Add new comment
-
Want facts and want them fast? Our Maths in a minute series explores key mathematical concepts in just a few words.
A basic introduction to the most powerful tools in science and enginnering.
As COP28, the 2023 United Nations Climate Change Conference, kicks off we look at how maths can help understand the climate crisis.
How do you create dramatic film out of mathematics? We find out with writer and director Timothy Lanzone.
Mathematics plays a central role in understanding how infectious diseases spread. This collection of articles looks at some basic concepts in epidemiology to help you understand this fascinating and important field, and set you up for further study.
Find out why the formula we use to work out conditional probabilities is true!
I have a question which is kind of philosophical, since I am from a non-mathematical background.
Background- As I decipher from Schrodinger equation, small particles have discrete energy or quanta. And if we try to pin point their location at any given time, we can only determine a probabilistic position. I deduce that these particles are kind of independent of space-time, and that their space-time fabric at any given point will be probabilistic. In other words, there is no equation to define space-time fabric for small particles. Coming to Einstein's theory of general relativity which says that gravity results for changes in space-time fabric, and has a definitive equation for space-fabric.
Einstein has based his equations assuming a definite and continuous space.
Can you extend/ re-derive einstein's equation of general theory of relativity assuming a probabilistic space-time?
Analogy- Galaxies are moving away from each other. At any given point of time, position of a galaxy in only probabilistic, through we can determine position with a very high probability in this case.
Please can you provide your answer at manish.madnawat@gmail.com too
Thanks