Encapsulated nanodiamonds
BQIT 2020: Jorge Monroy Ruz (University of Bristol) - Encapsulated nanodiamonds
BQIT 2020: Dom Sulway (University of Bristol) - Engineering ultra-low-loss silicon quantum photonics
BQIT 2020: Dom Sulway (University of Bristol) - Engineering ultra-low-loss silicon quantum photonics
BQIT 2020: Yasutomo Ota (University of Tokyo) - Hybrid integration based on transfer printing
BQIT 2020: Yasutomo Ota (University of Tokyo) - Hybrid integration based on transfer printing
BQIT 2020: Conor Bradley (TU Delft/QuTech) - Nuclear spin registers in diamond
BQIT 2020: Conor Bradley (TU Delft/QuTech) - Nuclear spin registers in diamond
BQIT 2020: Costanza Toninelli (CNR INO) - Fourier-limited molecules in 3D polymeric structures
BQIT 2020: Costanza Toninelli (CNR INO) - Fourier-limited molecules in 3D polymeric structures
BQIT 2020: Nadja Bernardes (Federal University of Pernambuco) - Open quantum systems dynamics
BQIT 2020: Nadja Bernardes (Federal University of Pernambuco) - Open quantum systems dynamics
BQIT 2020: Roope Uola (University of Geneva) - Quantifying quantum resources with conic programming
BQIT 2020: Roope Uola (University of Geneva) - Quantifying quantum resources with conic programming
BQIT 2020: Christine Silberhorn (Paderborn University) - Nonlinear integrated quantum optics
BQIT 2020: Christine Silberhorn (Paderborn University) - Nonlinear integrated quantum optics
BQIT 2020: Michal Oszmaniec (CTP PAS) - Epsilon-nets, unitary t-designs and random quantum circuits
BQIT 2020: Michal Oszmaniec (CTP PAS) - Epsilon-nets, unitary t-designs and random quantum circuits
BQIT 2020: Christa Fluhmann (Yale Quantum Institute/ETH Zurich) - Qubit in trapped-ion oscillator
BQIT 2020: Christa Fluhmann (Yale Quantum Institute/ETH Zurich) - Qubit in trapped-ion oscillator
BQIT 2020: Brian Flynn (University of Bristol) - Learning models of quantum systems from experiments
BQIT 2020: Brian Flynn (University of Bristol) - Learning models of quantum systems from experiments
BQIT 2020: Davide Bacco (Technical University of Denmark) - Fibre based quantum communications
BQIT 2020: Davide Bacco (Technical University of Denmark) - Fibre based quantum communications
BQIT 2020: Sonia Buckley (NIST) - Progress in superconducting opto-electronic neuromorphic computing
BQIT 2020: Sonia Buckley (NIST) - Progress in superconducting opto-electronic neuromorphic computing
BQIT 2020: Natalia Ares (University of Oxford) - Machine learning to characterise quantum devices
BQIT 2020: Natalia Ares (University of Oxford) - Machine learning to characterise quantum devices
BQIT 2020: Sonja Franke-Arnold (University of Glasgow) - Structured light - structured atoms
BQIT 2020: Sonja Franke-Arnold (University of Glasgow) - Structured light - structured atoms
BQIT 2020: Glaucia Murta (Heinrich-Heine-Unversitat) - Multipartite device-independent scenario
BQIT 2020: Glaucia Murta (Heinrich-Heine-Unversitat) - Multipartite device-independent scenario
BQIT 2020: Marco Bellini (CNR-INO) - Entanglement generation by coherent multimode photon addition
BQIT 2020: Marco Bellini (CNR-INO) - Entanglement generation by coherent multimode photon addition
BQIT 2020: Maria Kieferova (Macquarie University) - Oblivious algorithmic cooling
BQIT 2020: Maria Kieferova (Macquarie University) - Oblivious algorithmic cooling
BQIT:21 Session Three - Agustina Gabriela Magnoni (Laboratorio de Óptica Cuántica, DEILAP UNIDEF)
BQIT:21 Session Three - Agustina Gabriela Magnoni (Laboratorio de Óptica Cuántica, DEILAP UNIDEF)
BQIT 2020: Alex Moylett (University of Bristol) - Classically simulating near-term Boson Sampling
BQIT 2020: Alex Moylett (University of Bristol) - Classically simulating near-term Boson Sampling