Quantum physics (quantum mechanics and quantum field theory)

Free Will, Quantum & Orchestrated Objective Reduction

This Experiment Proved Quantum Mechanics

The Strange Case of Quantum Time Loops And Testing Backward Time Travel

La Chine dévoile son projet de Téléportation Quantique !

China unveils its Quantum Teleportation project!

#38/100: Every rotation is 2-D rotations || Quantum Computer Programming in 100 Easy Lessons

WOMANIUM QUANTUM + AI 2024: DAY 5 ❯ INTRODUCTION TO QUANTUM HARDWARE (Daniel Slichter - NIST)

The Strange Mystery of Quantum Time

Entanglement enabled advantage for learning a bosonic random displacement channel

#5/100: The physics of qubits || Quantum Computer Programming in 100 Easy Lessons

Pourquoi 1/137 est-il le nombre le plus important de l’univers ?

Why is 1/137 the most important number in the universe?

Topological phases and Quantum computation

Suppressing quantum errors by scaling a surface code logical qubit

Local Unitary Representation of the Braid Group and Their Applications to Quantum Computing

Realization of single-qubit POVM via a one-dimensional photonic quantum walk

Bell's Nonlocality

2022 - Etienne Klein - 1. L'incertitude en physique quantique (conférence)

2022 - Etienne Klein - 1. Uncertainty in Quantum Physics (lecture)

Quantum Computation by Adiabatic Evolution

Introduction to Quantum Fourier Transform

Topological Stabilizer Codes, Disordered Stat Mech Models, and Related Stuffs

The Notions of Symmetry and Computational Feedback in the Paradigm of Steady, Simultaneous QC

Entanglement of a Pair of Quantum Bits

Mondes quantiques, l'infiniment petit où pourquoi vous ne toucherez jamais rien ?

Quantum worlds: The infinitely small, or why you’ll never actually touch anything

Francesca Vidotto on questions of being and becoming | Conversations at the Perimeter

From explainable NLP to quantum dynamics prediction

QEC and Quantum Information Theory: Lecture 13 The Stabilizer Formalism

QEC and Quantum Information Theory: Lecture 12 Conditions for QEC II

QEC and Quantum Information Theory: Lecture 11 Conditions for QEC I

QEC and Quantum Information Theory: Lecture 9 Fidelity

QEC and Quantum Information Theory: Lecture 6 The Choi-Kraus-Sudarshan representation

QEC and Quantum Information Theory: Lecture 4 Quantum Channels - I

QEC and Quantum Information Theory: Lecture 3 Quantum Operations - III

QEC and Quantum Information Theory: Lecture 2 Quantum Operations - II

QEC and Quantum Information Theory: Lecture 10 The Shor Code

QEC and Quantum Information Theory: Lecture 1 Quantum Operations - I

Provable Advantage of Parameterized Quantum Circuit in Function Approximation

Wave trajectories, quantum potential, superoscillations: de Broglie, Madelung, Bohm, Newton

Quantum entangling living systems

Free-Electron Quantum Optics

Does Many Worlds Explain Quantum Probabilities?

What If Gravity is NOT Quantum?