Difference between revisions of "Beluchenko's other p37"
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(New page: {{Oscillator|name=132P37|pname=132P37|c=132|p=37|bx=47|by=47|h=????|discoverer=Nicolay Beluchenko|discoveryear=2010|animated=no|rle=true}} '''132P37''' is an unnamed period-37 [[oscillato...) |
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{{Oscillator|name=132P37|pname=132P37|c=132|p=37|bx=47|by=47|h= | {{Oscillator|name=132P37|pname=132P37|c=132|p=37|bx=47|by=47|h=142.5|discoverer=Nicolay Beluchenko|discoveryear=2010|animated=true|rle=true|life106=true|life105=true|plaintext=true}} | ||
'''132P37''' is an unnamed period-37 [[oscillator]] by [[Nicolay Beluchenko]]. It is the second unique period-37 oscillator to be found, after [[124P37]], and relies on a completely unrelated mechanism. | '''132P37''' is an unnamed [[period]]-[[:Category:oscillators with period 37|37]] [[oscillator]] discovered by [[Nicolay Beluchenko]] on March 21, [[:Category:patterns found in 2010|2010]]. It is the second unique period-37 oscillator to be found, after [[124P37]], and relies on a completely unrelated mechanism. | ||
[[Matthais Merzenich]] noticed that it can reflect | [[Matthais Merzenich]] noticed that it can [[reflector|reflect]] [[glider]]s in a variety of ways, including a 90° reaction. The 90° reaction allows a p37 glider loop to be built. | ||
==Image gallery== | |||
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|[[Image:p37reflections.png|framed|left|132P37 reflecting gliders 90° and 180°<br/>{{JavaRLE|p37reflections}}]] | |||
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Revision as of 22:39, 22 March 2010
132P37 | |||||||
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Pattern type | Oscillator | ||||||
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Number of cells | 132 | ||||||
Bounding box | 47 × 47 | ||||||
Period | 37 | ||||||
Mod | Unknown | ||||||
Heat | 142.5 | ||||||
Volatility | Unknown | ||||||
Strict volatility | Unknown | ||||||
Discovered by | Nicolay Beluchenko | ||||||
Year of discovery | 2010 | ||||||
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132P37 is an unnamed period-37 oscillator discovered by Nicolay Beluchenko on March 21, 2010. It is the second unique period-37 oscillator to be found, after 124P37, and relies on a completely unrelated mechanism.
Matthais Merzenich noticed that it can reflect gliders in a variety of ways, including a 90° reaction. The 90° reaction allows a p37 glider loop to be built.
Image gallery
Categories:
- Patterns
- Oscillators with between 130 and 139 cells
- Periodic objects with minimum population between 130 and 139
- Patterns with between 130 and 139 cells
- Patterns found by Nicolay Beluchenko
- Patterns found in 2010
- Oscillators
- Oscillators with period 37
- Prime-period oscillators
- Oscillators with heat between 140 and 149