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  1. Dec 15, 2009 · H.T. Cho (Tamkang U.), A.S. Cornell (Witwatersrand U.), Jason Doukas (Kyoto U., Yukawa Inst., Kyoto), Wade Naylor (Doshisha U. & Osaka U.) In this article we show that the asymptotic iteration method (AIM) allows one to numerically find the quasinormal modes of Schwarzschild and Schwarzschild de Sitter (SdS) black holes.

  2. en.wikipedia.org › wiki › HTCHTC - Wikipedia

    Cher Wang (王雪紅) and H. T. Cho (卓火土) founded HTC in 1997. Initially a manufacturer of notebook computers, HTC began designing some of the world's first touch and wireless hand-held devices in 1998. HTC started making Windows Mobile PDAs and smartphones starting from 2004 under the Qtek brand.

  3. 1) DO letter from AS&MD: Performance linked payment to CHOs for involvement in COVID-19/essential services - (01/05/2020) (632KB) 2) Letter: Request to States/UTs for inclusion of Homeopathy and Unani practitioners in CPCH- (17/12/2019) (1.43 MB) 3) DO letter from AS&MD: IGNOU certificate programme in Community Health to train MLPs for ...

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  4. H. T. Cho's 47 research works with 781 citations and 1,782 reads, including: Quantum Noise of Gravitons and Stochastic Force on Geodesic Separation

  5. We discuss an approach to obtaining black hole quasinormal modes (QNMs) using the asymptotic iteration method (AIM), initially developed to solve second order ordinary di erential equations. We introduce the standard version of this method and present an improvement more suitable for numerical implementation.

    • H. T. Cho, A. S. Cornell, Jason Doukas, T. R. Huang, Wade Naylor
    • 2011
  6. Jul 1, 2003 · H. T. Cho. Phys. Rev. D 68, 024003 – Published 1 July 2003. More. PDF Export Citation. Abstract. We evaluate both the massless and the massive Dirac quasinormal mode frequencies in the Schwarzschild black hole spacetime using the WKB approximation.

  7. H. T. Cho∗ and Y.-C. Lin. Department of Physics, Tamkang University, Tamsui, Taipei, Taiwan, Republic of China. (Dated: June 14, 2021) Abstract. We analysis the radial equations for massive Dirac fields in Schwarzschild black hole spacetimes. Different approximation formulae under the WKB scheme are developed for the transmission prob-