Switch over to math physics

PARTICLE PLANETS wavelengths are scrutinized for fundamental physics details

SWITCH OVER TO MATH PHYSICS

Universal power ratio - twice - two occurences

  MATHPHYS.HTM  [ - UNIVERSAL POWER RATIO - (10 TO POWER 27)
                  - FOR PLANCK'S LENGTH TO PHOTONS
                  - FOR PARTICLE COMPTON WAVELENGTHS TO SOLAR ORBITS
                  - FOR HIGH ENERGY STATES REGARDED AS MASSLESS PARTICLES

Particle 1  [ spectrum - atoms - high two mass upsilons
 set1  vset1.htm  V-1  to V-23   [ atomic spectrums by wavelengths
 set2  vset2.htm  V-24 to V-42   [ higher connections to particle masses

 
 

 SPINE - ION TOWER - MOONGLOWS


Particle 2  [ spine - Z-rayz
set3  pset1.htm  P-1  to P-17  [ Z rays - beginner's details
set4  pset2.htm  P-18 to P-34  [ twin Z rays - introduction to motor
set5  qset1.htm  Q-1  to Q-19  [ the spine     rotation in the spine
                                                        and ion     - cross coupling rules
                                                        tower
Particle 3  [ ion tower - formal version
set6  hset1.htm  H-1  to H-21  [ to chart 4 - sequences toward exact
set7  hset2.htm  H-22 to H-39  [ to chart 8   derivation of certain key
set8  jset1.htm  J-1  to J-19  [ chart 9      particle masses concluding
                                              with forward and reverse
                                              progressions

Particle 4  [ moonglows - planet particles - codex
set9   rset1.htm  R-1  to R-11 [ - overview - intro moonglow wavestates
set10  rset2.htm  R-12 to R-22 [ - interphasing wave harmonic

Particle 5  [ genesis - straight up the middle
set11  uset1.htm  U-1  to U-13 [ - moonwaves - stable kaons

Particle 6  [ arrogant space balls
set12  tset1.htm  T-1  to T-15 [ - connect venus mercury mars jupiter
              [ solar data summarized from wikipedia

Particle 7  [ bulletin boards - high mass exotics
set13  sset1.htm  S-1  to S-15 [ - split frequency resonance pairs
set14  sset1.htm  S-16 to S-29 [ - bulletin boards continued

Particle 8  [ jupiter - includes kaon lambda sigmas xions
set15  cset1.htm  C-1  to C-4  [ - reconstructing particle masses
                                   from a planet's wavelength

Particle 9  [ the ion tower from planet orbits and zooballs
set16  dset1.htm  D-1  to D-24 [ - introducing the ion tower

Particle 10  [ possible resonance transfers up and down the ion tower
set17  eset1.htm  E-1  to E-19 [ - the ion tower - silent sound analogy

Particle 11  [ three xion particles in a coherent pattern
set18  bset1.htm  B-1  to B-7  [ - alert xions - planet energy particles

Particle 12  [ particle data summarized from particle data group pdg
set19  sbset1.htm S-B1 to S-B4 [ - tables - exotics and searches

Particle 13  [ solar data summarized from wikipedia
set20  Tset2.htm  T-12 to T-15  [ - tables - solar radii - orbits
set21  kset1.htm  K-1  to K-8  [ - su3 particle lists - KKK constants

Particle 14  [ relativistic rotations - beams - in the spine
set22  lset1.htm  L-1  to L-9  [ - relativistic rotations - rest state
                                   - transformations - how beams originate
set23  mset1.htm  M-1  to M-20 [ - transformations - details
set24  nset1.htm  N-1  to N-4  [ - spine - fsc power ratio schematic
set25  oset1.htm  O-1  to O-14 [ - spine - beams detailed

 
 

 GRAVITATIONAL RELATIVITY - MASS EXPANSION - SPACE CONTRACTION


Particle 15  [ gravitational relativity
set26  aset1.htm  A-1  to A-16 [ - mass weight expansion
                                 - conjugated masses of planets

set26  fset1.htm  F-1  to F-27 [ - space contraction - model shows how

 
 

  Photon structure to atomic structure to particle structures in
one embodiment
 
 

PHOTON TO BOSON IN ONE EQUATION
  

Particle masses calculated as exactitudes in simple first principle
strings using only add subtract times and divide, and reciprocal ratios
 


 Set 1  Pages V1  to V23 (23 pages)
 Set 2  Pages V23 to V43 (20 pages)

Two sample pages. Loaded, the pages are full screen size

1st page in vset1.htm - Display 1





a



1st page in vset2.htm - Display 2


b



"Handwritten pages are notoriously difficult to scan with modern day
hi tech (circ. 2008). I managed to get them into the computer. Each
page, shown screen size, is full sized for download by clicking 'save
picture as' in windows. Do what you have to to save these images in
other computer operating systems".

Click google logo for site search