User:RobinCodes/Machines at the Edge: Difference between revisions
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RobinCodes (talk | contribs) Added two machines |
RobinCodes (talk | contribs) Fixed second machine's STD |
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* Mechanism: approximately B(m) ~ B(H^m(10)). | * Mechanism: approximately B(m) ~ B(H^m(10)). | ||
=== {{TM| | === {{TM|1RB0LA_0RC0RB_1LD1LA_1LC1RE_1RF0RD_1LC---}} === | ||
* Around '''a day''' with somewhere '''in [100, 1000] GB of memory.''' | * Around '''a day''' with somewhere '''in [100, 1000] GB of memory.''' | ||
* Expected to halt on the order of one trillion iterations. | * Expected to halt on the order of one trillion iterations. | ||
* Mechanism: pipe [[Hydra]] residues into another very chaotic machine. | * Mechanism: pipe [[Hydra]] residues into another very chaotic machine. | ||
Latest revision as of 15:02, 13 December 2025
Some machines are right at the edge of computability. This means that they are computationally tractable to simulate, but they are literal energy vampires. There are a few such machines that have been found, but only two have been collected for now.
6x2 Machines
1RB1RE_1LC1LD_---1LA_1LB1LE_0RF0RA_1LD1RF (bbch)
- Would take a few weeks with ~10 TB of memory.
- 50% chance of halting based on H^114e12(10) mod 4.
- Mechanism: approximately B(m) ~ B(H^m(10)).
1RB0LA_0RC0RB_1LD1LA_1LC1RE_1RF0RD_1LC--- (bbch)
- Around a day with somewhere in [100, 1000] GB of memory.
- Expected to halt on the order of one trillion iterations.
- Mechanism: pipe Hydra residues into another very chaotic machine.