31 Caroline St. N.
Waterloo Ontario,
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N2L 2Y5
Tel: (519) 569-7600
Fax: (519) 569-7611
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 | Hongbao Zhang | | | | | Phone: | (519) 569-7600 x8155 | | Email: | hzhang[at]perimeterinstitute.ca | | | |
I am a theoretical physicist in progress. My final fantasy is to have a consistent unified picture of our own universe in my heart. What I have been pursuing is to provide a road to reality, which can be specifically divided into two folds: One is to shed some fresh light on those longstanding problems in fundamental physics, and the other is to present an elegant reformulation of those wellknown ingredients in theoretical physics. Both of them need independent but open mind. So sometimes you will see me pondering on some profound problems such as the arrow of time in front of my desktop, and on other occassions you will see me showing up in front of the blackboard, in communication with others. Recently Junji Jia and I have come up with cosmic neutrino background as a new test of the Copernican principle. The intuitive picture underlying this noval proposal is that unlike the cosmic photons, the cosmic massive neutrinos of different energies come from the different places and travel to us along the different worldlines, which definitely brings us extra information on the structure of our universe. However, as you know, it is difficult to detect cosmic neutrino background. So to implement our proposal the larger neutrino telescopes are called for. Affiliations Perimeter Institute for Theoretical Physics, Waterloo, Ontario, Canada Beijing Normal University, Beijing, China Eternal Interests: General Relativity, Quantum Field Theory, Quantum Gravity, Statistical Mechanics and Thermodynamics. Recent Interests: Black Holes and Cosmology.
Recent Publications: - Consistency Conditions on S-Matrix of Spin 1 Massless Particles, Song He, Hongbao Zhang, 0811.3210, 2008-11-20
- Can the Copernican principle be tested by cosmic neutrino background?, Junji Jia, Hongbao Zhang, 0809.2597, 2008-09-15
- Note on the thermal history of decoupled massive particles, Hongbao Zhang, Class. Quantum Grav. 25 (2008) 208001, 0808.1552, 2008-08-11
- A covariant entropy bound conjecture on the dynamical horizon, Song He, Hongbao Zhang, 0805.4614, 2008-05-29
- Helicity Entanglement of Moving Bodies, Song He, Hongbao Zhang, Shuxin Shao, 0801.2429, 2008-01-16
- Covariant entropy conjecture and concordance cosmological models, Song He, Hongbao Zhang, JCAP10(2008)020, 0712.3821, 2007-12-24
- The black hole dynamical horizon and generalized second law of thermodynamics, Song He, Hongbao Zhang, JHEP12 (2007) 052, 0712.1313, 2007-12-08
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Additional Publications: Selected Refereed Publications |
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