PHYSICS: The Table of Space-Time Relativity may be to Physics what the Periodic Table is to Chemistry.

Table of Space -Time Relativity

Michael J. Bull 2013

                      MOTION                             SPACE EXPANSION                           MATTER

S4/T4 ?	S4/T3 ?	S4/T2 ?	S4/T ?	S4 ?	↑ S4	S4 ?	TS4 gluon	T2S4 photon	T3S4 Z-boson	T4S4 W-boson
S3/T4 ?	S3/T3 mass current GRAVITY	S3/T2 ?	S3/T ?	S3 volume	S3	S3 volume	TS3 top quark	T2S3 bottom quark	T3S3 tau	T4S3 tau neutrino
S2/T4 ?	S2/T3 ?	S2/T2 magnetic current	S2/T ?	S2 area	S2	S2 area	TS2 charm quark	T2S2 strange quark	T3S2 muon	T4S2 muon neutrino
S/T4 ?	S/T3 Δ accel, moment of accel.	S/T2 Δ speed, accel.	S/T speed, elec current	S distance, elec quantity capacitance C	S1	S distance, elec quantity capacitance C	TS up quark	T2S down quark	T3S electron	T4S electron neutrino
1/T4 ? ←	1/T3 ? contraction	1/T2 ? of time	1/T frequency	S0/T0 = 1 Unity MOTION	S0	T0 S0 = 1 Unity MATTER	T time	T2 ? expansion	T3 ? of time	T4 ? →
← T - 4	T - 3	T - 2	T - 1	T0	O	T0	T1	T2	T3	T4 →
1/T4 ?	1/T3 ?	1/T2 ?	1/T frequency	1/T0 S0 = 1 Unity ANTI-MATTER	S0	T0/S0 = 1 Unity ENERGY	T time	T2 ?	T3 ?	T4 ?
1/T4S anti electron neutrino	1/T3S anti electron (positron)	1/T2S anti down quark	1/TS anti up quark	1/S power	S-1	1/S power	T/S energy electric energy	T2/S inertia	T3/S moment of inertia	T4/S ?
1/T4S2 anti muon neutrino	1/T3S2 anti muon	1/T2S2 anti strange quark	1/TS2 anti charm quark	1/S2 ?	S-2	1/S2 ?	T/S2 force, elect potential V	T2/S2 momentum magnetic energy elec resitivity σ	T3/S2 ?	T4/S2 ?
1/T4S3 anti tau neutrino	1/T3S3 anti tau	1/T2S3 anti bottom quark	1/TS3 anti top quark	1/S3 ?	S-3	1/S3 ?	T/S3 elect field intensity E	T2/S3 elec resis R magnetic potential	T3/S3 MASS energy	T4/S3 ?
1/T4S4 anti W-boson	1/T3S4 anti Z-boson	1/T2S4 anti photon	1/TS4 anti gluon	1/S4 ?	S-4 ↓	1/S4 ?	T/S4 pressure	T2/S4 magnetic intensity H	T3/S4 mag resist μ	T4/S4 ?

             ANTI – MATTER                         SPACE CONTRACTION                       ENERGY

Motion and Energy, Matter and Anti-Matter are mathematically reciprocal and conservative of the energy contained therein. Quantities unknown to science are marked with '?'. Space-Time units of measure can be readily verified from SI units of measure. Axes describe expansion and contraction of both Space and Time and the Table shows the results of that relative interaction. The S-T product describes the Standard Model of particle physics which is well understood, while the S-T ratio describes the known quantities of physics. The S-T Table predicts the relationship between ratios and provides a guide as to the relationship of known to unknown energies and motions. The principle of unity is well supported by the mathematics of reciprocosity between Motion and Energy, Matter and Anti-Matter.

PHYSICS: Variable Space and Time

It is possible, but as yet only conjecture, that there is a relativity between space and time if both are considered variable.

  Newtonian physics may be a special case where both space and time are constant ; Einsteinian physics a case where space is variable and time is constant ; and Quantum physics where both space and time are variable. The former two are then contained within the latter.

   A study of natural vortices, such as tornados, hurricanes, galaxies and black holes suggests that they concentrate energy by contracting the space factor. Mass energy with the Space-Time units t³/s³ would therefore increase as s³ decreased, and observation supports that proposition. Using similar logic, if time decreased relative to space, then so would mass energy. This is supported by the mathematics in Section 2 (of a paper by this author titled 'Mass, Gravity and Unity' not yet published) where t = √ mr/F, and also by the algebra of the S-T unit for mass. Then, from the S-T unit for mass energy t³/s³, expansion of space (which is not a new idea) reduces mass energy. The corollary to that is that it also increases the G-field value, which S-T unit is s³/t³. The Dark Matter and Dark Energy hypotheses look less likely to be relevant if the relativity between space and time is variable by space, time or by both. Mathematics explain the anomalies in observed gravity effects without the Dark hypotheses.