Revision as of 19:38, 17 November 2022 by Book(talk | contribs)(Created page with "{{Glossary}} '''Diagonal lightspeed communication mechanism'''<ref name="post153474" /> is a pattern that transmits a signaldiagonally at the speed of light found by Jason Summers in {{year|1999}}. It is composed of 88 gliders and 2 LWSSs.<ref><tt>./misc/lightspeed.lif</tt> in {{CiteSummersPattern}}</ref> The mechanism is shown below with and without an input signal. If the input glider is present, it travels through the mechanism at the...")
Diagonal lightspeed communication mechanism[1] is a pattern that transmits a signaldiagonally at the speed of light found by Jason Summers in 1999. It is composed of 88 gliders and 2 LWSSs.[2] The mechanism is shown below with and without an input signal. 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]
LEFT: pattern with SW input glider emerging to the NE RIGHT: pattern without an input glider The 3 gliders furthest SW and the 2 LWSSs (from N and E) are for cleanup
