Warren S. Warren
Warren S. Warren | |
|---|---|
Herbert P. Broida Prize (2011) | |
| Scientific career | |
| Fields | Chemistry, Physics |
| Institutions | Princeton University, 1982–2005 Duke University, 2005–2011 |
| Thesis | Selectivity in Multiple Quantum Nuclear Magnetic Resonance (1980) |
| Doctoral advisor | Alexander Pines |
Warren Sloan Warren is the
Quantum Coherence as well as nonlinear optical spectroscopy
.
Scholarship
Warren began his career in the field of Magnetic Resonance, where his work contributed to the revised understanding of the interactions between widely separated spins.[2] Warren would go on to exploit these "Intermolecular Multiple Quantum Coherences",[3] and this work helped lead to the development of new pulse sequences for magnetic resonance imaging with new types of contrast. His work in nonlinear optics developed a range of optical methods which exploit laser pulse shaping to image molecular content, including tissue and paintings.[4]
Students and Collaborators
- Donna Strickland (University of Toronto) [postdoc][2]
- Debabrata Goswami (Indian Institute of Technology)[3]
- Yung-ya Lin (UCLA)[4]
- Thomas Theis (NCSU)[5]
- Howe-Siang Tan (NTU)[6]
- Louis Serge Bouchard (UCLA)[7]
Books
- Warren, Warren S. The Physical Basis of Chemistry Vol. 1 Academic Press, 1993 ISBN 0127358501
- Warren, Warren S. The Physical Basis of Chemistry Vol. 2 Academic Press, 2000 ISBN 0127358552
References
- ^ "CMBI: The Center for Molecular and Biomolecular Imaging". Archived from the original on October 8, 2011. Retrieved November 10, 2011.
- ^ Weiss, Peter Ulrich, "Magnetic Whispers", Science News, Vol.159(3), p.42 (2001)
- ^ "Intermolecular Multiple Quantum Coherence in Liquids" (PDF). Cs.duke.edu. Retrieved 2015-02-26.
- ^ Wade, Lizzie (2014-01-21). "3D Imaging Reveals How Paintings Were Made | Science/AAAS | News". News.sciencemag.org. Retrieved 2015-02-26.
External links
| Authority control databases: Academics |
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