Blue Flower

Cosmology Evolution of the Multiverse

n for k=0; 1; 2; 3; ...universes Scalefactor a=ao=n/[n+1] Redshift zn=f(zm) comoving z=zo=√(1+2/n[n+2])-1 Time t=to=n/Ho=nRH/c M-G-Tyears; s*;My;Gy;Ty Temp Tn T=To=∜(18.2[n+1]2/n3) K* in conifolded dS Ro=aoRHubble REvent=nRH RParticle=T(n)RH m* Rylem = √kTRe3/Gomc2 H=Ho/T[n]H'=Ho/n ||nps- 1||
dH/dt= -2H2([n+1]2-¼) dS -Ho2/n2 AdS (s-1/s-2)* (km/Mpcs)*
Dec-Par
qdS=1/2n -1 qAdS = 2n
Vo=vrecession Ao=amilgröm (ms-1/ms-2)* BM-DM ΩBM=MoYn/MH to BM∩DM ΩDMBM.(){[1+1/n]3-1} after saturation DE % Pressure
Ln/Rn=GoMo/Rn3 -2Ho2/[n][n+1]2
-Pn= Lnc2[n+1] /4pGo[n]RH
s-2*; (Jm-3)*
HyperMass c2rpsYn/2Go kg*
nGenesis=Honps Holps/RH = Ho2/fps 1.175x10-66 - - - 7.5448x1037 T=hRH/klps - - - - E=hF=kT=Mc2 - M=hRH/lpsc2 =0.0118346323(33/20)12mcNAv
nStoney=HotS 7.019x10-62 Planck Oscillation - - tS=2plS/c =2p[e/c3 3.738x10-44 s* TS=mSc2/k 7.937x1033 lS=lP√alpha =[e/c2] 1.7850x10-36 - - - - - mS=h/lSc 1.2450x10-6
nPlanckI=HotP Ho√(hGo/2πc5) 8.217x10-61 - - tP=2plP/c = √(2πhGo/c5) 4.376x10-43 s* TP=mPc2/k 1.079x1032 lP=√(hGo/2πc3) 2.090x10-35 - - - - - mP=√(hc/2πGo)1.692569x10-8
nMonopoleIIB=Hotm 2.886x10-58 Selfdual Bn coupling - - tm=h/mmc2 = 1.5370x10-40 s* Tm=mmc2/k 3.072x1029 4.6110x10-32 de Broglie l=h/mmc - - - - - mm=[ec] 4.819369x10-11
nXLBosonHO32=HotXL 4.134x10-57 HO32|coupling|HE64 - - tXL=h/mXLc2 = 2.2016x10-39 s* TXL=mXLc2/k 2.145x1028 6.6048x10-31 de Broglie l=h/mXLc - - - - - mXL=alpha.mps/ec] 3.36455x10-12
nCosmicRayIIA=HotCR 1.243x10-51 IIB|coupling|IIA - - tCR=h/mCRc2 = 6.6182x10-34 s* TCR=mCRc2/k 7.135x1022 1.9855x10-25 de Broglie l=h/mCRc - - - - - mCR=hA/2ec2 =1/{B(0)c2} 1.1192x10-17
nFalseVacuum HotdB=2.435x10-50 De Broglie Matter Wave Inflaton Quantum Oscillation 2.44x10-50 - tdB=1.297x10-32 s* 1/F=nps 7.5448x1037 T=hRH/klps RH=1.5977x1026 - - vdB=RHfps 4.7930x1056 adB=RHfps2 1.4379x1087 E=hF=kT=Mc2 - M=hRH/lpsc2 =0.0118346323(33/20)12mcNAv
k=0 initiated n=nps 1st Instanton from 1st Inflaton RE=noRH=RH
npsps/RH=Ho/fps Instanton HE64 Quantum Big Bang Max DE
6.26x10-49 1.26x1024 tps=3.333x10-31 s* Tps=2.9352x1036 λps=2πrps=10-22 1.0001x10-22 1.0001x10-22 H|dS=Ho/Tn=c/lps=fps H'=Ho/n= c/nRH=3x1030
dH/dt|dS= -2Ho2([n+1]2-¼)/ ([n][n+1])2 =-(1.5/nps2) Ho2 =-3.8289x1096 Ho2
dH/dt|AdS= -Ho2/n2 =-Ho2/{nps2}=-fps2 =-9x1060
7.9884x1047 1.252x10-48 c=3x108 -2cHo=-2Ho2/RH -1.12664x10-9 0.02803 0.97197 1 0 2.5526x10118 1.6453x10144 mH=6445.7752 mps=2.222x10-20
Yn=2pRH/lps=MH/mH
n=3.562x10-27 Bosonic Unification 3.56x10-27 1.68x1013 1.897x10-9 s* hfps/k= 1.4167x1020 0.5659092 H=Ho/Tn=5.27x108 H'=c/nRH=5.27x108 -1.1822x1053 Ho2 -7.8813x1052 Ho2 1.4037x1026 7.124x10-27 c -1.12664x10-9 0.02803 0.97197 1 0 1.0934x1042 7.0478x1067 6,445.775
n=5.145x10-21 Electro-Weakon Separation 298.785 GeV* Higgs/XL Expectation 5.145x10-21 1.39x1010 0.00274 s* 3.4000x1015 822,004.02 H=Ho/Tn=364.96 H'=c/nRH=364.96 -5.6666x1040 Ho2 -3.7778x1040 Ho2 9.718x1019 1.029x10-20 c -1.12664x10-9 0.02803 0.97197 1 0 3.6283x1023 2.3387x1049 6,445.775
nG=2.1228x10-15 Ylem-G Protostar RG=lps∛{G}/2p =3.391558x1011 m* 2.123x10-15 2.170x107 1130.515 s* Meson Inner Primordial VPE Neutron Decay Meson Inner 2.0885x1011 3.39156x1011 - - Rylem=24,029.3 H=Ho/Tn=8.85x10-4 H'=c/nRH=8.85x10-4 -3.3287x1029 Ho2 -2.2191x1029 Ho2 2.3554x1014 4.2456x10-15 c -1.12664x10-9 0.02803 0.97197 1 0 5.1657x106 3.3297x1032 6,445.775
nF=2.1601x10-15 Ylem=F-Protostar RF=lps∛{F}/2p =3.4510775x1011m* 2.160x10-15 2.152x107 1150.380 s* Meson Outer Primordial VPE Neutron Decay 2.0614x1011 3.45108x1011 - - Rylem=23,872.9 H=Ho/Tn=8.69x10-4 H'=c/nRH=8.69x10-4 -3.2147x1029 Ho2 -2.1431x1029 Ho2 2.3147x1014 4.3202x10-15 c -1.12664x10-9 0.02803 0.97197 1 0 4.9027x106 3.1602x1032 6,445.775
nE=2.1506x10-12 Ylem-E-Planetesimal RE=lps∛{E}/2p =3.4359711x1014 m* 2.151x10-12 681,835 1,145,320.3 13d6h8m 40.3s* 1.1630x109 3.43597x1014 - - Rylem=1,793.13 H=Ho/Tn=8.73x10-7 H'=c/nRH=8.73x10-7 -3.2432x1023 Ho2 -2.1621x1023 Ho2 2.3249x1011 4.3012x10-12 c -1.12664x10-9 0.02803 0.97197 1 0 4.9680x10-3 3.2023x1023 6,445.775
n=2.3x10-5 Recombination Start 2.30x10-5 293.9 388,141.5 y 2945 3.6746x1021 - - H=Ho/Tn=8.16x10-14 H'=c/nRH=8.16x10-14 -2.8356x109 Ho2 -1.8904x109 Ho2 21,738.13 4.6x10-5 0.999954c -1.12656x10-9 0.02803 0.97197 1 0 4.0617x10-24 261.8076 6,445.8
n=6.3x10-5 Recombination End 6.30x10-5 177.2 1.0632 My 2935 λss=1/λps=1022 - - H=Ho/Tn=2.98x10-14 H'=c/nRH=2.98x10-14 -3.7794x108 Ho2 -2.5195x108Ho2 7935.51 1.26x10-4 0.999874c -1.12642x10-9 0.02803 0.97197 1 0 1.9766x10-25 12.7409 6,446.0
n=0.000393425 3.93x10-4 49.421 6.6395 My 739.53 2px1022 - - H=Ho/Tn=4.77x10-15 H'=Ho/n=4.77x10-15 -9.6935x106 Ho2 -6.4606x106 Ho2 1269.89 7.8685x10-4 0.999214c -1.1253x10-9 0.02804 0.971976 1 0 8.1241x10-28 0.05237 6,447.0
n=0.014015 for adBBM=Mo/2MH RSarkar =GoMo/c2 0.0139 7.478 236.5186 My 51.062 2.2391x1024 - - H=70.37Ho=4084.04 H'=Ho/n=4141.28 -7706.57 Ho2 -5091.13 Ho2 34.6761 0.02803 0.97255c -1.0806x10-9 0.02822 0.97178 1 0 1.8227x10-32 1.1749x10-6 6,489.4
n=0.02803 for ΩBMo Supercluster Seeds 0.0273 5.015 473.0373 My 30.571 4.3562x1024 - - H=34.703Ho=2014.2 H'=Ho/n=2070.64 -1943.40 Ho2 -1272.78 Ho2 16.8380 0.05606 0.94621c -1.0370x10-9 0.02841 0.97159 1 0 2.1998x10-33 1.4179x10-7 6,533.3
n=0.056391 Radiation-DM Equilibrium 0.0534 3.272 0.9517 Gy 18.335 8.5285x1024 - - H=16.787Ho=974.30 H'=Ho/n=1029.24 -488.04 Ho2 -314.47 Ho2 7.8667 0.112782 0.89609c -9.5567x10-10 0.02880 0.97120 1 0 2.1281x10-34 1.3717x10-8 6,623.1
n=0.1082331 Ln=0 from +/- 0.0977 2.125 1.8265 Gy 11.523 1.5603x1025 - - H=8.337Ho=483.89 H'=Ho/n=536.27 -135.98 Ho2 -85.365 Ho2 3.6198 0.21646 0.8142c -8.2774x10-10 0.02953 0.97047 1 0 0 0 6,790.4
n=0.13242 Critical Redshift Boundary Mirror for apparent cosmic acceleration DE 0.1169 1.843 2.2347 Gy 10.0128 2.1156x1025 - - H=6.669Ho=387.05 H'=Ho/n=438.30 -91.82 Ho2 -57.029 Ho2 2.7759 0.26484 0.7798c -7.7582x10-10 0.02987 0.97013 1 0 -1.0622x10-35 -6.8468x10-10 6,869.9
n=0.2389 Ln=Min DE Peak of Galaxies 0.1928 1.177 4.0317 Gy 6.7278 3.0803x1025 - - H=3.379Ho=196.10 H'=Ho/n=242.95 -29.3350 Ho2 -17.521 Ho2 1.0929 0.4748 0.6515c -5.9248x10-10 0.03144 0.96856 1 0 -1.2340x10-35 -7.9538x10-10 7,231.1
n=0.489362 DM Saturation BM k=0 0.3286 0.625 8.2585 Gy 4.3082 5.2495x1025 - - H=1.3720Ho=79.63 H'=Ho/n=118.60 -7.4103 Ho2 -4.1758 Ho2 0.0217 0.9787 0.4508c -3.4102x10-10 0.0354726 0.9645361 1.0000000 0 -5.1032x10-36 -3.2894X10-10 8,157.3
n=½ 0.3333 0.612 8.4381 Gy 4.2544 5.3256x1025 - - H=1.333Ho=77.39 H'=Ho/n=116.08 -7.1111 Ho2 -4.0000 Ho2 0 1 0.4444c -3.3382x10-10 0.0357 0.9282 0.9639 0.0361 -4.9340x10-36 -3.1803x10-10 8,199.2
n=0.5858 BM∩DM Image 0.3694 0.523 9.8860 Gy 3.8845 5.9019x1025 - - H=1.076Ho=62.48 H'=Ho/n=99.08 -5.2488 Ho2 -2.9141 Ho2 -0.1465 1.1716 0.3977c -2.8251x10-10 0.0372 0.7008 0.7380 0.2620 -3.8065x10-36 -2.4536x10-10 8544.8
n=X=0.618034 0.3820 0.495 10.4300 Gy 3.7692 6.1026x1025 - - H=Ho=58.04 H'=Ho/n=93.91 -4.7361 Ho2 -2.6180 Ho2 -0.1910 1.2361 0.3820c -2.6596x10-10 0.0377 0.6388 0.6765 0.3235 -3.4715x10-36 -2.2376x10-10 8.678.3
n=0.86758 = npresent dS apparent cosmic acceleration DE 0.4645 0.3431 14.6414 Gy 3.1400 7.4220x1025 - - H=0.617Ho=35.81 1.6203Ho=35.82 H'=Ho/n=66.90 -2.4667 Ho2 -1.3286 Ho2 -0.4237 1.7352 0.28671c -1.7296x10-10 0.04255 0.38188 0.42443 0.5756 -1.8375x10-36 -1.1844x10-10 9,785.6
1st Mirror Node
n=1 Semi Hubble Cycle

2nd Inflaton imaged in {nps}
0.5000 0.2910 to=t-tps=1/Ho 16.8761 Gy 2.9210 8.4837x1025 1.5977x1026 3.1954x1026 H=½Ho=29.02 H'=Ho/n=58.04 -1.8750 Ho2 -1.0000 Ho2 2 0.25000c -1.4083x10-10 0.04535 0.31745 0.36280 0.6368 -1.3676x10-36 -8.8153x10-11 10,429.5
k=1 initiated n=1+nps n1=234.472 2nd Instanton from 2nd Inflaton RE1=n1RH Scalefactor
a1=[n-1] {n1} /[n-1+n1]
a1<0 for n<[1]+n1/[n1-1]= 469.944/ 233.472 =2.01285
lim{1+1+=2+}
Redshift z1 n=1+nps
[z+1]2 = 1+2n12/(n2+2n[n1-1]+1-2n1]) =1+n1/nps
1.9356x1025
Time t1
t1=t-to =(n-1)/Ho =(n+nps-1)RH/c
Temp T1 4 18.2([n-1+n1)2 /n12(n-1)3
=2.9352x1036
R1=n1[n-1]RH/[n-1+n1] =lps=10-22
R1E=[n-1]RH =lps =1.0000x10-22
R1P=[n-1+n1]R1E=n1lps =2.34472x10-20
H|dS=n1Ho/[n-1][n-1+n1] =fps
H'=Ho/(n-1) =fps=3x1030 ||nps+1 - n1+1||
dH/dt|dS= -2n1Ho2([n-1+n1]2-¼n12)/([n-1][n-1+n1])2
=-(3n1/2nps2) Ho2 =-8.9776x1098 Ho2
dH/dt|AdS= -Ho2/(n-1)2 =-fps2=-9x1060
qdS= n1/2[n-1] -1 =n1/2nps -1
qAdS= 2[n-1]/n1 =2nps/n1


1.8731x1050 5.3389x1051

V1=cn12/(n-1+n1)2 A1=-2cHon12/(n-1+n1)3 =2cHo/n1 =-4.8050x10-12 BM-DM ΩBM=MoYN1/MH
N1=[n-1]/n1 to BM∩DM ΩDMBM.(){[1+1/N1]3-1}{1+n1/[n-1]}3-1 after saturation
0.02803 0.97197 1
DE % Pressure
L1/R1=GoMo/R13 -2Ho2n12/[n-1][n-1+n1]2

-P1= L1c2[n-1+n1] /4pGo[n-1]RH
GoMo(n1/lps)3-2Hofps
0 2.598x10114 1.675x10140
HyperMass
MHyper= mHY{[n-1]/n1}
MH*=n1MH =1.51717x1055 mps=2.22x10-20
Y{[n-1]/n1}=2pn1RH/lps =MH*/mH

mH=6445.775
n=1.13242↩= npresent AdS imaged in {0.13242;0.86758} 0.5310 5.6444x10-4 (0.1323) 0.2505 41.085 19.1108 Gy 2.23473 Gy 2.7476 9.4119 8.4837x1025 1.8092x1026 3.8581x1026
2.1144x1025 2.1156x1025 4.9633x1027
H=0.414Ho=24.03 H'=Ho/[2-n] =66.90 -1.4739 Ho2 -0.7798 Ho2
H=7.5475 Ho H'=Ho/(n-1) =438.30 -20,064.97 Ho2 -57.0286 Ho2
-0.5585 2.2648 884.335 1.130x10-3 0.21991c -1.1619x10-10 0.99886c -4.7969x10-12 0.04834 0.27444 0.32278
0.02804 0.97196 1
0.67722 -1.0395x10-36 -6.7004x10-11
0 2.7479x10-28 0.0177126
11,115.7 6,447.6
n=1.41421=√2↩ BM∩DM Intersect ΩBM=constant k=0 imaged in {0.41421;0.58579} 0.5858 1.7635x10-3 (0.4135) 0.1892 22.803 23.8664 Gy 6.99025 Gy 2.4747 4.004 9.3592x1025 2.2594x1026 5.4548x1026 6.6061x1025 6.6177x1025 1.5544x1028 H=0.293Ho=17.00 H'=Ho/[2-n] =99.08 -0.9571 Ho2 -0.5000 Ho2 H=2.4104 Ho H'=140.12 -20,129.25 Ho2 -5.8285 Ho2 -0.6464 2.8284 282.035 3.533x10-3 0.1716c -8.0068x10-11 0.99648c -4.7796x10-12 0.05536 0.22005 0.27541
0.02805 0.97195 1
0.72459 -6.0969x10-37 -3.9300x10-11
0 9.0109x10-30 5.80824x10-4
12,730.0 6,451.3
n=1.510638↩ DM Saturation BM Image imaged in {0.489362;0.510638} 0.6017 2.1730x10-3 (0.5095) 0.1735 20.440 25.4937 Gy 8.61758 Gy 2.4018 3.4230 9.6132x1025 2.4135x1026 6.0584x1026 8.1406x1025 8.1583x1025 1.9171x1028 H=0.264Ho=15.03 H'=Ho/[2-n] =118.60 -0.8417 Ho2 -0.4382 Ho2 H=1.9541 Ho H'=113.66 -1,350.78 Ho2 -3.8351 Ho2 -0.6690 3.0213 228.587 4.356x10-3 0.1586c -7.1192x10-11 0.99566c -4.7737x10-12 0.05536 0.19878 0.25414
0.02806 0.97194 1
0.74586 -5.1373x10-37 -3.3114x10-11
0 4.8153x10-30 3.1039x10-4
13,334.6 6,452.5
n=Y=1.618034↩ imaged in {X;1-X} 0.6180 2.6289x10-3 (0.6164) 0.1583 18.491 27.3061 Gy 10.4300 Gy 2.3295 2.9671 9.8736x1025 2.5851x1026 6.7679x1026 9.8482x1025 9.8741x1025 2.32130x1028 H=0.236Ho=13.70 H'=Ho/[2-n] =151.95 -0.7361 Ho2 -0.3820 Ho2 H=1.6138 Ho H'=93.91 -922.40 Ho2 -2.6180 Ho2 -0.6910 3.2361 188.692 5.272x10-3 0.1459c -6.2785x10-11 0.99475c -4.7672x10-12 0.05536 0.17915 0.23451
0.02807 0.97193 1
0.76549 -4.2653x10-37 -2.7493x10-11
0 2.7197x10-30 1.7531x10-4
14,041.8 6,454.0
n=2 Full Hubble Cycle imaged in {nps;1} 0.6666 4.2470x10-3 (0.9958) 0.1180 14.329 33.7522 Gy 16.8761 Gy 2.1272 2.0699 1.0650x1026 3.1954x1026 9.5861x1026 1.5909x1026 1.5977x1026 3.7621x1028 R1E=RH H=0.167Ho=9.69 H'=Ho/[n-2] =fps -0.4861 Ho2 -0.2500 Ho2 H=0.9958 Ho H'=58.04 -352.70 Ho2 -1.0000 Ho2 -0.7500 4.0000 116.236 8.530x10-3 0.1111c -4.1727x10-11 0.99152c -4.7440x10-12 0.05536 0.13148 0.18684
0.02809 0.97191 1
0.81316 -2.2499x10-37 -1.4502x10-11
0 6.4517x10-31 4.1586x10-5
16,875.3 6,459.1
n=2.4148↪ imaged in {0.4148;0.5858} 0.7072 5.9977x10-3 (1.4063) 0.0898 11.893 40.7524 Gy 23.8763 Gy 1.9703 1.5970 1.1299x1026 3.8581x1026 1.3175x1027 2.2468x1026 2.2305x1026 5.2616x1028 H=0.121Ho=7.04 H'=Ho/[n-2] =139.92 -0.3356 Ho2 -0.1715 Ho2 H=0.7025 Ho H'=41.02 -176.41 Ho2 -0.5000 Ho2 -0.7929 4.8296 81.8640 0.01207 0.0858 -2.8294x10-11 0.98804c -4.7191x10-12 0.05536 0.10119 0.15655
0.02811 0.97189 1
0.84345 -1.1069x10-37 -7.1349x10-12
0 2.2902x10-31 1.4762x10-5
20,603.4 6,464.5
n=3.40055↩ Ln=0 from -/+ imaged in {0.4008;0.5992} 0.7728 0.01013 (2.3762) 0.0530 8.9084 57.3880 Gy 40.5119 Gy 1.7303 1.0765 1.2346x1026 5.4330x1026 2.3908x1027 3.7964x1026 3.8353x1026 9.0847x1028 H=0.067Ho=3.88 H'=Ho/[4-n] =96.86 -0.1707 Ho2 -0.08648 Ho2 H=0.4127 Ho H'=24.18 -61.44 Ho2 -0.1735 Ho2 -0.8530 6.8011 47.8371 0.02049 0.0516c -1.3221x10-11 0.97983c -4.6604x10-12 0.05536 0.06461 0.11997
0.02817 0.97183 1
0.88003 0 0
0 4.7473x10-32 3.0600x10-6
33,109.2 6,477.6
n=7.42808↩ Xn=WBMo projected MoYn=MH imaged in {0.42808; 0.57192} 0.8813 0.02668 (6.2566) 0.0142 5.0814 125.3571 Gy 108.4810 Gy 1.3327 0.5186 1.4081x1026 1.1868x1027 1.0002x1028 9.9959x1026 1.0270x1027 2.1069x1029 H=0.016Ho=0.927 H'=Ho/[8-n] =101.48 -0.03612 Ho2 -0.018124 Ho2 H=0.1514 Ho H'=9.029 -8.66 Ho2 -0.0242 Ho2 -0.9327 14.8562 17.2381 0.05483 0.0141c -1.8819x10-12 0.94734c -4.4305x10-12 0.05536 0.02550 0.08086
0.02840 0.97160 1
0.91914 5.8815x10-38 3.7911x10-12
0 2.5999x10-33 1.6758x10-7
229,959.9 6,531.4
n=115.742↩ k=1 DM Saturation BM k=1 0.9916 0.3286 (77.0410) 7.338x10-5 0.6253 1.9533 Ty 1.9364 Ty 0.63243 0.07190 1.5840x1026 1.8333x1028 2.1403x1030 1.2309x1028 1.8332x1028 6.4020x1030 H=7.4009x10-5 Ho H'=Ho/[116-n] =224.96 -1.4929x10-4 Ho2 -7.4648x10-5 Ho2 H=5.8517x10-3 Ho H'=0.5058 -0.0316 Ho2 -7.5955x10-5 Ho2 -0.9957 231.484 0.02174 0.97873 7.337x10-5c -7.0811x10-16 0.45082c -1.4544x10-12 0.05536 0.00145 0.05681
0.03547 0.96453 1
0.94319 5.0703x10-38 3.2682x10-12
0 1.3653x10-36 8.8007x10-11
9.9523x1027 8,157.3
n=118.236↩=½n1+1 imaged in {0.736;0.264} 0.99161 0.33333 (78.3157) 7.034x10-5 0.60909 1.9954 Ty 1.9785 Ty 0.62901 0.07100 1.5843x1026 1.8890x1028 2.2524x1030 1.2487x1028 1.8731x1028 6.5877x1030 H=7.2142x10-5 Ho H'=Ho/[n-118] =245.93 -1.4306x10-4 Ho2 -7.1532x10-5 Ho2 H=5.7190x10-3 Ho H'=0.4972 -0.0303 Ho2 -7.2758x10-5 Ho2 -0.9958 236.472 0 1 7.0337x10-5c -6.6460x10-16 0.44444c -1.4237x10-12 0.05536 0.00142 0.05678
0.03565 0.92235 0.95800
0.94322 5.0675x10-38 3.2665x10-12
0.04200 1.3075x10-36 8.4277x10-11
2.5980x1028 8,190.7
n=234.472=n1
3rd Inflaton imaged in {0.472;0.528}
Quantum Tunnel k=0 to k=1
0.995753 0.49893 (116.985) 1.804x10-5 0.29247 3.9569744 Ty 3.9401098 Ty 0.528956 0.04885 1.5909x1026 3.7461x1028 8.8210x1030 1.8690x1028 3.7301x1028 8.7460x1030 H=1.8112x10-5 Ho H'=Ho/[n-234] =122.97 Ho*=Ho/n1 =8.008325x10-21 -3.6379x10-5 Ho2 -1.8189x10-5 Ho2 H=2.1462x10-3 Ho H'=0.2486 -8.0630x10-3 Ho2 -1.8346x10-5 Ho2 -0.9979 468.944 -0.4989 1.99574 1.804x10-5c -8.6291x10-17 0.25107c -6.0448x10-13 0.05536 0.00071 0.05607
0.04526 0.31915 0.36441
0.94393 5.0050x10-38 3.2261x10-12
0.63559 3.9028x10-37 2.5157x10-11
MH=6.4706x1052 10,408.1
k=2 initiated n=1+nps+n1 n2=245.813 3rd Instanton from 3rd Inflaton RE2=n1n2RH Scalefactor
a2=[n-1-n1]
{n1n2} /[n-1-n1+n1n2] a2<0 for n<[1+n1]+n1n2/ (n1n2-1)= 235.472+ 57,636.037/ 57,635.037

lim{1+n1+1+ =236.472+}
Redshift z2 n=1+n1+nps
[z+1]2 = 1+2(n1n2)2 /n2+2n(n1n2-1-n1)+(1+n1)(1+n1-2n1n2) =1+n1n2/nps
3.0345x1026
Time t2
t2=t-(1+n1)/Ho =(n-1-n1)/Ho
tps=3.33x10-31 s*
Temp T2 4
18.2[(n-1-n1+n1n2)2
/[n1n2]2(n-1-n1)3

=2.9352x1036
R2=n1n2RH(n-1-n1)/[n-1-n1+n1n2] =lps=10-22
R2E=[n-1-n1]RH =lps
R2P=[n-1-n1+n1n2]R2E =[n1n2]lps =5.7636x10-18
H|dS=n1n2Ho/[n-1-n1][n-1-n1+n1n2] =fps
H'=Ho/(n-1-n1)=fps
||nps+1+n1 - n1n2+ n1+1||
dH/dt|dS= -2n1n2Ho2([n-1-n1+n1n2]2-¼n12n22)/([n-1-n1][n-1-n1+n1n2])2 =-(3n1n2/2nps2) Ho2 =-2.2068x10101 Ho2
dH/dt|AdS= -Ho2/(n-1-n1)2 =-fps2=-9x1060
qdS=n1n2/ 2[n-1-n1] -1 =n1n2/2nps -1

qAdS=2[n-1-n1]/n1n2 =2nps/n1n2
4.6042x1052 2.1719x10-53

V1=cn12n22/(n-1-n1+n1n2)2 A1=-2cHon12n22/(n-1-n1+n1n2)3
c -2cHo/n1n2 =-1.9547x10-14
BM-DM ΩBM=MoYN2/MH N2=[n-1-n1]/n1n2 to BM∩DM ΩDMBM.(){[1+1/N2}3-1} {1+n1n2/[n-1-n1]}3-1 after saturation
0.02803 0.97197 1
DE % Pressure
L2/R2=GoMo/R23 -2Ho2n12n22/ [n-1-n1][n-1-n1+n1n2]2

-P2= L2c2[n-1-n1+n1n2] /4pGo[n-1-n1]RH
GoMo(n1n2/lps)3-2Hofps
0 3.8585x10121 2.4871x10147
HyperMass MHyper= mHY{[n-1-n1]/n1n2}
MH**=n1n2MH =3.7294x1057 mps=2.22x10-20
Y{[n-1-n1]/n1n2}=2pn1n2RH/lps =MH*/mH

mH=6445.775
2nd Mirror Node
n=235.472
=1+n1 =[1+n1]+nps
0.995771 0.50000 (117.236) 1.0860x10-53 (nps) 1.7883x10-5 0.29099 3.0345x1026 3.974 Ty 3.957 Ty tps=3.33x10-31 s* 0.52839 0.04875 2.9352x1036 1.59092x1026 3.7621x1028 8.89626x1030
R1(n)=[n-1]n1RH/[n-1+n1] =½n1RH= 1.873x1028

R1E=[n-1]RH =n1RH =3.7461x1028
R1P=[n-1+n1]R1E =2n1R1E=2n12RH =1.7567x1031
lps=10-22 1.0000x10-22 5.7636x10-18
H=1.796x10-5 Ho H'= - -3.6074x10-5 Ho2 -1.8035x10-5 Ho2 H=2.1325x10-3 Ho H'=Ho/n1=0.2475 -7.9967x10-3 Ho2 -1.8189x10-5 Ho2 H=fps H'=fps =-2.2068x10101 Ho2 =-9x1060 -0.9979 470.944 -½ 2 4.6042x1052 2.1719x10-53 1.78830x10-5c -8.5201x10-17 0.2500c -6.00624x10-13 c -1.9547x10-14 0.05536 0.00071 0.05607
0.04535 0.31978 0.36513
0.02803 0.97197 1
0.94393 5.0047x10-38 3.2259x10-12
0.63487 3.8780x10-37 2.4997x10-11

0 3.8585x10121 2.4871x10147
- 10,429.5 6,445.775
n=331.593=n1√2+1 =1+n1+96.121↩
=[1+n1]+96.121↪
BM∩DM Intersect ΩBM=constant k=1
0.99700 0.58505 (137.179) 1.6649x10-3 (95.961) 9.040x10-6 0.18995 10.3688 5.596 Ty 5.579 Ty 1.6221 Ty 0.48475 0.04136 16.1664 1.5929x1026 5.2819x1028 1.7567x1031 2.1917x1028 5.2818x1028 6.9978x1033 1.5331x1028 1.5357x1028 8.8659x1032 H=9.0674x10-6 Ho H'= - -1.8189x10-5 Ho2 -9.0947x10-6 Ho2 H=1.2552x10-3 Ho H'=0.4165 Ho/([1+n1-96.121] -4.1061x10-3 Ho2 -9.1498x10-6 Ho2 H=0.010386 Ho H'=0.6038 Ho/[96.121] -9.3679 Ho2 -1.0823x10-4 Ho2 -0.9985 663.186 -0.6459 2.8199 298.811 0.00334 9.0401x10-6c -3.0623x10-17 0.1722c -3.4330x10-13 0.9967c -1.9450x10-14 0.0553575 0.0005023 0.0558598
0.0553575 0.2210760 0.2764335
0.02805 0.97195 1
0.94414 4.9863x10-38 3.2141x10-12
0.72356 2.4309x10-37 1.5669x10-11

0 1.0707x10-29 6.9014x10-4
- 12,703.9 6,451.0
n=28,440.423 =1+121n1+68.358↩ =[1+n1]+28,205.0↪
BM Saturation DM k=2
0.99996 0.99182 (232.554) 0.32857 (18,937.64) 1.23x10-9 6.6869x10-5 0.6254 479.964 Ty 479.948 Ty 475.991 Ty 0.15905 0.01043 0.00116 1.5976x1026 4.5437x1030 1.2923x1035 3.7155x1028 4.5437x1030 1.3029x1035 3.0256x1030 4.5062x1030 3.8682x1035 H=1.2363x10-9 Ho H'= - -2.4726x10-9 Ho2 -1.2363x10-9 Ho2 H=2.8753x10-7 Ho H'=0.3474 Ho/[1+n1-68.358] -5.7979x10-7 Ho2 -1.2364x10-9 Ho2 H=2.3805x10-5 Ho H'=2.0578x10-3 Ho/28,205.0 -1.2857x10-4 Ho2 -1.2570x10-9 Ho2 -0.999982 56,880.9 -0.99588 242.583 0.02174 0.97872 1.2362x10-9c -4.8970x10-23 6.6866x10-5c -2.6273x10-18 0.4520c -5.9168x10-15 0.0553575 0.0000058 0.0553633
0.0553575 0.0013805 0.0567380
0.0354726 0.9645274 1
0.9446367 4.9420x10-38 3.1855x10-12
0.9432620 5.0648x10-38 3.2646x10-12

0 1.3929x10-36 8.9786x10-11
- 1.4378x1029 8,157.3
n=29,053.485 =1+n1+½n1n2 =1+123n1+212.476↩ =[1+n1]+28,818.0↪ 0.99997 0.99199 (232.595) 0.333333 (19,212.01) 1.18x10-9 6.4098x10-5 061245 490.310 Ty 490.293 Ty 486.336 Ty 0.15821 0.01037 0.00114 1.5976x1026 4.6418x1030 1.3487x1035 3.7170x1028 4.6416x1030 1.3594x1035 3.1328x1030 4.6042x1030 3.9805x1035 1.1145x10-9 Ho H'= - -2.3694x10-9 Ho2 -1.1847x10-9 Ho2 H=2.7557x10-7 Ho H'=2.524 Ho/[1+n1-212.476] -5.5558x10-7 Ho2 -1.1848x10-9 Ho2 2.3134x10-5 Ho H'=2.0140x10-3 Ho/28,818.0 -1.2338x10-4 Ho2 -1.2041x10-9 Ho2 -0.999983 58,104.97 -0.99596 247.812 0 1 1.1846x10-9c -4.5935x10-23 6.4096x10-5c -2.4657x10-18 0.4444c -5.7918x10-15 0.0553575 0.0000057 0.0553632
0.0553575 0.0013512 0.0567087
0.0356547 0.9270302 0.9626849
0.9446368 4.9420x10-38 3.1855x10-12
0.9432913 5.0621x10-38 3.2630x10-12

0.0373151 1.3341x10-36 8.5994x10-11
- 5.0594x1029 8,199.1
n=57,636.037=n1n2 =234.472x245.813 =1+245n1+189.491 =[1+n1]+57,400.565↪
4th Inflaton
0.99998265 0.99596 (233.5220) 0.49897 (28,759.03) ~0 1.642x10-5 0.29241 972.68 Ty 972.66 Ty 968.70 Ty 0.133305 0.008723 0.000787 1.5976x1026 9.2082x1030 5.3075x1035 3.7309x1028 9.2082x1030 5.3287x1035 4.5948x1030 9.1708x1030 1.0550x1036 H=3.010x-10 Ho H'= - -6.020x10-10 Ho2 -3.0103x10-10 Ho2 H=7.0300x10-8 Ho H'=Ho/[1+n1-189.491] =1.262 Ho**=Ho/n1n2 =0.001007 -1.4117x10-7 Ho2 -3.0104x10-10 Ho2 H=8.7286x10-6 Ho H'=1.0111x10-3 Ho/57,400.565 -3.2790x10-5 Ho2 -3.0351x10-10 Ho2 -0.999991 115,272.1 -0.99797 491.616 -0.49794 1.99182 3.0102x10-10c -5.8841x10-24 1.6417x10-5c -3.1961x10-19 0.2510c -2.4585x10-15 0.0553575 0.0000029 0.0553604
0.0553575 0.0006784 0.0560359
0.0452643 0.3190851 0.3647094
0.9446396 4.9418x10-38 3.1854x10-12
0.9439641 5.0021x10-38 3.2242x10-12

0.6352906 3.9773x10-37 2.5637x10-11
- 1.5138x1055 10,409.0
n=57,637.037=n1n2+1 =234.472x245.813+1 =1+245n1+190.491 =1+245.813n1 =[1+n1]+57,401.565↪
Quantum Tunnel k=1 to k=2
0.99998265 0.99595 (233.5210) 0.49898 (28,759.34) ~0 1.642x10-5 0.29240 972.69 Ty 972.67 Ty 968.71 Ty 0.133305 0.008723 0.000787 1.5976x1026 9.2084x1030 5.3076x1035 3.7309x1028 9.2084x1030 5.3289x1035 4.5948x1030 9.1709x1030 1.0637x1036 H=3.010x-10 Ho H'= - -6.020x10-10 Ho2 -3.0102x10-10 Ho2 H=7.0297x10-8 Ho H'=Ho/[1+n1-190.491] -1.4117x10-7 Ho2 -3.0103x10-10 Ho2 H=8.7283x10-6 Ho H'=1.0111x10-3 Ho/57,401.565 -3.2789x10-5 Ho2 -3.0350x10-10 Ho2 -0.999991 115,274.07 -0.99797 491.624 -0.49796 1.99186 3.0101x10-10c -5.8838x10-24 1.6416x10-5c -3.1959x10-19 0.2510c -2.4584x10-15 0.0553575 0.0000029 0.0553604
0.0553575 0.0006784 0.0560359
0.0452643 0.3190851 0.3647094
0.9446396 4.9418x10-38 3.1854x10-12
0.9439641 5.0021x10-38 3.2242x10-12

0.6352906 3.9773x10-37 2.5637x10-11
- MH*=n1MH= 1.5172x1055 10,409.1
k=3 initiated n=1+nps+n1+n1n2 n3=257.252 4th Instanton from 4th Inflaton RE3=n1n2n3RH Scalefactor
a3=[n-1-n1-n1n2]
{n1n2n3} /[n-1-n1-n1n2+n1n2n3] a3<0 for n< [1+n1+n1n2]+ n1n2n3/(n1n2n3-1)= 57,871.509+ 14,827,044.63/ 14,827,043.63

lim{1+n1+n1n2+1+ =57,872.509+}
Redshift z3 n=1+n1+n1n2+nps
[z+1]2 = 1+2(n1n2n3)2 /n2+2n[n1n2n3-1-n1-n1n2]+[1+n1+n1n2][1+n1+n1n2-2n1n2n3] =1+n1n2n3/nps
4.8671x10x1027
Time t3
t3=t-(1+n1+n1n2)/Ho =(n-1-n1-n1n2)/Ho
Temp T3 4
18.2[n-1-n1-n1n2+n1n2n3]2/[n1n2n3]2(n-1-n1-n1n2)3

=2.9352x1036
R3=n1n2n3RH([n-1-n1-n1n2)/[n-1-n1-n1n2+n1n2n3] =lps=10-22
R3E=[n-1-n1-n1n2]RH =lps
R3P=[n-1-n1-n1n2+n1n2n3]R3E =[n1n2n3]lps =1.4827x10-15
H|dS=n1n2n3Ho/[n-1-n1-n1n2][n-1-n1-n1n2+n1n2n3] =fps
H'=Ho/(n-1-n1-n1n2)'=fps
||nps+1+n1+n1n2 - n1n2n3+n1n2+n1+1||
dH/dt|dS= -2n1n2n3Ho2([n-1-n1-n1n2+n1n2n3]2-¼n12n22n32)/([n-1-n1-n1n2][n-1-n1-n1n2+n1n2n3])2 =-(3n1n2n3/2nps2) Ho2 =-5.6771x10103 Ho2
dH/dt|AdS= -Ho2/(n-1-n1-n1n2)2 =-fps2=-9x1060
qdS=n1n2n3/ 2[n-1-n1-n1n2] -1 =n1n2n3/2nps -1
qAdS=2[n-1-n1-n1n2] /n1n2n3 =2nps/n1n2n3
1.184x1055 8.442x10-56
V1=cn12n22n32/(n-1-n1-n1n2+n1n2n3)2 A1=-2cHon12n22n32/(n-1-n1-n1n2+n1n2n3)3 =-2cHo/n1n2n3 =-7.5985x10-17 BM-DM ΩBM=MoYN3/MH N3=[n-1-n1-n1n2]/n1n2n3 to BM∩DM ΩDMBM.(){[1+1/N3]3-1} {1+n1n2n3/[n-1-n1-n1n2]}3-1 after saturation
0.02803 0.97197 1
DE % Pressure
L3/R3=GoMo/R33 -2Ho2n12n22n32/[n-1-n1-n1n2][n-1-n1-n1n2+n1n2n3]3
-P3= L3c2[n-1-n1-n1n2+n1n2n3] /4pGo[n-1-n1-n1n2]RH
GoMo(n1n2n3/lps)3-2Hofps
0 6.5688x10128 4.2341x10154
HyperMass MHyper= mHY{n-1-n1}-n1n2}
MH***=n1n2n3MH =9.5940x1059 mps=2.22x10-20
Y{[n-1-n1-n1n2]/n1n2n3}=2pn1n2n3RH/lps =MH*/mH

mH=6445.775
3rd Mirror Node
n=1+234.472+n1n2
=57,871.509 =[1+n1]+n1n2 =[1+n1+n1n2]+nps ....
0.99998272 0.99596 (233.5258) 0.50000 (28,818.02) 4.2214x10-56 (nps) ~0 1.628x10-5 0.29099 4.8671x10x1027 976.65 Ty 976.63 Ty 972.68 Ty tps=3.33x10-31 s* 0.133170 0.008714 0.000785 2.9352x1036 1.5976x1026 9.2458x1030 5.3508x1035
3.7310x1028 9.2458x1030 5.3723x1035

R2=n1n2RH(n-1-n1)/[n-1-n1+n1n2] =½n1n2RH =4.6042x1030
R2E=[n-1-n1]RH =[n1n2]RH =9.2084x1030
R2P=[n-1-n1+n1n2]R1E =2n1n2R2E
=2[n1n2]2RH =1.0615x1036
10-22 1.0000x10-22 1.4827x10-15
H=2.986-10 Ho H'= - -5.9725x10-10 Ho2 -2.9859x10-10 Ho2 H=6.9732x10-8 Ho H'= - -1.4002x10-7 Ho2 -2.9860x10-10 Ho2 H=8.6751x10-6 Ho H'=Ho/n1n =1.0070x10-3 -3.2532x10-5 Ho2 -3.0103x10-10 Ho2 H=fps H'=fps -5.6771x10103 Ho2 -9x1060 -0.999991 115,743.0 -0.99797 493.624 -½ 2 1.1844x1055 8.4428x10-56 2.9858x10-10c -5.8126x10-24 1.6284x10-5c -3.1574x10-19 0.2500c -2.4434x10-15 c -7.5985x10-17 0.0553575 0.0000029 0.0553604
0.0553575 0.0006756 0.0560331
0.0453534 0.3174760 0.3628294
0.0280300 0.9719700 1
0.9446396 4.9418x10-38 3.1854x10-12
0.9439669 5.0018x10-38 3.2241x10-12

0.6371706 3.9529x10-37 2.5480x10-11
0 6.5688x10128 4.2341x10154
- - 10,429.5 6,445.77
n=81,745.461=n1n2√2+1+n1
=[1+n1]+n1n2+23,873.952↩ =[1+n1+n1n2]+23,873.952↪

BM∩DM Intersect ΩBM=constant k=2
0.999988 0.99714 (233.8014) 0.58579 (33,762.54) 1.6076x10-3 (23,835.34) ~0 8.180x10-6 0.1892 12.513 1,379.545 Ty 1,379.528 Ty 1,375.571 Ty 402.894 Ty 0.12215 0.00799 0.00067 0.00108 1.5977x1026 1.3060x1031 1.0676x1036 3.7354x1028 1.3060x1031 1.0707x1036 5.3942x1030 1.3023x1031 1.8121x1036 3.8081x1030 3.8142x1030 5.6645x1037 H=1.4965x10-10 Ho H'= - -2.9930x10-10 Ho2 -1.4965x10-10 Ho2 H=3.4988x10-8 Ho H'= - -7.0178x10-8 Ho2 -1.4965x10-10 Ho2 H=5.0818x10-6 Ho H'=7.1206x10-4 Ho/[1+n1+n1n2 -23,873.952] -1.6606x10-5 Ho2 -1.5051x10-10 Ho2 H=4.1820x10-5 Ho H'=0.002431 -0.03906 Ho2 -1.7545x10-9 Ho2 ~-1 163,490.9 -0.99857 697.264 -0.64645 2.82843 309.5306 0.003220 1.4964x10-10c -2.0624x10-24 8.1805x10-6c -1.124x10-19 0.1716c -1.3892x10-15 0.9968c -7.5619x10-17 0.0553575 0.0000020 0.0553595
0.0553575 0.0004777 0.0558352
0.0553575 0.2200391 0.2753966
0.0280517 0.9719483 1
0.9446405 4.9417x10-38 3.1853x10-12
0.9441648 4.9842x10-38 3.2127x10-12

0.7246034 2.4582x10-37 1.5845x10-11
0 1.1895x10-29 7.6670x10-4
- - 12,730.0 6,450.8