I am a #bibliologer and a #cryptologer. I study the Bible, codes, and ciphers among other things. I enjoy #poetry. I like #neologisms. I burn with insatiable curiosity about everyone and everything.

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Joined 3 years ago
Cake day: December 10th, 2023
  • Gutmann is critiquing the fact that quantum computers don’t exist. They are as real as heffalumps.

    Since quantum computers are mythical heffalumps and don’t exist, this is all a bunch of fantasy twaddle and has zero scientific merit. Whether or not his peers disagree with him is a matter of religious faith.

    Talking about quantum computers is no different than discussing heffalumps and woozles.

    The fundamental theory behind quantum computation is nonsense. There is no such thing as a “simultaneous multi-state” particle. It’s nonsense. I don’t need to debunk it. The priests promoting it need to prove it, which they can’t do, because their claims are pure bunk.

    “Quantum” is just a marketing term. Fables and fairy tales can be fun and enjoyable, but when people are making technical decisions based on fables and fairy tales, then being toxic toward critics, we have a potentially violent and dangerous religious fantaticism, not a science.

Timepool Random Generator
https://codeberg.org/sugarbug/timepool

A demo of how to gather clock entropy from a deterministic environment.
This demo is designed for visual aid with fluffy overkill.
This program generates strong seeds for feeding to a CSPRNG.

One can extrapolate more entropy by timing dice rolls than from dice face values. This overcomes the problem of a constrained system with an anemic or unknown random seed source. This is a digital equivalent of timing a dice roll then using system intransigences and proof of work hashing to stretch out the timings.

Generate random seed on a system without well-seeded random number generator. Gather output from several iterations of this program and seed it to CSPRNG. Herein we hash, truncate, and whiten the timestamps for strong randomness.

@cryptography@lemmy.ml

@cryptography@lemmy.ml

Timepool Random Generator

https://codeberg.org/sugarbug/timepool

A demo of how to gather clock entropy from a deterministic environment.
This demo is designed for visual aid with fluffy overkill.
This program generates strong seeds for feeding to a CSPRNG.

One can extrapolate more entropy by timing dice rolls than from dice face values. This overcomes the problem of a constrained system with an anemic or unknown random seed source. This is a digital equivalent of timing a dice roll then using system intransigences and proof of work hashing to stretch out the timings.

Generate random seed on a system without well-seeded random number generator. Gather output from several iterations of this program and seed it to CSPRNG. Herein we hash, truncate, and whiten the timestamps for strong randomness.