Simon Trebst
@simontrebst.bsky.social
Exploring the physics of entangled quantum matter in Cologne.
Herzlichen Glückwunsch!
April 9, 2025 at 6:06 PM
Herzlichen Glückwunsch!
Lecture 14:
Measurement-only dynamics: monitored transverse-field Ising model, entanglement phase transition & percolation, scrambling and unscrambling by measurement, monitored Kitaev model
vimeo.com/1051163805
Measurement-only dynamics: monitored transverse-field Ising model, entanglement phase transition & percolation, scrambling and unscrambling by measurement, monitored Kitaev model
vimeo.com/1051163805
QCP.14: Measurement-only dynamics
Measurement-only dynamics: monitored transverse-field Ising model, entanglement phase transition, critical theory & percolation, monitored Kitaev model
vimeo.com
January 29, 2025 at 8:40 AM
Lecture 14:
Measurement-only dynamics: monitored transverse-field Ising model, entanglement phase transition & percolation, scrambling and unscrambling by measurement, monitored Kitaev model
vimeo.com/1051163805
Measurement-only dynamics: monitored transverse-field Ising model, entanglement phase transition & percolation, scrambling and unscrambling by measurement, monitored Kitaev model
vimeo.com/1051163805
Lecture 13:
Measurement-induced phase transition: entangling vs. disentangling forces, scrambling & volume-law stability, critical dynamics, minimal cut, percolation
vimeo.com/1050151357
Measurement-induced phase transition: entangling vs. disentangling forces, scrambling & volume-law stability, critical dynamics, minimal cut, percolation
vimeo.com/1050151357
QCP.13 measurement-induced phase transition
Measurement-induced phase transition: entangling vs. disentangling forces, scrambling, critical dynamics, minimal cuts & percolatio, purification transition
vimeo.com
January 29, 2025 at 8:40 AM
Lecture 13:
Measurement-induced phase transition: entangling vs. disentangling forces, scrambling & volume-law stability, critical dynamics, minimal cut, percolation
vimeo.com/1050151357
Measurement-induced phase transition: entangling vs. disentangling forces, scrambling & volume-law stability, critical dynamics, minimal cut, percolation
vimeo.com/1050151357
QCP.12 geometry of entanglement
Geometry of entanglement: minimal cut, KPZ physics
vimeo.com
January 29, 2025 at 8:40 AM
Lecture 11:
Random unitary circuits: unitary circuits, thermalization & entanglement dynamics, random circuits, entanglement growth
vimeo.com/1044715777
Random unitary circuits: unitary circuits, thermalization & entanglement dynamics, random circuits, entanglement growth
vimeo.com/1044715777
QCP.11 random unitary circuits
Random unitary circuits: unitary circuits, thermalization & entanglement dynamics, random circuits, entanglement growth
vimeo.com
January 29, 2025 at 8:40 AM
Lecture 11:
Random unitary circuits: unitary circuits, thermalization & entanglement dynamics, random circuits, entanglement growth
vimeo.com/1044715777
Random unitary circuits: unitary circuits, thermalization & entanglement dynamics, random circuits, entanglement growth
vimeo.com/1044715777
Lecture 10:
The year 2024 in quantum computational physics: four selected publications
vimeo.com/1040062973
The year 2024 in quantum computational physics: four selected publications
vimeo.com/1040062973
QCP.10 2024 paper highlights
The year 2024 in computational physics: four selected publications (arXiv:2309.02863, arXiv:2409.13025, arXiv:2408.13687, arXiv:2312.03982)
vimeo.com
January 29, 2025 at 8:40 AM
Lecture 10:
The year 2024 in quantum computational physics: four selected publications
vimeo.com/1040062973
The year 2024 in quantum computational physics: four selected publications
vimeo.com/1040062973
Lecture 9:
Error thresholds: combinatorial decoders (MWPM, union find), coherent information, stat-mech perspective
vimeo.com/1037937556
Error thresholds: combinatorial decoders (MWPM, union find), coherent information, stat-mech perspective
vimeo.com/1037937556
QCP.09 Error thresholds
Error thresholds, optimal decoder, coherent information, stat mech perspective
vimeo.com
January 29, 2025 at 8:40 AM
Lecture 9:
Error thresholds: combinatorial decoders (MWPM, union find), coherent information, stat-mech perspective
vimeo.com/1037937556
Error thresholds: combinatorial decoders (MWPM, union find), coherent information, stat-mech perspective
vimeo.com/1037937556
QCP.08 Quantum error correction
Stabilizer formalism, quantum error correction (toric code), decoders
vimeo.com
January 29, 2025 at 8:40 AM
Lecture 4:
Weak measurements: imaginary-time evolution, weak parity checks, stability of (GHZ) state preparation, Nishimori physics
vimeo.com/1024657804
Weak measurements: imaginary-time evolution, weak parity checks, stability of (GHZ) state preparation, Nishimori physics
vimeo.com/1024657804
QCP.04 Weak measurements
Computational Quantum Physics / Lecture 04 Weak measurements: imaginary-time evolution, weak parity checks, stability of (GHZ) state preparation, Nishimori physics
vimeo.com
January 29, 2025 at 8:40 AM
Lecture 4:
Weak measurements: imaginary-time evolution, weak parity checks, stability of (GHZ) state preparation, Nishimori physics
vimeo.com/1024657804
Weak measurements: imaginary-time evolution, weak parity checks, stability of (GHZ) state preparation, Nishimori physics
vimeo.com/1024657804
Lecture 3:
Quantum measurements: Born's rule, single-qubit measurements, parity checks (joint measurements), GHZ state preparation
vimeo.com/1024657565
Quantum measurements: Born's rule, single-qubit measurements, parity checks (joint measurements), GHZ state preparation
vimeo.com/1024657565
QCP.03 Quantum measurements
Quantum Computational Physics / Lecture 03 Quantum measurements: Born's rule, single-qubit measurements, parity checks (joint measurements), GHZ state preparation
vimeo.com
January 29, 2025 at 8:40 AM
Lecture 3:
Quantum measurements: Born's rule, single-qubit measurements, parity checks (joint measurements), GHZ state preparation
vimeo.com/1024657565
Quantum measurements: Born's rule, single-qubit measurements, parity checks (joint measurements), GHZ state preparation
vimeo.com/1024657565
Lecture 2:
Quantum circuits: qubits, unitary single-qubit gates, two-qubit gates, universal vs. Clifford quantum circuits
vimeo.com/1024657337
Quantum circuits: qubits, unitary single-qubit gates, two-qubit gates, universal vs. Clifford quantum circuits
vimeo.com/1024657337
QCP.02 Quantum circuits
Quantum Computational Physics / Lecture 02 Quantum circuits: qubits, unitary single-qubit gates, two-qubit gates, universal vs. Clifford quantum circuits
vimeo.com
January 29, 2025 at 8:40 AM
Lecture 2:
Quantum circuits: qubits, unitary single-qubit gates, two-qubit gates, universal vs. Clifford quantum circuits
vimeo.com/1024657337
Quantum circuits: qubits, unitary single-qubit gates, two-qubit gates, universal vs. Clifford quantum circuits
vimeo.com/1024657337
Lecture 1:
The dawn of quantum computing (1980-2000), building a quantum computer, overview of qubit platforms and quantum algorithms
vimeo.com/1024657087
The dawn of quantum computing (1980-2000), building a quantum computer, overview of qubit platforms and quantum algorithms
vimeo.com/1024657087
QCP.01 Introduction
Quantum Computational Physics / Lecture 01 Introduction: The dawn of quantum computing (1980-2000), building a quantum computer, overview of qubit platforms and…
vimeo.com
January 29, 2025 at 8:40 AM
Lecture 1:
The dawn of quantum computing (1980-2000), building a quantum computer, overview of qubit platforms and quantum algorithms
vimeo.com/1024657087
The dawn of quantum computing (1980-2000), building a quantum computer, overview of qubit platforms and quantum algorithms
vimeo.com/1024657087
