Видео ютуба по тегу Dynamical Decoupling

Объяснение динамического разделения
Объяснение динамического разделения
Google DeepMind Hackathon - Quantum Error Mitigation
Google DeepMind Hackathon - Quantum Error Mitigation
Maika Takita | Dynamic Circuit and Error Detection | QDC 2025
Maika Takita | Dynamic Circuit and Error Detection | QDC 2025
Cómo aprender el comportamiento del ruido Cuántico con Dynamical Decoupling | ENIQ
Cómo aprender el comportamiento del ruido Cuántico con Dynamical Decoupling | ENIQ
Роланд Фаррелл | Динамика адронов в модели Швингера | QDC 2025
Роланд Фаррелл | Динамика адронов в модели Швингера | QDC 2025
Day 19 QT-03 & QT-04 APSCHE: Basic Quantum Programming and Technologies Lab
Day 19 QT-03 & QT-04 APSCHE: Basic Quantum Programming and Technologies Lab
Trapped-Ion quantum simulation of chemical dynamics beyond Born-Oppenheimer | Guido Pagano (Rice)
Trapped-Ion quantum simulation of chemical dynamics beyond Born-Oppenheimer | Guido Pagano (Rice)
Dynamical Decoupling for Cavity QED Interactions (Iñigo Arrazola)
Dynamical Decoupling for Cavity QED Interactions (Iñigo Arrazola)
Implementing the surface code using time-dynamic circuits | Alexis Morvan (Google)
Implementing the surface code using time-dynamic circuits | Alexis Morvan (Google)
Leeseok Kim: “Faster Randomized Dynamical Decoupling”
Leeseok Kim: “Faster Randomized Dynamical Decoupling”
Quantum Benchmarking Intern Capstone Presentations
Quantum Benchmarking Intern Capstone Presentations
Quantum 101 - Lesson 10: Noise and Error Mitigation
Quantum 101 - Lesson 10: Noise and Error Mitigation
Quantum noise with Daniel Lidar
Quantum noise with Daniel Lidar
Hamiltonian dynamics simulation using LCU on an ion trap quantum computer: Michelle W Sze
Hamiltonian dynamics simulation using LCU on an ion trap quantum computer: Michelle W Sze
[QISCA Introductory Seminar] A dummy's guide to quantum sensing
[QISCA Introductory Seminar] A dummy's guide to quantum sensing
Quantum Decoupling
Quantum Decoupling
VTT Q50 use case: Solving fluid dynamics
VTT Q50 use case: Solving fluid dynamics
Approximate Dynamical Quantum Error-Correcting Codes by Nirupam Basak
Approximate Dynamical Quantum Error-Correcting Codes by Nirupam Basak
Yuval Baum - From theory to practicality: enabling near term applications - IPAM at UCLA
Yuval Baum - From theory to practicality: enabling near term applications - IPAM at UCLA
Rabi Oscillation Experiment run by SpinQ 2-qubit desktop quantum computer Gemini.
Rabi Oscillation Experiment run by SpinQ 2-qubit desktop quantum computer Gemini.
Dr. Robin Hillier | Dynamical decoupling of open quantum systems
Dr. Robin Hillier | Dynamical decoupling of open quantum systems
Non Markovian Dynamics Workshop - Paul Eastham
Non Markovian Dynamics Workshop - Paul Eastham
Day 2: Staggered Dynamical Decoupling for Enhanced Multi-Qubit Crosstalk Mitigation
Day 2: Staggered Dynamical Decoupling for Enhanced Multi-Qubit Crosstalk Mitigation
DECOR Dynamic Decoupling and Multiobjective Optimization for Long Tailed Remote Sensing Image Class
DECOR Dynamic Decoupling and Multiobjective Optimization for Long Tailed Remote Sensing Image Class
Multi product Zeno effect with higher order convergence rates 2410 16260v1
Multi product Zeno effect with higher order convergence rates 2410 16260v1