{{ambox|text=The viewer below is too wide. If there is a way to show the same pattern or idea in a narrower smaller viewer, that would be preferable. If that is not feasible, one existing alternative is to show and explain the pattern or idea in a forum post, and link to that post from the page.}}
'''Diagonal lightspeed communication'''<ref name="post153474" /> is a transmission of a [[signal]] [[diagonal]]ly at the [[speed of light]].
'''Diagonal lightspeed communication'''<ref name="post153474" /> is a transmission of a [[signal]] [[diagonal]]ly at the [[speed of light]].
Revision as of 17:51, 18 November 2022
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A pattern that transmits a signal diagonally at the speed of light was found by Jason Summers in 1999, shown below. It is composed of 88 gliders and 2 LWSSs.[2] If the input glider is present, it travels through the mechanism at the speed of light. However, because the pattern takes a while to get started and to settle down at the end, the effective speed is less, approximately 150 cells in 193 ticks, still much faster than the c/4 diagonal spaceship speed limit. Regardless of the presence or absence of an input glider, the mechanism soon dies, thus it is a single-use mechanism. The limitation with using this in a complete circuit is that generating gliders that are so closely spaced with current technology would require an immense pattern.[3]
SW input glider emerges to the NE. The 3 gliders furthest SW and the 2 LWSSs (from N and E) are for cleanup. (click above to open LifeViewer) RLE:herePlaintext:here
The 3 SW gliders are for cleanup. The input glider is shown in red.
