A guy in a forum said that a physics simulation can keep a Threadripper running at full capacity for several days.
What kind of simulations are/could these be? Even FEM can be done in a few minutes with a CPU like this.
(2 votes)
Loading...The problem is stated above. The mass remains the same. (A 55kg cyclist is accelerated first from a standstill to 5 m/s, then from 5 m/s to 10 m/s.) Because I think that E kin should be equal, since E kin = ½ • m • v² And since ◇v1 = v1 – v(Stand) =…
Hello, I urgently need help with this question. I found that it equals 6a². I just don't understand why a² isn't in the solution. A²-a² is also 0, but why is 10a²-4a²=6a² and not 6?
Servus, I have a question. My instructor gave me a task to find out which protective device is behind a short circuit switch and why it doesn't work when you use it. Thanks for the help
I ordered a Bluetooth adapter from AliExpress for my PC, but I don't know how it works. I plugged it in, and it's recognized as a kind of headset. How can I possibly fix the problem so that it can be used as a Bluetooth receiver on the PC? https://de.aliexpress.com/item/1005005678046334.html?spm=a2g0n.order_detail.order_detail_item.3.47f86368Ktg6xc&_gl=1 *13pnor*_gcl_aw*R0NMLjE3MjYzMzAzNjcuQ2p3S0NBanc2SlMzQmhCQUVpd0FPOXdhRjhyZHNiYWx2bkVGcDViYU9aXy1NTUhFaENrUzhMT3BDLTZo bUs3bWZsS2RoWTNMXzZBUVd4b0M2azRRQXZEX0J3RQ..*_gcl_dc*R0NMLjE3MjE2NzgzNDkuQ2p3S0NBandodmkwQmhBNEVpd0FYMjV1ajM4RG54SW9 Nd1k4WEJxeEJ5RkgyLVliOERDZHo3Tm5GNXFLTzVIVlZ0UE9naWFiRVRDUHJob0N3SmdRQXZEX0J3RQ..*_gcl_au*MTA3NDA1NDMzLjE3MjE2NzgzND k.*_ga*MzkzNTE0NzI3LjE3MTMxODU5MTU.*_ga_VED1YSGNC7*MTcyNjMzMDM2Ni4yMS4xLjE3MjYzMzAzNjguNTguMC4w&gatewayAdapt=glo2deu
Or do you have a Chromebook and how long has it lasted?
The definitive answer to the meaning of life. "42" has already been suggested.
But seriously. The simulation of nuclear fusion in plasmas, as pursued in fusion reactors (e.g., tokamaks), requires the calculation of extremely complex processes. This involves the behavior of ionized gases (plasma) under extreme conditions, the interaction of electromagnetic fields, and the turbulence in the plasma. Cosmological simulations model the large-scale structure of the universe, including the formation of galaxies, stars, and black holes. Such simulations cover vast periods of time, from the Big Bang to the present, and take dark matter and dark energy into account. Our computers are far from adequate for this. Infinity—if it exists—will probably not be computable with even the most powerful quantum computers.
It depends on the size of the problem. Try calculating the sun's magnetic field using a FEM.
Or try to calculate the response of the magnetic field of an array to billions of variations.
Wave propagation in built-up areas can also be very challenging if you want to calculate thousands of buildings and reflective surfaces with different reflectivity levels.
This can easily take several days.
Simulating the formation of galaxies or solar systems also takes an extremely long time, because relatively small time steps are required for precise simulations. This generally applies to all chaotic systems.
The computational effort often increases exponentially as the problem size increases.
Weather simulations still can't judge correctly 😂👀.
There's even a specific term for chaotic systems. It's pretty interesting.
A characteristic sign of chaotic behavior of systems is that their temporal progression can only be described by a continuum of periodic motions. The equations of motion are purely deterministic and without random elements, but they are nonlinear. Chaos requires only a few degrees of freedom.
Here is an article:
https://www.scinexx.de/news/technik/ki-oder-supercomputer-wer-macht-bessere-wettervorhersagen/#:~:text=macht%20bessere%20Forecasts%3F-,K%C3%BCnstliche%20Intelligenz%20gewerbe%2010%2DTage s%2DWeather forecasts%20also%20without%20physical%20knowledge,2023%2C%20Reading time%3A%204%20Min.&text=Neural%20Network%20instead of%20Supercomputer%3A%20One, one%20physical%20equation%20to%20know.