work in progress;
a slowed down public display,
of a complex memo sorting table.
the speartips of space and time.
bu; to stop the spear…
… to fully realize how to travel,
… without moving.
enlightenment and impact
are not two.
build a compass
stay close to the data
it’s the concept that’s important
manage/prune multi-dimensional description density distribution for value/thrust to the realization of higher densities near the topic of main concern.
memo realization in situ
the topic of main concern is:
- flow geometry
where flow is inclusive of superposition, valence, iteration, and tesseractic geometry
the sub-topics of main concern are:
- flow dynamics,
- flow mechanics, and finally
- flow navigation
the inverse superpositioned sub-topics of main concern are:
- destination dynamics
- destination mechanics
- destination navigation
it is not the purpose of this theory to go into the inverse topics of main concern, we choose to go beyond style/stereotypes of destination. It is up to the individual/community to fully realize the results of the main concerns upon individual/community causes when applying warp theory. we highly suggest rapidly evolving ethical behavior, as the “bridge” joins wider, its impact branches deeper.
branches of warp theory
[ the remaining energy is ahead of us… ]
[ redacted ]
gimbal influence on the warp shed is the topic of main concern for warp mechanics.
gimbal mechanics apply generalized and specialized valenced cause-result functions by way of the dot product of iteration and tesselation valence. the angle field topology of the dot product field has a [ redacted ] relationship with the warp shed field topology.
[ (warp-shed-topology amplitude-field distribution)[angle field] is proportional, and inversely proportional effect perpendicular to angle field topology. ]
As mentioned before, remaining (oxidated) valences are difficult-to-factor least-resistive/reactive primes.
gimbal control of the warp shed is the topic of main concern for warp navigation, where control implies selective-continuous measurement of gimbal state.
gimbal lock is avoided hypercomplex number systems exhibiting non-communicative and non-associative operation.
conjecture: required for highly correlated gimbal/shed interaction.