What is Digital Physics and How Can You Learn About It?

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Digital Physics is an emerging field that explores the relationship between physics and computational systems, particularly in the context of automata. It is considered a fringe topic within the scientific community, with limited academic opportunities for graduate or postdoctoral research. While the concept is intriguing, those pursuing a thesis may be advised to focus on more established areas of study. Resources on Digital Physics are scarce, making it challenging to find comprehensive information. Engaging with this topic can be intellectually stimulating, but practicality in academic pursuits should be considered.
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I wasn't sure where to drop this topic, so I figured General would be the best place. Anyway, here goes. I'm majoring in Physics/Mathematics and I need to begin work on my thesis soon. Only problem is I don’t have a topic. Whilst trying to find some problems and areas that link automata and physics I came across “Digital Physics.” This field is entirely new to me, and it seems to be new to science as well. Does anyone know about this field? If so, where can I get some good information about it, because I have yet to find any? Thanks in advance.
 
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Nebula said:
I wasn't sure where to drop this topic, so I figured General would be the best place. Anyway, here goes. I'm majoring in Physics/Mathematics and I need to begin work on my thesis soon. Only problem is I don’t have a topic. Whilst trying to find some problems and areas that link automata and physics I came across “Digital Physics.” This field is entirely new to me, and it seems to be new to science as well. Does anyone know about this field? If so, where can I get some good information about it, because I have yet to find any? Thanks in advance.

Interesting paradigm as it may be, it is a "fringe topic" for the moment. I don't think you'll find a position, as an aspiring graduate or postdoc, to do "digital physics" anywhere. That doesn't mean that pondering the subject isn't interesting, but I'd say that you better take something more "mainstream" to do your work in!
 
I do not have a good working knowledge of physics yet. I tried to piece this together but after researching this, I couldn’t figure out the correct laws of physics to combine to develop a formula to answer this question. Ex. 1 - A moving object impacts a static object at a constant velocity. Ex. 2 - A moving object impacts a static object at the same velocity but is accelerating at the moment of impact. Assuming the mass of the objects is the same and the velocity at the moment of impact...

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