**************** The 17th., Lab Seminar *****************

Date: Thu, December 11, 2003  PM 4:00-

Place: No.616 Seminar room
　　　　　　 Graduate School of Information Science

Speaker: Hiroaki Kubota

Title: Quantum mechanical thermal rate constant: estimating the flux-flux autocorrelation function by the complex type stochastic quantization method
　　　　　
Abstract: 
 It is necessary to calculate transition amplitude for the purpose of
obtaining quantum thermal rate constant. So far, efficient methods have been
proposed about calculation of transition amplitude as for Boltzmann
operator. However, in real time and complex time form, it is difficult to
calculate because of vibrating behavior with respect to real time evolution
as known well. So, having researched about a time-dependent process under
finite temperature using stochastic quantization method that is expanded
into the complex time form, I will report this.

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