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44th IFF Spring School

Quantum Information Processing

25 February - 08 March 2013 Jülich, Germany

 

 Spring School Lectures

The lecturers at this year's Spring School have kindly made their presentations and lecture notes available for download.

 

Bluhm, Hendrik, Prof. Dr.
The basics of solid-state qubits; spin qubits
A06
Bruss, Dagmar, Prof. Dr.
Introduction to Quantum Information  
A02
Burkard, Guido, Prof. Dr.
Qubits and the New Semiconductors
D03
DiVincenzo, David, Prof. Dr.
Welcome/Introduction/Overview
Pioneers of Quantum Computing

A01
Dürr, Stephan, Dr.
Introduction to Physical Implementation of Quantum Information Processing
A03
Gambetta, Jay, Dr.
Control of Superconducting Qubits 
B04
Hassler, Fabian, Prof. Dr.
Majorana Qubits
B02
Hollenberg, Lloyd, Prof. Dr.
Donor Impurity Qubits & Quantum Architectures 
B01
Jelezko, Fedor, Prof. Dr.
Diamond Qubits
D02
Koch, Erik, Prof. Dr.
Entaglement and Exchange in Correlated Electron Systems
C03
Kraus, Barbara, Prof. Dr.
Topics in Quantum Information
A05
Ladd, Thaddeus, Dr.
Optical and Quantum Dot Qubits
D04
Manucharyan, Vladimir, Dr.
Current Topics in Solid State Qubits

D01
Oliver, Will, Dr.
Superconducting qubits
A04
Schaepers, Thomas, Prof. Dr.
Spintronics and Emergent Qubits

D05
Schreiber, Lars, Dr.
New Developments in Spin Qubits
B03
Schuch, Norbert, Prof. Dr.
Condensed-Matter Applications of Entanglement Theory
C04
Solano, Enrique, Prof. Dr.
Trapped ions and quantum simulations

C02
Terhal, Barbara, Prof. Dr.
Quantum Error Correction & Fault Tolerant Quantum Computing
C01

 

To search the home pages of the internal speakers, please visit:

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

 


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