Dr. H. Eugene Stanley
William Fairfield Warren Distinguished Professor;
Director, Center for Polymer Studies;
Professor of Physics, Chemistry, Biomedical
Engineering, and Physiology (School of Medicine)
Are There Two Forms of Liquid Water?
Wednesday, March 23, 2016 at 4:15 PM
Askwith Auditorium, 140 Lorch Hall
(611 Tappan Street)
University of Michigan Central Campus
Dr. H. Eugene Stanley will introduce some of the 73 documented anomalies of the most complex of liquids, water—focusing on recent progress in understanding these anomalies by combining information provided by recent experiments and simulations on water designed to test the hypothesis that liquid water has behavior consistent with the novel phenomenon of “liquid polymorphism” in that water can exist in two distinct phases. He will also discuss very recent work on nanoconfined water anomalies as well as the apparently related, and highly unusual, behavior of water in biological environments. Finally, Dr. Stanley will discuss how the general concept of liquid polymorphism is proving useful in understanding anomalies in other liquids, such as silicon and silica, as well as metallic glasses, which have in common that they are characterized by two characteristic length scales in their interactions.
Harry Eugene Stanley (born March 28, 1941) is an American physicist and University Professor at Boston University. He has made seminal contributions to statistical physics and is one of the pioneers of interdisciplinary science. His current research focuses on understanding the anomalous behavior of liquid water, but he had made fundamental contributions to complex systems, such as quantifying correlations among the constituents of the Alzheimer brain, and quantifying fluctuations in noncoding and coding DNA sequences, interbeat intervals of the healthy and diseased heart. He is one of the founding fathers of econophysics.
Previous lectures in this series:
- 2016 Dr. H. Eugene Stanely: Are There Two Forms of Water?
- 2013 Dr. Nigel Lockyer: The Higgs is One Piece of the Mass Puzzle: Toward a New Understanding of the Quantum Universe
- 2012 Dr. Frank von Hippel: A Global Cleanout of Nuclear Weapon Materials
- 2011 Physics Nobel Laureate William D. Phillips: Time, Einstein, and the Coolest Stuff in the Universe
- 2010 Terry Tao: The Cosmic Distance Ladder
- 2009 Alan Guth: Inflationary Cosmology: Is Our Universe Part of a Multiverse?
- 2008 Margaret Geller: Newton Meets Einstein: Mapping Dark Matter in the Universe
- 2007 Kip Thorne: The Warped Side of the Universe from the Big Bang to Black Holes and Gravitational Waves
- 2006 Physics Nobel laureate Saul Perlmutter: Supernovae, Dark Energy, and the Accelerating Universe -- What Next?
- 2005 Physics Nobel laureate Wolfgang Ketterle: When Freezing Cold is Not Cold Enough -- New Forms of Matter at Close to Absolute Zero Temperature
- 2004 Physics Nobel laureate Robert B. Laughlin: The Emergent Age
- 2003 Physics Nobel laureate Carl E. Wieman: Bose-Einstein Condensation: Quantum Weirdness at the Lowest Temperature in the Universe
- 2002 Sir Michael Atiyah: Geometry and Physics: A Marriage Made in Heaven
- 2001 Mildred S. Dresselhaus: Frontiers in Nanoscience