| Research |
Primary research astrophysics interests place on the theoretical aspects of the formation of large-scale structures in the universe, including the dynamics of evolution, and probing the dark matter distribution around the nonlinear bound objects through the gravitational lensing.
Current major projects include graphic-card cluster computation as well as building a world widest bandwidth microwave interferometry telescope located in Hawaii. |
| Selected Publication |
- Chiueh, T., “Relativistic Solitons and Shocks in Magnetized electron-positron and proton Fluids”, Phys. Rev. Lett. , 63 , 113 (1989).
- Chiueh, T., Li Z-Y and Begelman, M.C., “Asymptotic Structure of Hydro-magnetically Driven Relativistic Winds”, Ap. J ., 377 , 462 (1991).
- Chiueh, T. “Anomalous Energy and Momentum Transfer of the Intense Neutrinos in Supernova Explosion”, Ap. J. Lett. , 413 , 315 (1993).
- Chiueh, T. and Woo, T.P, “Discoid Solitons and Solitary Waves in an Expanding Local Universe”, Phys. Rev. E55 , 1048 (1997).
- Chiueh, T. “Dynamical Quantum Chaos as Fluid Turbulence” Phys. Rev. E57 ,4150 (1998).
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