User:Carson Cheng/POTY 2023 Nominee Table
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| Number | Name (with link) | Authors | Description |
|---|---|---|---|
| 01 | Walrus | Adam P. Goucher | The first known elementary spaceship with a speed of c/8 diagonal |
| 02 | p24 gliderless LWSS gun | Matthias Merzenich, iNoMed, and Lucy D'Agostino | This represents the lowest known period for a gliderless LWSS gun. |
| 03 | (2,1)c/6 knightship tagalong | Darren Li | A surprisingly small tagalong given how long ago Sir Robin was discovered |
| 04 | Charity's p25 | Charity Engine | The first known strictly volatile period-25 oscillator |
| 05 | Crotchet ship pseudo-Heisenburp | David Bell | A nice contraption to detect the presence of certain types of c/3 spaceships |
| 06 | p13 domino sparker | Mitchell Riley | The first p13 domino sparker with enough clearance to be useful |
| 07 | 8-lane stable glider shifter | Mitchell Riley | A useful conduit that shifts a glider onto another lane without affecting its colour |
| 08 | Spacefiller synthesis | Goldtiger997 | The first ever synthesis of a spacefiller |
| 09 | New oscillator discoveries | David Raucci, Mitchell Riley, Luke Kiernan, iNoMed, Nora Brown, Carson Cheng, Matthias Merzenich, et al. | A continuing project to find new oscillators. In 2023, new oscillators were found for every period up to 94. |
| 10 | New small guns | Mitchell Riley, Carson Cheng, iNoMed, Nora Brown, Matthias Merzenich | Record-breaking guns for many periods were found this year including 42, 49, 52, 59, 61, 68, 70, 72, 84, 126, and 201. |
| 11 | Period-2^18 WireWorld metacell | blah | This pattern emulates a cell in the WireWorld rule |
| 12 | New wickstretchers | Keith Amling, Frank Everdij, Matthias Merzenich, Hartmut Holzwart | More new types of wickstretchers were found in 2023 than in all past years combined, including three new speeds. This includes stretchers for new combinations of speed and wick, as well as improvements to existing types of stretchers. |
| 13 | (34,7)c/156 Caterpillar | AbhpzTa | An engineered spaceship based on the (34,7)c/156 Herschel climber reaction |
| 14 | Cribbage | Mitchell Riley | The first period-19 oscillator to be discovered. It was the penultimate period in the proof that B3/S23 is omniperiodic. |
| 15 | p41 dependent reflector loop | Nora Brown | The first known period-41 oscillator. Its discovery, along with the period-19 Cribbage one week earlier, completed the proof that Life is omniperiodic. |
| 16 | Smaller solution to the Unique father problem | 400spartans | A 278-cell still life that satisfies the Unique father problem, first posed in 1972 |
| 17 | Period-41 glider guns | iNoMed, Matthias Merzenich, May13, David Raucci, and Nora Brown | The first guns of period 41, they were found one day after the discovery of the first period-41 oscillator |
| 18 | New stable pulse dividers | Evin, Disaster16439, Louis-François Handfield, Entity Valkyrie, confocaloid | conduits that divide a glider stream by 5, 6, 11, 12, 6n+4, 6n+25 or 6n+26, and 6n+34 or 6n+35 |
| 19 | New SKOPs | Mitchell Riley, Nora Brown, Carson Cheng, iNoMed, et al. | Many new record-breaking oscillators were discovered in 2023, such as Mold on fire-spitting, 42P38, 49P384, p76 pi-heptomino shuttle, 44P49, p68 century hassler, and more |
| 20 | Glider-to-chaos converter | Mitchell Riley | A stable "glider-to-chaos" mechanism that led to discoveries of several reflectors and glider-accepting conduits, including , G → B, G → H, G → P, G → R, G → Q, and G → U |
| 21 | Ultra long-lived Engineered diehards | Pavel Grankovsky, Adam P. Goucher, Tim Coe, toroidalet, Evin, et al. | This year an explosion of diehard discoveries were made, culminating in a pattern that lives for 17^^^3 generations before dying out |
| 22 | 1413-tick natural diehard | Charity Engine | The longest-lived natural 16 × 16 diehard |
| 23 | HBK caterpillar | FWKnightship | Built on the half-bakery reaction, it's the fastest spaceship of its type, achieving a speed of (6,3)c/1024 |
| 24 | Snark64 | Carson Cheng | A 90° glider reflector that can be used to solve synchronization and glider color problems, as well as being a glider-emitting catalyst |
| 25 | G-to-LWSS (2023) | Luke Kiernan, Mitchell Riley | This is the smallest known stable glider to lightweight spaceship converter |
| 26 | Stable Storage Spaceship | Goldtiger997 | This is the first known spaceship that purely consists of a glider hitting a stable constellation in at least one of its phases |
| 27 | Still life synthesis reductions | Alex Greason, Carson Cheng, Goldtiger997, May13, GUYTU6J, et al. | Optimizations to still life syntheses have led to the completion of the 11-in-5, 15-in-10, and 17-in-15 projects |
| 28 | Odd traffic stop | Nora Brown | A p2 phase-shifting catalyst that enabled the discovery of multiple odd-period oscillators |
| 29 | Cleaner Boojum reflector catalyst | Luke Kiernan | By adding a catalyst to clean up the unwanted beehive in the boojum reflector, a series of useful G-to-X’s, including 180° glider reflectors with different timings, are discovered |
| 30 | c/3 against-the-grain greyships | Keith Amling, Hartmut Holzwart, and Jason Summers | The first c/3 greyship that travels perpendicular to the direction of the stripes |
| 31 | Baitless G-to-pi converter | Mitchell Riley | A rare glider catalyst without bait objects, it converts a glider directly into a pi-heptomino, and can be used as a small beehive stopper and in a period-36 glider/pi hassler |
| 32 | Galumpher | affamatodidio | A Spartan 180-degree 0hd reflector that is easier to construct than its alternative, the Jubjub reflector |
| 33 | New c/4 diagonal technology | Keith Amling, David Bell, Dmitry Maitak, praosylen, Evin, and Matthias Merzenich | A significant expansion of medium-period c/4 diagonal technology, including new spaceships, puffers, and rakes of various periods. Of particular note is a period-8 backrake, the first rake to be found by a direct computer search. |
| 34 | Small spacefillers | Rocknlol | Several new record-breaking Max predecessors |