Access
To read this story in full you will need to login or make a payment (see right).
News and Views
Nature 455, 41-43 (4 September 2008) | doi:10.1038/455041a; Published online 3 September 2008
Open Innovation Challenges
-
Optimizing Sub-cellular Localization Tags
The Seeker is looking for methods to optimize sub-cellular localization tags for protein expression....
-
Direct Molecular Detection of Proteins and Nucleic Acids
This Challenge is looking for novel approaches to protein and nucleic acid detection. This is an Id...
- More Challenges
- Powered by:
nature jobs
Basic Science Medical Educators
- Texas Tech University Health Sciences Center
- El Paso, Texas, USA
Postdoctoral Fellow - Computational Genomics - Team 78 – Ref: 80464
- Wellcome Trust Sanger Institute
- Hinxton, Cambridgeshire CB10 1, UK
Experimental physics: A shift in spectroscopy
Frank K. Wilhelm1
Abstract
Spectroscopic measurement of the energy absorbed or emitted by an object is an invaluable experimental technique. An innovative approach opens the door to the acquisition of previously inaccessible data.
For researchers across the sciences, spectroscopy is the main tool for uncovering the energetic structure of their object of study. These data in turn provide a range of information about the object.
- Frank K. Wilhelm is at the Institute for Quantum Computing, University of Waterloo, Ontario N2L 3G1, Canada.
Email: fwilhelm@iqc.ca
To read this story in full you will need to login or make a payment (see right).
MORE ARTICLES LIKE THIS
These links to content published by NPG are automatically generated.
NEWS AND VIEWS
Superfluid gyroscopeNature News and Views (17 Sep 1992)
Quantum mechanics: Is the theory applicable to macroscopic objects?Nature News and Views (27 Feb 1986)
RESEARCH
Amplitude spectroscopy of a solid-state artificial atomNature Article (04 Sep 2008)
Micrometre-scale superconducting circuits can act as quantum two-level systems, but unlike in their natural counterparts?such as atoms?the parameters of these ?artificial qubits? can be controlled externally. This tunability has now been used to break the symmetry of the system hamiltonian in a controlled manner. Micrometre-scale superconducting circuits can act as quantum two-level systems, but unlike in their natural counterparts?such as atoms?the parameters of these ?artificial qubits? can be controlled externally. This tunability has now been used to break the symmetry of the system hamiltonian in a controlled manner.Nature Physics Letter (01 Sep 2008)
Coherent quantum state storage and transfer between two phase qubits via a resonant cavityNature Letters to Editor (27 Sep 2007)
See all 5 matches for Research