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Computational Biology, Multimedia, Information Systems, Computer Simulations, Science Education and Nuclear Physics Research Activities Dr. Singh is very actively involved in research work on applications of information systems in education, mutiledia, cloud computing and computer simulations. Currently, we are working simultaneously on several research problems in computational biology, bioinformatics, computer science education, computer simulations using Monte Carlo techniques, computational physics and physics education. Generally, we employ the latest version of Microsoft software like Visual Studio.NET 2019/2017 Framwork and its lower versions, Excel 2019/2016/2013 and Visual Basic, C++ and Java languages for our research work on computer simulations in multi-field research activities. In our research/education projects, we do extensive Monte Carlo simulations using high performance Linux and Unix based computers and Mathematica, Maple and Matlab software systems. In education research project, we create random numbers with the help of pseudo-random number generators using PC's, Linux and Unix based Mainframes. Right now, we are trying to model Mendel's Laws on hybrids in evolution process. We start with a certain number of dominant and recessive genes and then perform the computer simulations to create conditions those are available from a particular set of experimental data on species like plants or animals. In the above scholarly work, Dr. Singh is collaborating with his senior colleague Dr. Siddiqui, Professor of Computer Science, SUNY at Frdonia, NY. In genetics project, we are collaborating with Dr. Satpal Singh, Associate Professor, Department of Pharmacology and Toxicology, University of Buffalo, State University of New York, Buffalo NY, 14214. A part of this work has been published in the Proceedings: International Conference on Applications of Computer and Information Sciences to Nature Research (ACISNR-10) held at SUNY Fredonia on May 5-7, 2010. Very recently, our collaboration research paper entitled "Modeling Mendel's Laws on Inheritance in Computational Biology and Medical Sciences" has been published in the Journal of Educational Technology Systems, Vol. 39 (1), 31-46 (2010-2011). In computer simulations and science education research work, our main emphasis to investigate the projectile motion under several different boundary conditions. We have already completed work on the motion of projectile in frictionless media and rolling of several dice randomly, and have published one paper in the Journal of Educational Technology Systems, Vol. 34 (4), 405-417 (2009). We are actively involved in the simulations of projectile trajectories in media with friction. Simultaneously, we are working on the simulations of Bohr's quantum theory of Hydrogen atom for computer science, physics and chemistry majors. Preliminary work has been published in the Proceedinngs: ACISNR-10 held at SUNY Fredonia on May 5-7, 2010. Work on the dynamics of particle motion on an incline plane is in progress. One freshman student of University of Buffalo, School of Medicine and Biochemistry, Buffalo, NY is collecting data on fruit fly to verify Mendel's laws on hybrids. Any other student who is interested to work on these interesting and fascinating research problems may email me on my email address given below. In the field of high energy nuclear physics research work, I am also collaborating with Dr. Amitabha Mukhopadhyay of the
Department of Physics, University of North Bengal, Siliguri, India and Dr. B. K. Singh, Department of Physics,
Banaras Hindu University, Varanasi, India. Our collaboration has very recently published a paper in the
Proceedings
of ACISNR-2010 held in SUNY Fredonia on May 5-7, 2010.
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