Root 2 derivatives - particles mev's to other mev's by (root of root 2) ratios

Root 2 derivatives - particles mev's to other mev's by (root of root 2) ratios Track 1 keyboard Track base-1.wav drumballia

ROOT 2 DERIVATIVES FOR PARTICLE MASSES

'Field' box offices, are instructions for interfacing particle masses with other particle masses

ROOT 2 DERIVATIVES

Mass of a given particle calculates the mass of a second particle via (root of root 2) ratio amplitude magnifications

Masses of several particles, also, are linked in sequences through two and three multiples of (root of root 2) derivatives

The follow pick list are each of page totals limited to allow display in a browser without stressing the browser's load time

BOX OFFICES TOPICS (FIELDS) LINK TOPICS 1 PAGES - Key terms - Kaon Box Office - Muon Box Office - Sigma Box Office - Proton Box Office - Electron Box Office LINK TOPICS 2 PAGES - Ion Tower Box Office - Boson Box Office - Psi Box Office LINK TOPICS 3 PAGES - Upsilon Box Office - Zooballs - Root 2 giggies

SELECTED SAMPLE PAGES FROM THE particles pick list pages
LINK SAMPLES 1 PAGES - Z rays - Ion tower - The spine LINK SAMPLES 2 PAGES - Relativistic rotations - Spectrums in coherent wavelengths - Moonglows

DETAILS LINKS
Z RAYS - beginner's details details 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 ION TOWER - perfect masses details 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 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 THE SPINE details 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 LINK SAMPLES 2 PAGES RELATIVISTIC ROTATIONS details Particle 14 [ relativistic rotations - beams - in the spine set22 lset1.htm [L-1 to L-9] - relativistic rotations - rest state - transformations - how beams originate SPECTRUMS details 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) MOONGLOWS details 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 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

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particle masses by Fine Structure Constant inflation ratios - particle compton wavelengths mirrored in certain solar orbits

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Plank's length to photon wavelengths, and pion wavelength to saturn orbit, via (10 to power 27) wave/mass/energy continuum ratio
IMAGE 1 - GEOMETRY IMAGES OF ROOT 2 DERIVATIVES IMAGE 2

In above Image 1, when the radius of the largest circle is said to be the compton wavelength of one muon particle, the smallest radius is the compton wavelength of two muons of 105.6583692 mev each (muons are said to be always created in pairs). Root two derivatives for muons are, for two muon masses: (2 x 105.6583692 Mev) = 211.31673840 mev, then:

Divided by ratio (1.189207115 = (root of root 2)) = 177.695487804 mev. This is term [4] in The Ion Tower page [A-5] linked here Divided again by ratio 1.189207115 = 149.423498701 mev. This is two muon masses divided by (root 2 = 1.41421356237). Divided again by ratio 1.189207115 = 125.649684412 mev. This is two muon masses divided by (3 x 1.189207115 = 1.68179283048 ratio). Divided again by (4 x 1.189207115 = 2) = 105.6583692 mev (one muon mass). Ascending: (Muon 105.6583692 mev) x 1.18920711500 = 125.649684412 mev (Muon 105.6583692 mev) x 1.41421356237 = 149.423498700 mev (Muon 105.6583692 mev) x 1.68179283049 = 177.695487804 mev (Muon 105.6583692 mev) x 2 = 211.316738400 mev two muon masses. Particle derivatives: Proton + (2 x 125.649684412 = 251.299368824) = 1189.57139782 mevs this is stable Sigma+ mass range Proton + (3 x 125.649684412 = 376.949053236) = 1315.22108223 mevs this is stable Xion o mass range Sigmas and Xions are featured further down in topics 1 pages. Term 149.423498701 mev is not profiled herein. Multiples of unit range 147.5 mev (arbitrary) run uphill through a mass sequence of (3/2 spin) unstable particles: (2 x 147.5) + Proton = 1233.272 mev alludes to 3/2+ delta (3 x 147.5) + Proton = 1380.772 mev alludes to 3/2+ sigma (4 x 147.5) + Proton = 1528.272 mev alludes to 3/2+ xion (6 x 147.5) + Proton = 1823.272 mev alludes to 3/2- xion No one said root 2 derivatives are idiot simple.
IMAGE CREDITS

Root 2 derivatives images:

(Root of Root 2) geometry - two images, and astrophysical clocktick at left - credit Nathan Ddumba (Uganda)

Photo credit - ducks: Wayne Cuddington, Ottawa. Wild baby female mallard ducks being hand fed 12 grain cereal bread at Westboro Beach near downtown Ottawa.

These little ducks stayed well clear of some people, mobbed a tiny selection of nice feeling friends. Dozens of ducks of small, medium, and adult sizes mobbed me everyday, at times by the dozens, plus seagulls. One afternoon a (smallest brood) baby duck beat off two adult seaguls, then raced with the secured large bread piece to the water so fast it was almost a blurr. Who would have thought a baby duck could run so fast, and stand off two adult seagulls.

This photo above captures only a few of the mob that hit this photographed feeding session, when even some mother ducks were walking upon their friend, a moi.

The mob would instantly vanish hurrying to shore line waters of the Ottawa River the instant a dog of any kind appeared approaching the beach. Don't forget, at a beach, dogs love to chase anything that moves. The mighty, spectacular, majestic Canadian geese were roosting by the hundreds a half kilometer around the bend in the shoreline further east toward downtown Ottawa, and took care of many baby ducks and seagulls also roosting amongst the baby geese. The geese's annual daycare is quite a sight.

Canadian geese too like nice people and come up to get stroked under the chin, and warily move away from anyone with bad vibes.

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