Канал: Tobias Osborne

Symmetries and quantum mechanics: class functions and the number of irreps

Symmetries and quantum mechanics: class functions and the number of irreps

Symmetries and quantum mechanics: the regular representation

Symmetries and quantum mechanics: the regular representation

Symmetries and quantum mechanics: orthogonality relations for characters

Symmetries and quantum mechanics: orthogonality relations for characters

Symmetries and quantum mechanics: consequences of Schur's lemma

Symmetries and quantum mechanics: consequences of Schur's lemma

Symmetries and quantum mechanics: Irreducible representations, characters, Schur's lemma

Symmetries and quantum mechanics: Irreducible representations, characters, Schur's lemma

Symmetries and quantum mechanics: Linear representations

Symmetries and quantum mechanics: Linear representations

Symmetries and quantum mechanics: basics, Wigner's theorem, linear representations of groups

Symmetries and quantum mechanics: basics, Wigner's theorem, linear representations of groups

Quantum computing basics: What is quantum advantage?

Quantum computing basics: What is quantum advantage?

Quantum mechanics essentials: Everything you need for quantum computation

Quantum mechanics essentials: Everything you need for quantum computation

Theoretische Physik C: Kanonisches Ensemble

Theoretische Physik C: Kanonisches Ensemble

Theoretische Physik C: Entropie

Theoretische Physik C: Entropie

Theoretische Physik C: das mikrokanonische Ensemble

Theoretische Physik C: das mikrokanonische Ensemble

Theoretische Physik C: Statistische Physik

Theoretische Physik C: Statistische Physik

Theoretische Physik C: Identische Teilchen

Theoretische Physik C: Identische Teilchen

Theoretische Physik C: Spin und zusammengesetzte Systeme

Theoretische Physik C: Spin und zusammengesetzte Systeme

Theoretische Physik C: Zentralpotential und Wasserstoffatom

Theoretische Physik C: Zentralpotential und Wasserstoffatom

Theoretische Physik C: Drehimpuls

Theoretische Physik C: Drehimpuls

Theoretische Physik C: Endlich hoher Potentialtopf & Drehimpuls

Theoretische Physik C: Endlich hoher Potentialtopf & Drehimpuls

Theoretische Physik C: Endlich hoher Potentialtopf

Theoretische Physik C: Endlich hoher Potentialtopf

Theoretische Physik C: Harmonischer Oszillator 2

Theoretische Physik C: Harmonischer Oszillator 2

Theoretische Physik C: Harmonischer Oszillator

Theoretische Physik C: Harmonischer Oszillator

Theoretische Physik C: Teilchen im Kasten

Theoretische Physik C: Teilchen im Kasten

Theoretische Physik C: Zerfließen des Wellenpakets

Theoretische Physik C: Zerfließen des Wellenpakets

Theoretische Physik C: Unschärfe

Theoretische Physik C: Unschärfe

Theoretische Physik C: Die Schrödingergleichung (Lösung)

Theoretische Physik C: Die Schrödingergleichung (Lösung)

Theoretische Physik C: Die Schrödingergleichung

Theoretische Physik C: Die Schrödingergleichung

Theoretische Physik C: Quantisierung

Theoretische Physik C: Quantisierung

Theoretische Physik C: Die Postulate der QM

Theoretische Physik C: Die Postulate der QM

Theoretische Physik C: Diagonalisierung, Eigenwert, Eigenvektor, Funktionalkalkül

Theoretische Physik C: Diagonalisierung, Eigenwert, Eigenvektor, Funktionalkalkül

Theoretische Physik C: Operatoren, Positions-Basis, Spur

Theoretische Physik C: Operatoren, Positions-Basis, Spur

Theoretische Physik C: Basis, Operatoren

Theoretische Physik C: Basis, Operatoren

Theoretische Physik C: Hilbertraum

Theoretische Physik C: Hilbertraum

Theoretische Physik C: Wahrscheinlichkeitstheorie

Theoretische Physik C: Wahrscheinlichkeitstheorie

Theoretische Physik C: Die Geburt der QM, Wahrscheinlichkeitstheorie

Theoretische Physik C: Die Geburt der QM, Wahrscheinlichkeitstheorie

General Relativity, Lecture 23: null geodesics for the Schwarzschild metric

General Relativity, Lecture 23: null geodesics for the Schwarzschild metric

General Relativity, Lecture 22: geodesics for the Schwarzschild metric

General Relativity, Lecture 22: geodesics for the Schwarzschild metric

General Relativity, Lecture 21: Schwarzschild metric, interior solutions

General Relativity, Lecture 21: Schwarzschild metric, interior solutions

General Relativity, Lecture 20: the Schwarzschild solution

General Relativity, Lecture 20: the Schwarzschild solution

General Relativity, Lecture 19: FLRW cont. and static rotationally invariant solutions

General Relativity, Lecture 19: FLRW cont. and static rotationally invariant solutions

General Relativity, Lecture 18: FLRW continued

General Relativity, Lecture 18: FLRW continued

General Relativity, Lecture 16: isotropy and homogeneity in cosmology

General Relativity, Lecture 16: isotropy and homogeneity in cosmology

General Relativity, Lecture 17: solving Einstein's equations for FLRW

General Relativity, Lecture 17: solving Einstein's equations for FLRW

General Relativity, Lecture 15: gravitational waves and cosmology

General Relativity, Lecture 15: gravitational waves and cosmology

General Relativity, Lecture 14: solving linearised Einstein's field equations

General Relativity, Lecture 14: solving linearised Einstein's field equations

General Relativity, Lecture 13: Einstein's field equations, linearised solutions

General Relativity, Lecture 13: Einstein's field equations, linearised solutions

General Relativity, Lecture 12: Einstein's field equations

General Relativity, Lecture 12: Einstein's field equations

General Relativity, Lecture 11: curvature cont.

General Relativity, Lecture 11: curvature cont.

General Relativity, Lecture 10: geodesics cont.; curvature

General Relativity, Lecture 10: geodesics cont.; curvature

General Relativity, Lecture 9: parallel transport continued and geodesics

General Relativity, Lecture 9: parallel transport continued and geodesics

General Relativity, Lecture 8: covariant derivatives and parallel transport

General Relativity, Lecture 8: covariant derivatives and parallel transport

General Relativity, Lecture 7: abstract index notation, curvature, parallel transport

General Relativity, Lecture 7: abstract index notation, curvature, parallel transport

General Relativity, Lecture 5: flows and tensors

General Relativity, Lecture 5: flows and tensors

General Relativity, Lecture 6: tensors continued, current vector, energy-momentum tensor, and metric

General Relativity, Lecture 6: tensors continued, current vector, energy-momentum tensor, and metric

General Relativity, Lecture 4: Tangent vectors

General Relativity, Lecture 4: Tangent vectors

General Relativity, Lecture 3: Manifolds

General Relativity, Lecture 3: Manifolds

General Relativity, Lecture 2: Einstein's Equivalence Principle & Mach's Principle

General Relativity, Lecture 2: Einstein's Equivalence Principle & Mach's Principle

General Relativity, Lecture 1: mass, universality of free fall, and prerelativity gravitation

General Relativity, Lecture 1: mass, universality of free fall, and prerelativity gravitation

QI Reading seminar: black holes are cloners?

QI Reading seminar: black holes are cloners?

QI Reading seminar: efficiency

QI Reading seminar: efficiency

QI Reading seminar: thermalization times

QI Reading seminar: thermalization times

QI Reading seminar: consequences of the main inequality

QI Reading seminar: consequences of the main inequality

QI Reading seminar: proving the main inequality

QI Reading seminar: proving the main inequality

QI Reading seminar: still section 3

QI Reading seminar: still section 3

QI Reading seminar: section 3 cont.

QI Reading seminar: section 3 cont.

QI Reading seminar: going quantum in section 3

QI Reading seminar: going quantum in section 3

Theoretische Elektrodynamik: Separation der Variablen

Theoretische Elektrodynamik: Separation der Variablen

Theoretische Elektrodynamik: Randbedingungen der Elektrostatik

Theoretische Elektrodynamik: Randbedingungen der Elektrostatik

Theoretische Elektrodynamik: das elektrische Potential und die Poisson-Gleichung

Theoretische Elektrodynamik: das elektrische Potential und die Poisson-Gleichung

QI Reading seminar: section 2

QI Reading seminar: section 2

QI Reading seminar: choosing our paper and how to read it

QI Reading seminar: choosing our paper and how to read it

An elementary method to evaluate integrals over the unitary group

An elementary method to evaluate integrals over the unitary group

Theoretische Physik A: Mathematische Methoden der Physik, Lecture 27

Theoretische Physik A: Mathematische Methoden der Physik, Lecture 27

Theoretische Physik A: Mathematische Methoden der Physik, Lecture 23

Theoretische Physik A: Mathematische Methoden der Physik, Lecture 23

Training deep quantum neural networks

Training deep quantum neural networks

Theoretische Physik A: Mathematische Methoden der Physik, Lecture 22

Theoretische Physik A: Mathematische Methoden der Physik, Lecture 22

Theoretische Physik A: Mathematische Methoden der Physik, Lecture 21

Theoretische Physik A: Mathematische Methoden der Physik, Lecture 21

Theoretische Physik A: Mathematische Methoden der Physik, Lecture 20

Theoretische Physik A: Mathematische Methoden der Physik, Lecture 20

Theoretische Physik A: Mathematische Methoden der Physik, Lecture 18

Theoretische Physik A: Mathematische Methoden der Physik, Lecture 18

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 16

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 16

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 15

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 15

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 14

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 14

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 13

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 13

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 12

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 12

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 11

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 11

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 10

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 10

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 9

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 9

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 8

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 8

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 7

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 7

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 6

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 6

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 5

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 5

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 3

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 3

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 2

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 2

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 1

Theoretische Physik A: Mathematische Methoden der Physik, Vorlesung 1

Theoretische Elektrodynamik, Vorlesung 27

Theoretische Elektrodynamik, Vorlesung 27

Theoretische Elektrodynamik, Vorlesung 26

Theoretische Elektrodynamik, Vorlesung 26

Theoretische Elektrodynamik, Vorlesung 23

Theoretische Elektrodynamik, Vorlesung 23

Theoretische Elektrodynamik, Vorlesung 25

Theoretische Elektrodynamik, Vorlesung 25

Theoretische Elektrodynamik, Vorlesung 24

Theoretische Elektrodynamik, Vorlesung 24

Theoretische Elektrodynamik, Vorlesung 21

Theoretische Elektrodynamik, Vorlesung 21

Theoretische Elektrodynamik, Vorlesung 22

Theoretische Elektrodynamik, Vorlesung 22

Theoretische Elektrodynamik, Vorlesung 20

Theoretische Elektrodynamik, Vorlesung 20

Theoretische Elektrodynamik, Vorlesung 19

Theoretische Elektrodynamik, Vorlesung 19

Mathematical methods of quantum information theory, Lecture 18

Mathematical methods of quantum information theory, Lecture 18

Theoretische Elektrodynamik, Vorlesung 18

Theoretische Elektrodynamik, Vorlesung 18

Mathematical methods of quantum information theory, Lecture 17

Mathematical methods of quantum information theory, Lecture 17

Theoretische Elektrodynamik, Vorlesung 17

Theoretische Elektrodynamik, Vorlesung 17

Theoretische Elektrodynamik, Vorlesung 16

Theoretische Elektrodynamik, Vorlesung 16

Mathematical methods of quantum information theory, Lecture 16

Mathematical methods of quantum information theory, Lecture 16

Mathematical methods of quantum information theory, Lecture 15

Mathematical methods of quantum information theory, Lecture 15

Theoretische Elektrodynamik, Vorlesung 15

Theoretische Elektrodynamik, Vorlesung 15

Mathematical methods of quantum information theory, Lecture 14

Mathematical methods of quantum information theory, Lecture 14

Theoretische Elektrodynamik, Vorlesung 14

Theoretische Elektrodynamik, Vorlesung 14

Mathematical methods of quantum information theory, Lecture 13

Mathematical methods of quantum information theory, Lecture 13

Theoretische Elektrodynamik, Vorlesung 13

Theoretische Elektrodynamik, Vorlesung 13

Theoretische Elektrodynamik, Vorlesung 12

Theoretische Elektrodynamik, Vorlesung 12

Mathematical methods of quantum information theory, Lecture 12

Mathematical methods of quantum information theory, Lecture 12

Theoretische Elektrodynamik, Vorlesung 11

Theoretische Elektrodynamik, Vorlesung 11

Theoretische Elektrodynamik, Vorlesung 10

Theoretische Elektrodynamik, Vorlesung 10

Mathematical methods of quantum information theory, Lecture 11

Mathematical methods of quantum information theory, Lecture 11

Theoretische Elektrodynamik, Vorlesung 7

Theoretische Elektrodynamik, Vorlesung 7

Theoretische Elektrodynamik, Vorlesung 6

Theoretische Elektrodynamik, Vorlesung 6

Mathematical methods of quantum information theory, Lecture 10

Mathematical methods of quantum information theory, Lecture 10

Theoretische Elektrodynamik, Vorlesung 5

Theoretische Elektrodynamik, Vorlesung 5

Theoretische Elektrodynamik, Vorlesung 4

Theoretische Elektrodynamik, Vorlesung 4

Theoretische Elektrodynamik, Vorlesung 3

Theoretische Elektrodynamik, Vorlesung 3

Theoretische Elektrodynamik, Vorlesung 2

Theoretische Elektrodynamik, Vorlesung 2

Theoretische Elektrodynamik, Vorlesung 1

Theoretische Elektrodynamik, Vorlesung 1

Mathematical methods of quantum information theory, Lecture 9

Mathematical methods of quantum information theory, Lecture 9

Mathematical methods of quantum information theory, Lecture 8

Mathematical methods of quantum information theory, Lecture 8

Mathematical methods of quantum information theory, Lecture 7

Mathematical methods of quantum information theory, Lecture 7

Mathematical methods of quantum information theory, Lecture 6

Mathematical methods of quantum information theory, Lecture 6

Mathematical methods of quantum information theory, Lecture 5

Mathematical methods of quantum information theory, Lecture 5

Mathematical methods of quantum information theory, Lecture 4

Mathematical methods of quantum information theory, Lecture 4

Mathematical methods of quantum information theory, Lecture 3

Mathematical methods of quantum information theory, Lecture 3

Mathematical methods of quantum information theory, Lecture 2

Mathematical methods of quantum information theory, Lecture 2

Mathematical methods of quantum information theory, Lecture 1

Mathematical methods of quantum information theory, Lecture 1

Introduction to conformal field theory, Lecture 10

Introduction to conformal field theory, Lecture 10

Introduction to conformal field theory, Lecture 9

Introduction to conformal field theory, Lecture 9

Introduction to conformal field theory, Lecture 8

Introduction to conformal field theory, Lecture 8

Introduction to conformal field theory, Lecture 7

Introduction to conformal field theory, Lecture 7

Introduction to conformal field theory, Lecture 6

Introduction to conformal field theory, Lecture 6

Introduction to conformal field theory, Lecture 5

Introduction to conformal field theory, Lecture 5

Introduction to conformal field theory, Lecture 4

Introduction to conformal field theory, Lecture 4

Introduction to conformal field theory, Lecture 3

Introduction to conformal field theory, Lecture 3

Introduction to conformal field theory, Lecture 2

Introduction to conformal field theory, Lecture 2

Introduction to conformal field theory, Lecture 1

Introduction to conformal field theory, Lecture 1

Symplectic geometry & classical mechanics, Lecture 21

Symplectic geometry & classical mechanics, Lecture 21

Symplectic geometry & classical mechanics, Lecture 20

Symplectic geometry & classical mechanics, Lecture 20

Symplectic geometry & classical mechanics, Lecture 19

Symplectic geometry & classical mechanics, Lecture 19

Symplectic geometry & classical mechanics, Lecture 18

Symplectic geometry & classical mechanics, Lecture 18

Symplectic geometry & classical mechanics, Lecture 17

Symplectic geometry & classical mechanics, Lecture 17

Symplectic geometry & classical mechanics, Lecture 16

Symplectic geometry & classical mechanics, Lecture 16

Symplectic geometry & classical mechanics, Lecture 15

Symplectic geometry & classical mechanics, Lecture 15

Symplectic geometry & classical mechanics, Lecture 14

Symplectic geometry & classical mechanics, Lecture 14

Symplectic geometry & classical mechanics, Lecture 13

Symplectic geometry & classical mechanics, Lecture 13

Symplectic geometry & classical mechanics, Lecture 12

Symplectic geometry & classical mechanics, Lecture 12

Symplectic geometry & classical mechanics, Lecture 11

Symplectic geometry & classical mechanics, Lecture 11

Symplectic geometry & classical mechanics, Lecture 10

Symplectic geometry & classical mechanics, Lecture 10

Symplectic geometry & classical mechanics, Lecture 9

Symplectic geometry & classical mechanics, Lecture 9

Symplectic geometry & classical mechanics, Lecture 8

Symplectic geometry & classical mechanics, Lecture 8

Symplectic geometry & classical mechanics, Lecture 7

Symplectic geometry & classical mechanics, Lecture 7

Symplectic geometry & classical mechanics, Lecture 6

Symplectic geometry & classical mechanics, Lecture 6

Symplectic geometry & classical mechanics, Lecture 5

Symplectic geometry & classical mechanics, Lecture 5

Symplectic geometry & classical mechanics, Lecture 4

Symplectic geometry & classical mechanics, Lecture 4

Symplectic geometry & classical mechanics, Lecture 3

Symplectic geometry & classical mechanics, Lecture 3

Symplectic geometry & classical mechanics, Lecture 2

Symplectic geometry & classical mechanics, Lecture 2

Symplectic geometry & classical mechanics, Lecture 1

Symplectic geometry & classical mechanics, Lecture 1

Advanced quantum field theory, Lecture 18 (final lecture)

Advanced quantum field theory, Lecture 18 (final lecture)

Advanced quantum field theory, Lecture 17

Advanced quantum field theory, Lecture 17

Advanced quantum field theory, Lecture 16

Advanced quantum field theory, Lecture 16

Advanced quantum field theory, Lecture 15, with Super Bonus Material!

Advanced quantum field theory, Lecture 15, with Super Bonus Material!

Advanced quantum field theory, Lecture 14

Advanced quantum field theory, Lecture 14

Advanced quantum field theory, Lecture 13

Advanced quantum field theory, Lecture 13

Advanced quantum field theory, Lecture 12

Advanced quantum field theory, Lecture 12

Advanced quantum field theory, Lecture 11

Advanced quantum field theory, Lecture 11

Advanced quantum field theory, Lecture 10

Advanced quantum field theory, Lecture 10

Advanced quantum field theory, Lecture 9

Advanced quantum field theory, Lecture 9

Watch this first! Advanced quantum field theory, Lecture 8

Watch this first! Advanced quantum field theory, Lecture 8

Advanced quantum field theory, Lecture 7

Advanced quantum field theory, Lecture 7

Advanced quantum field theory, Lecture 6

Advanced quantum field theory, Lecture 6

Advanced quantum field theory, Lecture 5

Advanced quantum field theory, Lecture 5

Advanced quantum field theory, Lecture 4

Advanced quantum field theory, Lecture 4

Advanced quantum field theory, Lecture 3

Advanced quantum field theory, Lecture 3

Advanced quantum field theory, Lecture 2

Advanced quantum field theory, Lecture 2

Advanced quantum field theory, Lecture 1

Advanced quantum field theory, Lecture 1

Quantum parameter estimation, Fisher information, and the Cramér-Rao bound

Quantum parameter estimation, Fisher information, and the Cramér-Rao bound

Quantum field theory, Lecture 18

Quantum field theory, Lecture 18

Quantum field theory, Lecture 17

Quantum field theory, Lecture 17

Quantum field theory, Lecture 16

Quantum field theory, Lecture 16

Quantum field theory, Lecture 15

Quantum field theory, Lecture 15

Quantum field theory, Lecture 14

Quantum field theory, Lecture 14

Quantum field theory, Lecture 13

Quantum field theory, Lecture 13

Quantum field theory, Lecture 12

Quantum field theory, Lecture 12

Quantum field theory, Lecture 11

Quantum field theory, Lecture 11

Quantum field theory, Lecture 10

Quantum field theory, Lecture 10

Quantum field theory, Lecture 9

Quantum field theory, Lecture 9

Quantum field theory, Lecture 8

Quantum field theory, Lecture 8

Quantum field theory, Lecture 7

Quantum field theory, Lecture 7

Quantum field theory, Lecture 6

Quantum field theory, Lecture 6

Quantum field theory, Lecture 5

Quantum field theory, Lecture 5