Introduction to the JOSEPHSON EFFECT - Pepa Martínez-Pérez | Part 1 of 3.
In this tutorial, Dr. Pepa Martínez-Pérez, is going to talk about the Josephson effect, a phenomenon that plays a major role in condensed matter physics and also in many implementations of quantum computing and quantum sensing. Without it, superconducting qubits, which are one of the most promising platforms for quantum computing, would not exist. Nor could we read their state, since Josephson junctions also allow the fabrication of the most sensitive quantum amplifiers that exist to date. 👇SUMMARY👇 00:13-03:10 ➡️ Introduction to the Josephson Effect 03:11-03:42 ➡️ Meissner-Ochsenfeld effect 03:43-05:41 ➡️ Perfect conductivity 05:42-06:22 ➡️ Superconducting energy gap 06:23-09:50 ➡️ Macroscopic phase and flux quantization 09:51-15:30 ➡️ The Josephson Effect

Experimental characterization of JOSEPHSON JUNCTIONS - Pepa Martínez-Pérez | Part 2 of 3.

How to make a superconducting qubit

The Map of Superconductivity

Neil Turok’s stunningly simple, testable new theory of the universe

Superconductivity: Professor Brian Josephson

Applications of the JOSEPHSON EFFECT - Pepa Martínez-Pérez | Part 3 of 3.

Quantum Computers: Explained VISUALLY

What is a Hilbert Space?

Quantum Expert Insight: Steven Girvin

Quantum Transport, Lecture 14: Josephson effects

A12_Josephson Junctions and SQuIDs_JZepeda

What happened to the news?

Listen and Feel the Peace | Tibetan Healing Sounds for Deep Meditation, Inner Peace & Soul Healing

Williamson & Van der Mark electron model | Are electrons made of light?

Trapping Ions for Quantum Computing ---- Diana Prado Lopes Aude Craik (best explanation ever!)

Introduction to tensor networks | Luca Tagliacozzo

Keynote: Superconducting qubits for quantum computation: transmon vs fluxonium

Richard Feynman. Why.

L19-3 Introduction to Josephson Junction

