2018 - T2 - WS2 - Quantum control and feedback: foundations and applications | Tag

Collection 2018 - T2 - WS2 - Quantum control and feedback: foundations and applications

Minimal time for the bilinear control of Schrodinger equations

37:21

publiée le 7 juin 2018

Minimal time for the bilinear control of Schrodinger equations

De Karine Beauchard

Autonomous quantum thermal machines: How purely dissipative processes can be exploited to generate entanglement

35:37

publiée le 7 juin 2018

Autonomous quantum thermal machines: How purely dissipative processes can be exploited to generate entanglement

De Géraldine Haack

Feedback stabilization of open quantum systems

38:55

publiée le 7 juin 2018

Feedback stabilization of open quantum systems

De Nina Amini

Lindbladians with multiple steady states: theory and applications

40:16

publiée le 7 juin 2018

Lindbladians with multiple steady states: theory and applications

De Victor Albert

Optimal control of spin systems with applications in Magnetic Resonance

42:15

publiée le 8 juin 2018

Optimal control of spin systems with applications in Magnetic Resonance

De Dominique Sugny

Measurement based unitary designs and some applications

39:20

publiée le 8 juin 2018

Measurement based unitary designs and some applications

De Damian Markham

43:54

publiée le 8 juin 2018

Levitated Cavity Optomechanics

De Nikolai Kiesel

Restoring Heisenberg scaling in noisy quantum metrology by monitoring the environment

31:21

publiée le 8 juin 2018

Restoring Heisenberg scaling in noisy quantum metrology by monitoring the environment

De Marco Genoni

Dynamical model selection and estimation near the quantum-classical boundary

41:08

publiée le 8 juin 2018

Dynamical model selection and estimation near the quantum-classical boundary

De Jason Ralph

Quantum computing with Schrödinger cat states

44:33

publiée le 8 juin 2018

Quantum computing with Schrödinger cat states

De Zaki Leghtas

Andreev states probed in a circuit-QED setup

34:43

publiée le 8 juin 2018

Andreev states probed in a circuit-QED setup

De Hugues Pothier

Simultaneous control of bilinear systems -- a mathematical challenge arising in QC

46:59

publiée le 8 juin 2018

Simultaneous control of bilinear systems -- a mathematical challenge arising in QC

De Gunther Dirr

Exact controllability in projections of the bilinear Schrödinger equation

45:14

publiée le 8 juin 2018

Exact controllability in projections of the bilinear Schrödinger equation

De Mario Sigalotti

Metrology and metastability in quantum input-output systems

44:11

publiée le 16 avril 2018

Metrology and metastability in quantum input-output systems

De Madalin Guta

Mathématiques
et Interactions

CEMRACS 2025: Quantum Computing / CEMRACS 2025: Calcul quantique

Complex Geometry, Complex Analysis and Dynamics / Géométrie Complexe, Analyse et Dynamique Complexe

2025 IHES Summer School – Discrete Subgroups of Lie Groups : Dynamics, Actions, Rigidity

Prime numbers and arithmetic randomness / Nombres premiers et aléa arithmétique

Collection 2018 - T2 - WS2 - Quantum control and feedback: foundations and applications

Minimal time for the bilinear control of Schrodinger equations

Autonomous quantum thermal machines: How purely dissipative processes can be exploited to generate entanglement

Feedback stabilization of open quantum systems

Lindbladians with multiple steady states: theory and applications

Optimal control of spin systems with applications in Magnetic Resonance

Measurement based unitary designs and some applications

Levitated Cavity Optomechanics

Restoring Heisenberg scaling in noisy quantum metrology by monitoring the environment

Dynamical model selection and estimation near the quantum-classical boundary

Quantum computing with Schrödinger cat states

Andreev states probed in a circuit-QED setup

Simultaneous control of bilinear systems -- a mathematical challenge arising in QC

Exact controllability in projections of the bilinear Schrödinger equation

Metrology and metastability in quantum input-output systems

Paradigms for the algorithms on different technologies - lecture 1