Computational physics 05/21/16
If you read last night’s episode of Isaac’s daily science lecture, you would have learned that Scientists and Engineers often use computational models to simulate complex systems. Tonight we will discuss the application to physics, often called Computational physics. Officially, Computational physics is defined as the study and implementation of numerical models to simulate complex physical problems. Computational physics as emerged as an entire methodology in it’s own right, with applications ranging from the simulation of the Nbody problem.
Simulation of science 05/20/16
As we have discussed about complex systems before, much of the natural world can not be predicted using simple mechanistic equations, but requires more complex theories instead. Now one may ask, how is it possible for scientists to utilize such complex theories? The answer lies in the fact that many scientists now a days use something called a simulation to control those systems. By recreating the theories as a computer model, scientists can be granted real time control of a particular situation. Simulations permeate every field of science, weather it be solar systems for astrophysics or earth systems in geology.