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44th IFF Spring School

Quantum Information Processing

25 February - 08 March 2013 Jülich, Germany

 

List of speakers
  

(updated: August 29, 2012)

Welcome by:

Prof. Dr. Sebastian Schmidt
(Forschungszentrum Jülich GmbH, Member of Board of Directors)

 

Bluhm, Hendrik, Prof. Dr.
The basics of solid-state qubits; spin qubits
RWTH Aachen University, GermanyA06
Bruss, Dagmar, Prof. Dr.
Introduction to QuantumInformation  
University of DüsseldorfA02
Burkard, Guido, Prof. Dr.
Qubits and the New Semiconductors
University of KonstanzD03
DiVincenzo, David, Prof. Dr.
Welcome/Introduction/Overview
Forschungszentrum Jülich, GermanyA01
Dürr, Stephan, Dr.
Introduction to Physical Implementation of Quantum Information Processing
MPQ GarchingA03
Gambetta, Jay, Dr.
Control of Superconducting Qubits 
IBM Research New YorkB04
Hassler, Fabian, Prof. Dr.
Majorana Qubits
RWTH Aachen University, GermanyB02
Hollenberg, Lloyd, Prof. Dr.
Donor Impurity Qubits & Quantum Architectures 
University of Melbourne, AustraliaB01
Jelezko, Fedor, Prof. Dr.
Diamond Qubits
University of UlmD02
Koch, Erik, Prof. Dr.
Computational Many-Body Physics and Quantum Information
German Research School for Simulation SciencesC03
Kraus, Barbara, Prof. Dr.
Topics in Quantum Information
University of InnsbruckA05
Ladd, Thaddeus, Dr.
Optical and Quantum Dot Qubits
HRL LaboratoriesD04
Manucharyan, Vladimir, Dr.
Current Topics in Solid State Qubits
Harvard UniversityD01
Oliver, Will, Dr.
Superconducting qubits
MIT Lincoln LabsA04
Schaepers, Thomas, Prof. Dr.
Spintronics and Emergent Qubits
Forschungszentrum Jülich, GermanyD05
Schreiber, Lars, Dr.
New Developments in Spin Qubits
RWTH Aachen University, GermanyB03
Schuch, Norbert, Prof. Dr.
Condensed-Matter Applications of Entanglement Theory
RWTH Aachen University, GermanyC04
Solano, Enrique, Prof. Dr.
Trapped ions and quantum simulations
UPV-EHU BilbaoC02
Terhal, Barbara, Prof. Dr.
Quantum Error Correction & Fault Tolerant Quantum Computing
RWTH Aachen University, GermanyC01

 

For searching homepages of the internal speakers, please visit:

http://www.fz-juelich.de/portal/EN/Service/StaffSearch/staffSearch_node.html

 

Sessions

A: Basics of Quantum Information

A1 - Welcome/Introduction/Overview
A2 - Introduction to Quantum Information
A3 - Introduction to Physical Implementation of Q. Information Processing
A4 - Topics in Quantum Information
A5 - The basics of solid-state qubits; spin qubits                                                    

 

B: Solid State Qubits

B1 - Superconducting qubits
B2 - Donor Impurity Qubits & Quantum Architectures
B3 - Control of Superconducting Qubits
B4 - Current Topics in Solid State Qubits
B5 - New Developments in Spin Qubits

 

C: Informatics and Qubits

C1 - Quantum Error Correction & Fault Tolerant Q. Computing
C2 - Trapped ions and quantum simulations
C3 - Computational Many-Body Physics and Quantum Information
C4 - Condensed-Matter Applications of Entanglement Theory                             

 

D: Contemporary Qubits

D1 - Majorana Qubits
D2 - Diamond Qubits
D3 - Qubits and the New Semiconductors
D4 - Optical and Quantum Dot Qubits
D5 - Spintronics and Emergent Qubits                                                                            


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