Computer Science based physics research?

In summary, there is a rumor that the senate is discussing openly that HAARP and weather manipulation is real. It sounds like it could be conspiratorial, but I do know both China and the United States had similar programs which were working with resonant frequency to control weather. However, seeing as PI and the speed of light are often referred to as constants, I think it's important to not just test if we're within a simulation, but work with computer scientists assuming we are and test out different methods of gravitational and holistic system manipulation through computer science.
  • #1
universalbri
3
0
Does anyone know of any research being done to control gravity and weather systems through computer science and directed programmatic control leveraging energy?

There's a rumor on the 'internets' (as Bush would call it) that the senate recently discussed openly that HAARP and weather manipulation is real. It sounds conspiratorial, but I do know China and the United States both had similar programs which were working with resonant frequency to control weather (rather than cloud seeding)
http://www.zengardner.com/air-force-admits-weather-control-via-haarp-new-tech/

But seeing as PI and the speed of light are often referred to as 'constants', I think it behooves science to not just test if we're within a simulation, but work with computer scientists assuming we are and testing out different methods of gravitational and holistic system manipulation through computer science.

I am just curious - does anyone knows of any research and theorizing./testing being done to actually 'interact' with these variables and constants in the physical universe through energy and to attempt to alter them?

Why? I would imagine the financial cost benefit and potential for commercialization of space would decrease the cost to almost nil for a space faring vessel when there stands a chance it could defy physics and gravity by having its gravity 'constant' altered to '0' from 9.8 m/s, thus causing leviitation - which would be amazingly cool.

Anyone know of any such research?
 
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  • #2
Congratulations, you win this week's award for crackpot creativity. You may be the first person ever to combine 'we are living in a simulation' with 'easy space travel through new physics' to arrive at the idea 'let's go to space cheaply by hacking the simulation'.

If we're living in the Matrix, why don't you just try to wake up and find out what the real world outside the simulation is like?

This thread will be deleted soon. But maybe you could try vixra.freeforums.org
 
  • #3
And everybody knows, you can't put something on the internets if it isn't true. That's the First Law of the World Wide Web.
 
  • #4
Kudos for your scientifically minded and supportive responses! Enjoy!
 
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1. What is the role of computer science in physics research?

Computer science plays a crucial role in physics research by providing advanced computational tools and algorithms to analyze large datasets and simulate complex physical systems. These tools allow researchers to make accurate predictions and solve complex problems that would be impossible to do by hand.

2. How does computer science help in studying the behavior of physical systems?

Computer science allows researchers to create simulations and models of physical systems, which can then be used to study their behavior and make predictions. These simulations can be used to test different scenarios and parameters, providing valuable insights into how the system may behave in the real world.

3. What are some specific examples of computer science applications in physics research?

Some specific examples of computer science applications in physics research include computational fluid dynamics, molecular dynamics simulations, and quantum mechanics simulations. These tools are used to study the behavior of fluids, molecules, and subatomic particles, respectively.

4. How does computer science contribute to advancements in physics research?

Computer science contributes to advancements in physics research by providing powerful tools for data analysis, simulations, and machine learning. These tools allow researchers to make new discoveries, test theories, and develop new technologies that push the boundaries of our understanding of the physical world.

5. Is computer science becoming increasingly important in physics research?

Yes, computer science is becoming increasingly important in physics research as the complexity of physical systems and the amount of data being generated continues to increase. With the help of computer science, physicists are able to tackle more complex problems and make more accurate predictions, leading to significant advancements in the field.

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