User:Macbi/POTY2022 Nominations
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A table to collect nominations for POTY 2022. Anyone please feel free to contribute missing entries, but discuss in the thread before changing an existing entry. Red text indicates entries that I (Macbi) want to check or improve.
| Name (with link) | Authors | Description | |
|---|---|---|---|
| 1 | 74P34 | mvr | The first known non-trivial oscillator with period 34. |
| 2 | Raucci's p38 | hotdogPi, Jason Summers, cvojan | The first known oscillator with period 38, made by adding cvojan's traffic stop as fenceposts for a known wick by Jason Summers. |
| 3 | Unsynthable and limited-ancestor objects | Ilkka Törmä and Ville Salo | Discoveries include an unsynthesizable still life and unsynthesizable p2 oscillator, both based on "self-forcing" agars, as well as a generalized solution to the grandfather problem (patterns that have n-tick predecessors but no (n+1)-tick predecessors). The beginning of this series of discoveries was "American Dream", a pattern with finite population which has an infinite-population predecessor but no finite-population predecessor. |
| 4 | Speed Tunnel | Kazyan | A stable glider-to-Herschel converter with a repeat time of 61 ticks, faster than the syringe's 78 ticks. |
| 5 | Explicit 15-glider Reverse Caber-Tosser | MathAndCode, calcyman, simeks, Dvgrn, AlbertArmStain, Pavgran, Macbi, chris_c, dani, and Goldtiger997 | A concrete construction demonstrating that any glider synthesis can be reduced to use just 15 gliders. The number of gliders was also reduced from its previous value of 17. |
| 6 | five new p23 engines | Nico Brown (3), James Pascua (1), Mitchell Riley (1) | At the end of 2021, only one period-23 oscillator was known, excluding variants: David Hilbert. As of the end of 2022, there are six. |
| 7 | CatForce oscillators | The introduction of symmetric CatForce has led to new oscillators of approximately 112 periods, including fifteen primes above 13. | |
| 8 | Engineered diehard | A pattern that starts in a bounding box of area 9990, and yet lives for more than 10^10^10^10^10^10^10^10^10^10^10^10^10^10^10 generations before dying out completely. | |
| 9 | Quartermax | amling, HartmutHolzwart and Jason Summers | A long-sought pattern that fills one quarter of the Life plane with zebra stripes. |
| 10 | Gliderless breeder, the p48 puffer for Gosper glider guns | ||
| 11 | New quadratic growth records | dani, AbhpzTa and Rocknlol | The smallest known quadratic growth patterns, in terms of population (dani), number of gliders (dani), and bounding box (dani, AbhpzTa and Rocknlol) --20-cell quadratic growth, 6G quadratic growth, 23×13 quadratic growth. |
| 12 | Self-synthesizing glide-reflecting loopship | Goldtiger997 | A pattern made entirely of gliders that synthesises a reflected and translated copy of itself. Thus it makes an orthogonal spaceship travelling at a speed of 30985960c/144171206. |
| 13 | Speed Orthogonoid | Goldtiger997 | An adjustable spaceship capable at travelling orthogonally at any speed less than c/4. |
| 14 | Speed Orthogonal Loopship | Goldtiger997 | A pattern made entirely of XWSSes that synthesises a reflected and translated copy of itself. It travels orthogonally and is adjustable so that its speed can become arbitrarily close to c/4. It's population is much less than that of the Speed Orthogonoid. |
| 15 | Nico Brown's strictly volatile oscillators | Nico Brown | Nico Brown created a script that can create huge strictly volatile oscillators of any period 943+ except 944. Note that this entry does not include the strictly volatile p86, which coincidentally has Nico Brown as a co-discoverer. |
| 16 | Taco | dexter1 | The third known elementary c/7 orthogonal spaceship. |
| 17 | new honeyfarm catalysts, including chucklebait | ||
| 18 | component for adding a "crotchet" to a c/3 spaceship | Goldtiger997 | This is a new synthesis component that can repeatably extend a "waltz" section of c/3 orthogonal spaceship, allowing for the first known infinite series of synthesizable c/3 spaceships. |
| 19 | small Max predecessors | Rocknlol, iNoMed | After an intermediate 127-cell, 27×23 new record set by iNoMed, the smallest predecessors of a Max spacefiller variant by population and bounding box are currently 110 cells and 21×21, respectively -- two different patterns, both found by Rocknlol. |
| 20 | P86 R-pentomino_hassler | Nico Brown, iNoMed | The discovery of this oscillator added 86 to a fairly short list, making it the fourteenth period where a strictly volatile oscillator is known that doesn't make use of self-constructing circuitry. |
| 21 | New spaceship syntheses | Goldtiger997, mniemiec, INoMed, Kazyan, pipsqueek, muzik | Glider construction recipes were discovered for Orion 2, 33P4H1V1, 70P5H2V0, 58P8H4V0, 30P3H1V0, 29P3H1V0, brain, 66P5H2V0, and 37P4H1V1, as well as the unbounded number of c/3 spaceships made possible by #18 above. |
| 22 | New Reflector Periods | vivi, iNoMed, Matthias Merzenich, David Raucci, Mitchell Riley, MAP bot, Nico Brown, Tanner Jacobi, Noam Elkies | 90° reflectors for the previously unsolved periods of 23, 34, and 38. |
| 23 | p24 glider gun | cvojan, vivi, James Pascua | A new second-smallest glider gun after the Gosper glider gun, fitting in a 20 × 20 bounding box. |
| 24 | Lisp in Life | woodrush (Hikaru Ikuta) | A Lisp interpreter implemented in Conway’s Game of Life, using technology similar to the Quest for Tetris project. This is the first implementation of a standardized high-level programming language inside Conway’s Game of Life. |
| 25 | 21-bit strict still life synthesis project and completion of the 20-bit pseudo still life synthesis project | ||
| 26 | New stable conduits and converters | Several new stable conduits and converters, including but not limited to a glider-releasing H-to-R by Mitchell Riley; a small stable 180-degree reflector by Simon Ekström (the "Jubjub reflector"); F149, Lx129, HL224H, RSE14T117, NW-2T16, | |
| 27 | p8 glider reflector | Kazyan | A period-8 180° glider reflector that works in every phase and hence can be used as if it were stable. |
| 28 | Soup search discoveries from distributed computing projects | Charity Engine and Open Science Grid |