In case it’s still tagged crypto, note that these aren’t generators for cryptography; they’re for producing noise with good statistical properties faster than cryptographic generators would. That’s useful for, for example, Monte Carlo simulation.
It is interesting to note that some cryptographic primitives are fast enough to be in the comparison table, though. ChaCha20/8 and AES-128 counter mode are both under one cycle/byte on new x64 hardware and really well studied. If you find nonrandomness in them of any sort that would break your Monte Carlo simulation, you can probably get a paper published about it at least.
In case it’s still tagged
crypto, note that these aren’t generators for cryptography; they’re for producing noise with good statistical properties faster than cryptographic generators would. That’s useful for, for example, Monte Carlo simulation.It is interesting to note that some cryptographic primitives are fast enough to be in the comparison table, though. ChaCha20/8 and AES-128 counter mode are both under one cycle/byte on new x64 hardware and really well studied. If you find nonrandomness in them of any sort that would break your Monte Carlo simulation, you can probably get a paper published about it at least.