Cosmology Evolution of the Multiverse

Cosmology Evolution of the Multiverse

n for k=0; 1; 2; 3; ...universes	Scalefactor a=a_o=n/[n+1]	Redshift z₀=f(z_m) comoving z=z_o= √(1+2/ n[n+2]) -1	Time t=t_o=n/H_o =nR_H/c M-G-T-P years; s*; My;Gy;Ty;Py	Temp T₀ T=T_o= ∜(18.2 [n+1]²/n³) K* in conifolded dS	R_o=a_oR_Hubble R_Event=nR_H R_Particle=T(n)R_H R_ylem= √kTR_e³/G_om_c² ^m*	H=H_o/T[n] and H'=H_o/n \|\|n_ps- 1\|\| dH/dt= -2H²([n+1]²-¼) dS -H_o²/n² AdS (s^-1/s^-2)* (km/Mpcs)*	Dec-Par q_dS= 1/2n -1 q_AdS=2n	V_o=v_recession A_o=a_milgröm (ms^-1/ms^-2)*	BM-DM Ω_BM=M_oYⁿ/M_H to BM∩DM Ω_DM=Ω_BMx [1+1/n]³-1} after saturation	DE % Pressure Lambda DE Λ₀=G_oM_o/R₀² -2cH_o/[n+1]³ Λ₀/R₀=G_oM_o/R₀³ -2H_o²/[n][n+1]² -P₀=Λ₀c²/4πG_oR₀ s^-2; (Jm^-3)	HyperMass M_Hyper= c²r_psYⁿ/2G_o kg*
n_Genesis=H_on_ps H_oλ_ps/R_H = H_o²/f_ps 1.175x10^-66	-	-	-	7.545x10³⁷ T= hR_H/kλ_ps	-	-	-	-	E=hF=kT=Mc²	-	M=hR_H/λ_psc² =0.0118346323 (33/20)12m_cN_Av
n_Stoney=H_ot_S 7.019x10^-62 Planck Oscillation	-	-	t_S=2πλ_S/c =2π[e/c³ 3.738x10^-44 s*	T_S= m_Sc²/k 7.937x10³³	l_S=l_P√alpha =[e/c²] 1.7850x10^-36	-	-	-	-	-	m_S=h/l_Sc 1.2450x10^-6
n_PlanckI=H_ot_P H_o√(hG_o/2πc⁵) 8.217x10^-61	-	-	t_P=2πl_P/c = √(2πhG_o/c⁵) 4.376x10^-43 s*	T_P= m_Pc²/k 1.079x10³²	l_P=√(hG_o/2πc³) 2.090x10^-35	-	^-	-	-	-	m_P=√(hc/2πG_o) =1.692569x10^-8
n_MonopoleIIB=H_ot_m 2.886x10^-58 Selfdual B_n coupling	-	-	t_m=h/m_mc²= 1.5370x10^-40 s*	T_m= m_mc²/k 3.072x10²⁹	4.6110x10^-32 de Broglie λ=h/m_mc	-	-	-	-	-	m_m=[ec] 4.819369x10^-11
n_XLBosonHO32=H_ot_XL 4.134x10^-57 HO32\|coupling\|HE64	-	-	t_XL=h/m_XLc² = 2.2016x10^-39 s*	T_XL= m_XLc²/k 2.145x10²⁸	6.6048x10^-31 de Broglie λ=h/m_XLc	-	-	-	-	-	m_XL= alpha.m_ps/ec] 3.36455x10^-12
n_CosmicRayIIA=H_ot_CR 1.243x10^-51 IIB\|coupling\|IIA	-	-	t_CR=h/m_CRc² = 6.6182x10^-34 s*	T_CR= m_CRc²/k 7.135x10²²	1.9855x10^-25 de Broglie λ=h/m_CRc	-	^-	-	-	-	m_CR=hA/2ec² =1/{B(0)c²} 1.1192x10^-17
n(t_Genesis)= n_FalseVacuum= ∛{{H_o³M_o/1100π²σ}{n_psk/h}⁴} = 8.252x10^-51 De Broglie Matter Wave Inflaton Quantum Oscillation	8.252x10^-51	-	t_Genesis=n_Genesis/H_o = 4.395x10^-33 s*	T(n_Genesis) =∜{{H_o³M_o/1100π²σ}.{(n_Genesis+1)²/n_Genesis³}} = 7.5448x10³⁷ K* in the Higgs false vacuum and {n_psk/h}\|_mod.	R_H=1.5977x10²⁶	-	-	v_dB=R_Hf_ps 4.7930x10⁵⁶ a_dB=R_Hf_ps² 1.4379x10⁸⁷	E=hF=kT=Mc²	-	M=hR_H/_λpsc² =0.0118346323 (33/20)12m_cN_Av
n(t_dBmin) = 8.772x10^-51	8.772x10^-51	-	t_dBmin= q_ot_ps = n_dBmin/H_o = n_ps{G_oM_o/c³}= 4.672x10-³³ s*	T(n_dBmin)=∜{{H_o³M_o/1100π²σ}.{(n_dBmin+1)²/n_dBmin³}} = 7.206x10³⁷ K* in the Higgs false vacuum from the DE gradient instanton bounce for deceleration parameter q_o=Λ_o/A_dB	R_H=1.5977x10²⁶	-	-	v_dB=R_Hf_ps 4.7930x10⁵⁶ a_dB=R_Hf_ps² 1.4379x10⁸⁷	E=hF=kT=Mc²	-	M=hR_H/_λpsc² =0.0118346323 (33/20)12m_cN_Av
n(t_dBmin) = 1.754x10^-50	1.754x10^-50	-	2t_dBmin= Ω_ot_ps = 2n_dBmin/H_o = n_ps{2G_oM_o/c³}= 9.343x10-³³ s*	T(n_dBmin)=∜{{H_o³M_o/1100π²σ}.{(n_dBmin+1)²/n_dBmin³}} = 4.285x10³⁷ K* in the Higgs false vacuum from the DE gradient instanton bounce for Ω_o=M_o/M_H	R_H=1.5977x10²⁶	-	-	v_dB=R_Hf_ps 4.7930x10⁵⁶ a_dB=R_Hf_ps² 1.4379x10⁸⁷	E=hF=kT=Mc²	-	M=hR_H/_λpsc² =0.0118346323 (33/20)12m_cN_Av
n(t_HPFV) = 2.435x10^-50	2.435x10^-50	-	t_HPFV={T(n_ps)/TEMPERATURE}t_ps =n_HPFV/H_o = 1.297x10^-32 s*	T(n_HPFV) =∜{{H_o³M_o/1100π²σ}.{(n_HPFV+1)²/n_HPFV³}} = 3.351x10³⁷ K* in the Higgs false vacuum	R_H=1.5977x10²⁶	-	-	v_dB=R_Hf_ps 4.7930x10⁵⁶ a_dB=R_Hf_ps² 1.4379x10⁸⁷	E=hF=kT=Mc²	-	M=hR_H/_λpsc² =0.0118346323 (33/20)12m_cN_Av
n(t_dBmax) =n_FalseVacuum H_ot_dBmax=5.347x10^-50 De Broglie Matter Wave Inflaton Quantum Oscillation	5.347x10^-50	-	t_dBmax=[√α]t_ps 2.847x10^-32 s* 1/F=n_ps	T(n_dBmax) =∜{{H_o³M_o/1100π²σ}.{(n_dBmax+1)²/n_dBmax³}} =1.857x10³⁷ K* in the Higgs false vacuum from the Planck-Stoney inflaton time bounce	R_H=1.5977x10²⁶	-	-	v_dB=R_Hf_ps 4.7930x10⁵⁶ a_dB=R_Hf_ps² 1.4379x10⁸⁷	E=hF=kT=Mc²	-	M=hR_H/_λpsc² =0.0118346323 (33/20)12m_cN_Av
k=0 initiated n=n_ps 1st Instanton from 1st Inflaton R_E=n_oR_H=R_H n_ps=λ_ps/R_H=H_o/f_ps Instanton HE64 Quantum Big Bang Max DE Quantum Tunnel 1 String Era to k=0 ↪	6.26x10^-49	1.26x10²⁴	t_ps= 3.333x10^-31 s*	T_ps= 2.935x10³⁶	λ_ps=2πr_ps=10^-22 1.0001x10^-22 1.0001x10^-22	H\|_dS=H_o/T_n=c/λ_ps=f_ps H'=H_o/n= c/nR_H=3x10³⁰ dH/dt\|_dS= -2H_o²([n+1]²-¼)/ ([n][n+1])² =-(1.5/n_ps²) H_o² =-3.8289x10⁹⁶H_o² dH/dt\|_AdS= -H_o²/n² =-H_o²/{n_ps²}=-f_ps² =-9x10⁶⁰	q_dS= 1/2n -1 =1/2n_ps- 1 q_AdS=2n =2n_ps 7.988x10⁴⁷ 1.252x10^-48	c=3x10⁸ -2cH_o=-2H_o²/R_H -1.12664x10^-9	0.02803 0.97197 1	0 Λ_o= G_oM_o/λ_ps²-2cH_o =2.01522x10⁸⁵ Λ_o/R_o= G_oM_o/λ_ps³ -2H_o²R_H/λ_ps =G_oM_o/λ_ps³ -2H_of_ps =2.01522x10¹⁰⁷ -P=Λ_oc²/4πG_oR_o =1.2990x10¹³³ n≥n_ps	m_H=6445.7752 m_ps=2.222x10^-20 Yⁿ=2πR_H/λ_ps =M_H/m_H
n=3.562x10^-27 Bosonic Unification	3.562x10^-27	1.68x10¹³	1.897x10^-9 s*	hf_ps/k= 1.417x10²⁰	0.569092	H=H_o/T_n=5.27x10⁸ H'=c/nR_H=5.27x10⁸ -1.1822x10⁵³H_o² -7.8813x10⁵² H_o²	1.4037x10²⁶ 7.124x10^-27	c -1.12664x10^-9	0.02803 0.97197 1	0 6.2224x10⁴¹ 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*	3.400x10¹⁵	822,004.02	H=H_o/T_n=364.96 H'=c/nR_H=364.96 -5.6666x10⁴⁰H_o² -3.7778x10⁴⁰ H_o²	9.718x10¹⁹ 1.029x10^-20	c -1.12664x10^-9	0.02803 0.97197 1	0 2.9825x10²⁹ 3.6283x10²³ 2.3387x10⁴⁹	6,445.775
n_G=2.1228x10^-15 Ylem-G Protostar R_G=λ_ps∛{G}/2π =3.391558x10¹¹ m*	2.1228x10^-15	2.170x10⁷	1130.515 s* Meson VPE Inner Primordial Neutron Decay	2.089x10¹¹	3.39156x10¹¹ - - R_ylem=24,029.3	H=H_o/T_n=8.85x10^-4 H'=c/nR_H=8.85x10^-4 -3.3287x10²⁹ H_o² -2.2191x10²⁹ H_o²	2.3554x10¹⁴ 4.2456x10^-15	c -1.12664x10^-9	0.02803 0.97197 1	0 1.7520x10¹⁸ 5.1657x10⁶ 3.3297x10³²	6,445.775
n_F=2.1601x10^-15 Ylem=F-Protostar R_F=λ_ps∛{F}/2π =3.4510775x10¹¹m*	2.1601x10^-15	2.152x10⁷	1150.380 s* Meson VPE Outer Primordial Neutron Decay	2.061x10¹¹	3.45108x10¹¹ - - R_ylem=23,872.9	H=H_o/T_n=8.69x10^-4 H'=c/nR_H=8.69x10^-4 -3.2147x10²⁹ H_o² -2.1431x10²⁹ H_o²	2.3147x10¹⁴ 4.3202x10^-15	c -1.12664x10^-9	0.02803 0.97197 1	0 1.6921x10¹⁸ 4.9027x10⁶ 3.1602x10³²	6,445.775
n_E=2.1506x10^-12 Ylem-E-Planetesimal R_E=λ_ps∛{E}/2π =3.4359711x10¹⁴ m*	2.1506x10^-12	681,835	1,145,320.3 13d6h8m 40.3s*	1.163x10⁹	3.43597x10¹⁴ - - R_ylem=1,793.13	H=H_o/T_n=8.73x10^-7 H'=c/nR_H=8.73x10^-7 -3.2432x10²³ H_o² -2.1621x10²³ H_o²	2.3249x10¹¹ 4.3012x10^-12	c -1.12664x10^-9	0.02803 0.97197 1	0 1.7070x10¹⁸ 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=H_o/T_n=8.16x10^-14 H'=c/nR_H=8.16x10^-14 -2.8356x10⁹H_o² -1.8904x10⁹ H_o²	21,738.13 4.6x10^-5	0.999954 c -1.12656x10^-9	0.02803 0.97197 1	0 0.01492 4.0617x10^-24 261.8076	6,445.8
n=6.3x10^-5 Recombination End	6.30x10^-5	177.2	1.0632 My	2935	λ_ss=1/λ_ps=10²² ^- ^-	H=H_o/T_n=2.98x10^-14 H'=c/nR_H=2.98x10^-14 -3.7794x10⁸H_o² -2.5195x10⁸H_o²	7935.51 1.26x10^-4	0.999874 c -1.12642x10^-9	0.02803 0.97197 1	0 2.0152x10^-3 1.9766x10^-25 12.7409	6,446.0
n=0.000393425	3.93x10^-4	49.421	6.6395 My	739.53	2πx10²² ^- ^-	H=H_o/T_n=4.77x10^-15 H'=H_o/n=4.77x10^-15 -9.6935x10⁶ H_o² -6.4606x10⁶H_o²	1269.89 7.8685x10^-4	0.999214 c -1.1253x10^-9	0.02804 0.971976 1	0 5.1045x10^-5 8.1241x10^-28 0.05237	6,447.0
n=0.014015 for a_dB/Λ_BM=M_o/2M_H R_Sarkar =G_oM_o/c²	0.01382	7.478	236.5186 My	51.062	2.2391x10²⁴ ^- ^-	H=70.37 H_o=4084.04 H'=H_o/n=4141.28 -7706.57 H_o² -5091.13 H_o²	34.6761 0.02803	0.97255 c -1.0806x10^-9	0.02822 0.97178 1	0 3.9115x10^-8 1.8227x10^-32 1.1749x10^-6	6,489.4
n=0.02803 for Ω_BMo Supercluster Seeds	0.02727	5.015	473.0373 My	30.571	4.3562x10²⁴ ^- ^-	H=34.703 H_o=2014.2 H'=H_o/n=2070.64 -1943.40 H_o² -1272.78 H_o²	16.8380 0.05606	0.94621 c -1.0370x10^-9	0.02841 0.97159 1	0 9.5827x10^-9 2.1998x10^-33 1.4179x10^-7	6,533.3
n=0.056391 Radiation-DM Equilibrium	0.05338	3.272	0.9517 Gy	18.335	8.5285x10²⁴ ^- ^-	H=16.787 H_o=974.30 H'=H_o/n=1029.24 -488.04 H_o² -314.47 H_o²	7.8667 0.112782	0.89609 c -9.5567x10^-10	0.02880 0.97120 1	0 1.8150x10^-9 2.1281x10^-34 1.3717x10^-8	6,623.1
n=0.1082331 Λ₀=0 from +/- 1st Λ₀ Root	0.09766	2.125	1.8265 Gy	11.523	1.5603x10²⁵ ^- ^-	H=8.337 H_o=483.89 H'=H_o/n=536.27 -135.98 H_o² -85.365 H_o²	3.6198 0.21646	0.8142 c -8.2774x10^-10	0.02953 0.97047 1	0 0 1st Λ₀ Root +/- 0 0	6,790.4
n=0.132711 Critical Redshift Boundary Mirror for apparent cosmic acceleration DE	0.11716	1.840	2.2396 Gy	9.9976	1.8712x10²⁵ - -	H=6.652 H_o=386.10 H'=H_o/n=437.34 -91.43 H_o² -56.779 H_o²	2.7676 0.26542	0.7794 c -7.7522x10^-10	0.02988 0.97012 1	0 -1.9967x10^-18 -1.0689x10^-35 -6.8899x10^-10	6,870.8
n=0.23890175 Λ₀= Minimum DE Peak of Galaxies Λ₀	0.19283	1.177	4.0317 Gy	6.7278	3.0803x10²⁵ ^- ^-	H=3.379 H_o=196.10 H'=H_o/n=242.95 -29.3350 H_o² -17.521 H_o²	1.0929 0.4748	0.6515 c -5.9248x10^-10	0.03144 0.96856 1	0 -3.8009x10^-10 Λ_o Minimum -1.2340x10^-35 -7.9538x10^-10	7,231.1
n=½ k=0 DE Initiation	0.33333	0.612	8.4381 Gy	4.2544	5.3256x10²⁵ ^- ^-	H=1.333 H_o=77.39 H'=H_o/n=116.08 -7.1111 H_o² -4.0000 H_o²	0 1 k=0 DE Initiation	0.4444 c -3.3382x10^-10	0.0357 0.9282 0.9639	0.0361 -2.6276x10^-10 -4.9340x10^-36 -3.1803x10^-10	8,199.2
n=0.5858 BM∩DM Image	0.36940	0.523	9.8860 Gy	3.8845	5.9019x10²⁵ ^- ^-	H=1.076 H_o=62.48 H'=H_o/n=99.08 -5.2488 H_o² -2.9141 H_o²	-0.1465 1.1716	0.3977 c -2.8251x10^-10	0.0372 0.7008 0.7380	0.2620 -2.2466x10^-10 -3.8065x10^-36 -2.4536x10^-10	8544.8
n=X=0.618034	0.38197	0.495	10.4300 Gy	3.7692	6.1026x10²⁵ - -	H=H_o=58.04 H'=H_o/n=93.91 -4.7361 H_o² -2.6180 H_o²	-0.1910 1.2361	0.3820 c -2.6596x10^-10	0.0377 0.6388 0.6765	0.3235 -2.1185x10^-10 -3.4715x10^-36 -2.2376x10^-10	8.678.3
n=0.86729 = n_present dS apparent cosmic acceleration DE	0.46446	0.3432	14.6365 Gy	3.1405	7.4206x10²⁵ - -	H=0.617 H_o=35.84 H'=H_o/n=66.92 -2.4683 H_o² -1.3294 H_o²	-0.4235 1.7346	0.28680 c -1.7304x10^-10	0.04255 0.38211 0.42466	0.5754 -1.3644x10^-10 -1.8387x10^-36 -1.1852x10^-10	9,784.3
1st Mirror Node n=1 Semi Hubble Cycle 2nd Inflaton imaged in {n_ps}	0.50000	0.2910	t_o=t-t_ps=1/H_o 16.8761 Gy	2.9210	8.4837x10²⁵ 1.5977x10²⁶ 3.1954x10²⁶	H=½ H_o=29.02 H'=H_o/n=58.04 -1.8750 H_o² -1.0000 H_o²	-½ 2	0.25000 c -1.4083x10^-10	0.04535 0.31745 0.36280	0.6372 -1.1283x10^-10 -1.3676x10^-36 -8.8153x10^-11	10,429.5
k=1 initiated n=n_ps+1 n₁=234.472 2nd Instanton from 2nd Inflaton R_E1=n₁R_H	Scalefactor {xn₁} a₁=[n-1] /[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+n_ps [z+1]² = 1+2n₁²/ {n²+2n[n₁-1] +1-2n₁} =1+n₁/n_ps 1.9356x10²⁵	Time t₁ t₁=t-t_o =(n-1)/H_o =(n+n_ps-1)R_H/c	Temp T₁⁴ 18.2 ([n-1+n₁)² /{n₁² (n-1)³} = 2.936x10³⁶	R₁=n₁[n-1]R_H/[n-1+n₁] =λ_ps=10^-22 R_1E=[n-1]R_H =λ_ps =1.0000x10^-22 R_1P= [n-1+n₁]R_1E =n₁λ_ps =2.34472x10^-20	H\|_dS=n₁H_o/ {[n-1][n-1+n₁]} =f_ps H'=H_o/(n-1) =f_ps=3x10³⁰ \|\|n_ps+1 - n₁+1\|\| dH/dt\|_dS= -2n₁H_o²([n-1+n₁]² -¼n₁²)/([n-1][n-1+n₁])² =-(3n₁/2n_ps²) H_o² =-8.9776x10⁹⁸ H_o² dH/dt\|_AdS= -H_o²/(n-1)² =-f_ps²=-9x10⁶⁰	q_dS= n₁/2[n-1] -1 =n₁/2n_ps -1 q_AdS= 2[n-1]/n₁ =2n_ps/n₁ 1.873x10⁵⁰ 5.339x10^-51	V₁=cn₁²/ (n-1+n₁)² A₁=-2cH_on₁²/ (n-1+n₁)³ =2cH_o/n₁ =-4.8050x10^-12	BM-DM Ω_BM= M_oY^N₁/M_H N₁=[n-1]/n₁ to BM∩DM Ω_DM=Ω_BM.{[1+1/N₁]³-1} ={1+n₁/[n-1]}³-1 after saturation 0.02803 0.97197 1	DE % Pressure 0 Λ₁=G_oM_o/R₁² -2cH_on₁²/ [n-1+n₁]³ =G_oM_o/λ_ps² -2cH_o/n₁ =2.01522x10⁸⁵ Λ₁/R₁= G_oM_o/R₁³ -2H_o²n₁/[n-1] [n-1+n₁]² G_oM_o/λ_ps³ -2H_of_ps/n₁ =2.01522x10¹⁰⁷ -P₁=Λ₁c²/4πG_oR₁ =1.2990x10¹³³ n≥1+n_ps	HyperMass M_Hyper= m_HY^{[n-1]/n₁} M_H=n₁M_H =1.51717x10⁵⁵ m_ps=2.22x10^-20 Y^{[n-1]/n₁} =2πn₁R_H/λ_ps =M_H/m_H m_H=6445.775
n=1.132711↩ = n_present AdS imaged in {0.132711;0.86729} ↪	0.53111 5.6568x10^-4 (0.13264)	0.25045 41.039	19.1158 Gy 2.23964 Gy	2.7472 9.3964	8.4855x10²⁵ 1.8097x10²⁶ 3.8596x10²⁶ 2.1191x10²⁵ 2.1203x10²⁵ 4.9743x10²⁷	H=0.414 H_o=24.03 H'=H_o/[2-n] =66.92 -1.4731 H_o² -0.7794 H_o² H=7.5309 H_o H'=H_o/(n-1)=437.34 -20,743.89 H_o² -56.7788 H_o²	-0.5586 2.2654 882.393 1.132x10^-3	0.21985 c -1.1614x10^-10 0.99886 c -4.7969x10^-12	0.04834 0.27432 0.32266 0.02804 0.97196 1	0.677234 -8.81537x10^-11 -1.0389x10^-36 -6.69636x10^-11 0 4.4397x10^-10 2.0951x10^-35 1.35047x10^-9	11,117.26 6,447.6
n=1.41421=√2↩ BM∩DM Intersect Ω_BM=constant k=0 imaged in {0.41421;0.58579} ↪	0.58579 1.7635x10^-3 (0.41348)	0.1892 22.803	23.8664 Gy 6.99025 Gy	2.4747 4.004	9.3592x10²⁵ 2.2594x10²⁶ 5.4548x10²⁶ 6.6061x10²⁵ 6.6177x10²⁵1.5544x10²⁸	H=0.293 H_o=17.00 H'=H_o/[2-n]=99.08 -0.9571 H_o² -0.5000 H_o² H=2.4104 H_o H'=140.12 -20,129.25 H_o² -5.8285 H_o²	-0.6464 2.8284 282.035 3.533x10^-3	0.1716 c -8.0068x10^-11 0.99648 c -4.7796x10^-12	0.05536 0.22005 0.27541 BM-DM Saturation BM∩DM Intersect Ω_BM=constant k=0 0.02805 0.97195 1	0.72459 -5.7062x10^-11 -6.0969x10^-37 -3.9300x10^-11 0 4.1400x10^-11 6.2641x10^-37 4.0377x10^-11	12,730.0 6,451.3
n=Y=1.618034↩ imaged in {X;1-X} ↪	0.61803 2.6289x10^-3 (0.61641)	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=0.236 H_o=13.70 H'=H_o/[2-n]=151.95 -0.7361 H_o² -0.3820 H_o² H=1.6138 H_o H'=93.91 -922.40 H_o² -2.6180 H_o²	-0.6910 3.2361 188.692 5.272x10^-3	0.1459 c -6.2785x10^-11 0.99475 c -4.7672x10^-12	0.05536 0.17915 0.23451 0.02807 0.97193 1	0.76549 -4.2114x10^-11 -4.2653x10^-37 -2.7493x10^-11 0 1.6011x10^-11 1.6258x10^-37 1.0480x10^-11	14,041.8 6,454.0
n=2 Full Hubble Cycle imaged in {n_ps;1} ↪	0.66666 4.2468x10^-3 (0.99575)	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 R_1E=R_H	H=0.167 H_o=9.69 H'=H_o/[n-2]=f_ps -0.4861 H_o² -0.2500 H_o² H=0.9958 H_o H'=58.04 -352.70 H_o² -1.0000 H_o²	-0.7500 4.0000 116.236 8.530x10^-3	0.1111 c -4.1727x10^-11 0.99152 c -4.7440x10^-12	0.05536 0.13148 0.18684 0.02809 0.97191 1	0.81316 -2.3960x10^-11 -2.2499x10^-37 -1.4502x10^-11 0 3.2183x10^-12 2.0229x10^-38 1.3039x10^-12	16,875.3 6,459.1
n=2.29966↪ imaged in {0.29966;0.70034} Λ₁=0 from +/- 1st Λ₁ Root ↪	0.69694 5.5124x10^-3 (1.29250)	0.0965 12.450	38.8093 Gy 21.9332 Gy	2.0091 1.7016	1.1135x10²⁶ 3.6741x10²⁶ 1.2123x10²⁷ 2.0650x10²⁶ 2.0764x10²⁶ 4.8956x10²⁸	H=0.132 H_o=7.65 H'=H_o/[n-2]=193.67 -0.3695H_o² -0.1891H_o² H=0.7652 H_o H'=44.66 -208.98 H_o² -0.5920 Ho²	-0.7826 4.5993 89.2051 0.01109	0.0918 c -3.1360x10^-11 0.98901 c -4.7260x10^-12	0.05536 0.10818 0.16354 0.02810 0.97190 1	0.83646 -1.5107x10^-11 -1.3566x10^-37 -8.7447x10^-12 0 0 1st Λ₁ Root +/- 0 0	19,492.9 6,463.0
n=2.4148↪ imaged in {0.4148;0.5858} ↪	0.70716 5.9978x10^-3 (1.40631)	0.0898 11.893	40.7524 Gy 23.8763 Gy	1.9703 1.5970	1.1299x10²⁶ 3.8581x10²⁶ 1.3175x10²⁷ 2.2468x10²⁶ 2.2604x10²⁶ 5.332x10²⁸	H=0.121 H_o=7.04 H'=H_o/[n-2]=139.92 -0.3356 H_o² -0.1715 H_o² H=0.7025 H_o H'=41.02 -176.43 H_o² -0.5000 H_o²	-0.7929 4.8296 81.8640 0.01207	0.0858 c -2.8294x10^-11 0.98804 c -4.7191x10^-12	0.05536 0.10119 0.15655 0.02811 0.97189 1	0.84345 -1.2509x10^-11 -1.1069x10^-37 -7.1349x10^-12 0 -7.8752x10^-13 -3.2356x10^-39 -2.0856x10^-13	20,603.4 6,464.5
n=3.40055↩ imaged in {0.40055;0.59945} Λ₀=0 from -/+ 2nd Λ₀ Root ↪	0.77276 0.010134 (2.37622)	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=0.067 H_o=3.88 H'=H_o/[4-n]=96.86 -0.1707 H_o² -0.0865 H_o² H=0.4127 H_o H'=24.18 -61.44 H_o² -0.1735 H_o²	-0.8530 6.8011 47.8371 0.02049	0.0516 c -1.3221x10^-11 0.97983 c -4.6604x10^-12	0.05536 0.06461 0.11997 0.02817 0.97183 1	0.88003 0 2nd Λ₀ Root -/+ 0 0 0 -3.2621x10^-12 -8.5926x10^-39 -5.5386x10^-13	33,109.2 6,477.6
n=6.541188↪ DM Saturation BM k=0 ↪	0.86739 0.023087 (5.41326)	0.0177 5.5437	110.3898 Gy 93.5137 Gy	1.3867 0.5786	1.3858x10²⁶ 1.0451x10²⁷ 7.8811x10²⁷ 8.6486x10²⁶ 8.8530x10²⁶ 2.1248x10²⁹	H=0.020 H_o=1.176 H'=H_o/[n-6] =107.25 -0.0465 H_o² -0.0234 H_o² H=0.1763 H_o H'=10.474 -11.629 H_o² -0.0326 H_o²	-0.9236 13.0823 20.1546 0.04727	0.0176 c -2.6270x10^-12 0.9544 c -4.4798x10^-12	0.05536 0.02947 0.08483 0.02835 0.97165 1	0.91517 7.8666x10^-12 5.6766x10^-38 3.6590x10^-12 0 -4.2104x10^-12 -4.8683x10^-39 -3.1380x10^-13	150,073.0 6,519.5
n=7.42808↩ Xⁿ=Ω_BMo projected M_oYⁿ=M_H imaged in {0.42808; 0.57192} ↪	0.88135 0.026684 (6.25656)	0.0142 5.0814	125.3571 Gy 108.4810 Gy	1.3327 0.5186	1.4081x10²⁶ 1.1868x10²⁷ 1.0002x10²⁸ 9.9959x10²⁶ 1.0270x10²⁷ 2.4740x10²⁹	H=0.016 H_o=0.927 H'=H_o/[8-n]=101.48 -0.03612 H_o² -0.018124 H_o² H=0.1514 H_o H'=9.029 -8.54 H_o² -0.0242 H_o²	-0.9327 14.8562 17.2381 0.05483	0.0141 c -1.8819x10^-12 0.94734 c -4.4305x10^-12	0.05536 0.02550 0.08086 0.02840 0.97160 1	0.91914 8.2820x10^-12 5.8816x10^-38 3.7911x10^-12 0 -4.2288x10^-12 -4.2305x10^-39 -2.7268x10^-13	229,959.9 6,531.4
n=7.66028↩ imaged in {0.66028; 0.33972} Λ₁= Minimum DE Peak of Galaxies Λ₁ ↪	0.88453 0.027621 (6.47632)	0.0134 4.9759	129.2757 Gy 112.4000 Gy	1.3201 0.5052	1.4132x10²⁶ 1.2239x10²⁷ 1.0728x10²⁸ 1.0347x10²⁷ 1.0641x10²⁷ 2.5659x10²⁹	H=0.015 H_o=0.875 H'=H_o/[8-n]=170.85 -0.02004 H_o² -0.01704 H_o² H=0.1460 H_o H'=8.7143 -8.07 H_o² -0.0225 H_o²	-0.9348 15.3206 16.6023 0.05681	0.01704 c -1.7346x10^-12 0.9455 c -4.4177x10^-12	0.05536 0.02463 0.07999 0.02842 0.97158 1	0.92001 8.3561x10^-12 5.9129x10^-38 3.8113x10^-12 0 -4.2295x10^-12 Λ₁ Minimum -4.0877x10^-39 -2.6348x10^-13	257,145.6 6534.5
n=11.97186↩ imaged in {0,9719;0.0281} Λ₀ = Maximum DE Asymptote: Λ₀⇒ G_oM_o/R_H² =7.89494x10^-12 ↪	0.92291 0.044702 (10.4814)	0.00596 3.6778	202.0391 Gy 185.1630 Gy	1.1558 0.3505	1.4745x10²⁶ 1.9127x10²⁷ 2.4812x10²⁸ 1.6746x10²⁷ 1.7530x10²⁷ 4.3025x10²⁹	H=0.0064 H_o=0.374 H'=H_o/[12-n] =2065.48 -0.0139 H_o² -6.9771x10^-3 H_o² 0.08706 H_o H'=5.289 -3.01 H_o² -8.3068x10^-3 H_o²	-0.9582 23.9438 9.6851 0.0936	5.9428x10^-3c -5.1615x10^-13 0.9126 c -4.1890x10^-12	0.05536 0.01506 0.07042 0.02867 0,97133 1	0.92958 8.7529x10^-12 Λ_o Maximum 5.9362x10^-38 3.8263x10^-12 0 -4.1171x10^-12 -2.4586x10^-39 -1.5847x10^-13	2,047,643.4 6,592.6
n=118.236=½n₁+1↪ imaged in {0.236;0.764} ↪ k=1 DE Initiation	0.99161 0.333333 (78.1573)	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 H_o H'=H_o/[n-118] =245.93 -1.4306x10^-4 H_o² -7.1532x10^-5 H_o² H=5.6865x10^-3H_o H'=0.4951 -0.0303 H_o² -7.2758x10^-5H_o²	-0.9958 236.472 0 1 k=1 DE Initiation	7.0337x10^-5c -6.6460x10^-16 0.44444 c -1.4237x10^-12	0.05536 0.00142 0.05678 0.03565 0.92235 0.95800	0.94322 8.0281x10^-12 5.0673x10^-38 3.2663x10^-12 0.04200 -1.4224x10^-12 -1.1391x10^-40 -7.3425x10^-15	2.5980x10²⁸ 8,190.7
n=234.472=n₁↪ imaged in {0.472;0.528} Quantum Tunnel n₁ k=0 to k=1 ↪	0.995753 0.498931 (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 H_o H'=H_o/[n-234] =122.97 H_o*=H_o/n₁ =8.008325x10^-21 -3.6379x10^-5 H_o² -1.8189x10^-5 H_o² H=2.1462x10^-3 H_o H'=0.2486 -8.0630x10^-3 H_o² -1.8346x10^-5 H_o²	-0.9979 468.944 -0.4989 1.99574	1.804x10^-5c -8.6291x10^-17 0.25107 c -6.0448x10^-13	0.05536 0.00071 0.05607 0.04526 0.31915 0.36441	0.94393 7.962x10^-12 5.0050x10^-38 3.2261x10^-12 0.63559 -6.0391x10^-13 -3.2311x10^-41 -2.0827x10^-15	M_H= 6.4706x10⁵² 10,408.1
k=2 initiated n=n_ps+1+n₁ n₂=245.813 3rd Instanton from 3rd Inflaton R_E2=n₁n₂R_H	Scalefactor {xn₁n₂} a₂=[n-1-n₁] /[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+n_ps [z+1]² = 1+2(n₁n₂)² /{n²+ 2n(n₁n₂-1-n₁)+(1+n₁)(1+n₁-2n₁n₂)} =1+n₁n₂/n_ps 3.0345x10²⁶	Time t₂ t₂=t-(1+n₁)/ H_o =(n-1-n₁)/H_o t_ps= 3.33x10^-31	Temp T₂⁴ 18.2 [(n-1-n₁+ n₁n₂)² /{[n₁n₂]² (n-1-n₁)³} =2.935x10³⁶	R₂= n₁n₂R_H(n-1-n₁)/ [n-1-n₁+n₁n₂] =λ_ps=10^-22 R_2E=[n-1-n₁]R_H =λ_ps R_2P= [n-1-n₁+n₁n₂]R_2E =[n₁n₂]λ_ps =5.7636x10^-18	H\|_dS= n₁n₂H_o/ {[n-1-n₁][n-1-n₁+n₁n₂]} =f_ps H'=H_o/(n-1-n₁)=f_ps \|\|n_ps+1+n₁ - n₁n₂+ n₁+1\|\| dH/dt\|_dS= -2n₁n₂H_o²( [n-1-n₁+n₁n₂]² -¼n₁²n₂²)/([n-1-n₁] [n-1-n₁+n₁n₂])² =-(3n₁n₂/2n_ps²) H_o² =-2.2068x10¹⁰¹ H_o² dH/dt\|_AdS= -H_o²/(n-1-n₁)² =-f_ps²=-9x10⁶⁰	q_dS=n₁n₂/ 2[n-1-n₁]-1 =n₁n₂/2n_ps-1 q_AdS=2[n-1-n₁]/n₁n₂ =2n_ps/n₁n₂ 4.604x10⁵² 2.172x10^-53	V₁=cn₁²n₂²/ (n-1-n₁+n₁n₂)² A₁=-2cH_on₁²n₂²/ (n-1-n₁+n₁n₂)³ c -2cH_o/n₁n₂ =-1.9547x10^-14	BM-DM Ω_BM=M_oY^N₂/M_H N₂=[n-1-n₁]/n₁n₂ to BM∩DM Ω_DM=Ω_BM.{[1+1/N₂}³-1} ={1+n₁n₂/[n-1-n₁]}³-1 after saturation 0.02803 0.97197 1	DE % Pressure 0 Λ₂= G_oM_o/R₂² -2cH_on₁²n₂²/ [n-1-n₁+n₁n₂]³ =G_oM_o/λ_ps² -2cH_o/n₁n₂ =2.01522x10⁸⁵ Λ₂/R₂=G_oM_o/R₂³ -2H_o²n₁n₂/ [n-1-n₁] [n-1-n₁+n₁n₂]² =G_oM_o/λ_ps³ -2H_of_ps/n₁n₂ =2.01522x10¹⁰⁷ -P₂=Λ₂c²/4πG_oR₂ =1.2990x10¹³³ n≥1+n_ps+n₁ =235.472	HyperMass M_Hyper= m_HY^{[n-1-n₁]/ ^n₁n₂} M_H*=n₁n₂M_H =3.7294x10⁵⁷ m_ps=2.22x10^-20 Y^{[n-1-n₁^]/n₁n₂} =2πn₁n₂R_H/λ_ps =M_H/m_H m_H=6445.775
2nd Mirror Node n=235.472=1+n₁ =[1]+n₁ =[1+n₁]+n_ps 3rd Inflaton double imaged in {n_ps} and {1}	0.995771 0.500000 (117.236) 1.0860x10^-53 (n_ps)	1.7883x10^-5 0.29099 3.0345x10²⁶	3.974 Ty 3.957 Ty t_ps= 3.33x10^-31 s*	0.52839 0.04875 2.935x10³⁶	1.59092x10²⁶ 3.7621x10²⁸ 8.89626x10³⁰ R₁(n)=[n-1]n₁R_H/ [n-1+n₁] =½n₁R_H= 1.873x10²⁸ R_1E=[n-1]R_H =n₁R_H =3.7461x10²⁸ R_1P= [n-1+n₁]R_1E =2n₁R_1E=2n₁²R_H =1.7567x10³¹ λ_ps=10^-22 1.0000x10^-22 5.7636x10^-18	H=1.796x10^-5 H_o H'= - -3.6074x10^-5 H_o² -1.8035x10^-5 H_o² H=2.1325x10^-3 H_o H'=H_o/n₁=0.2475 -7.9967x10^-3 H_o² -1.8189x10^-5 H_o² H=f_ps H'=f_ps =-2.2068x10¹⁰¹ H_o² =-9x10⁶⁰	-0.9979 470.944 -½ 2 4.6042x10⁵² 2.1719x10^-53	1.78830x10^-5c -8.5201x10^-17 0.2500 c -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 7.9620x10^-12 5.0047x10^-38 3.2259x10^-12 0.63487 -6.0005x10^-13 -3.2037x10^-41 -2.0650x10^-15 0 2.01522x10⁸⁵ 2.01522x10¹⁰⁷ 1.2990x10¹³³	- 10,429.5 6,445.775
n=255.5865 =[1]+n₁+20.1145↩ =[1+n₁]+20.1145↪ Λ₂=0 from +/- 1st Λ₂ Root	0.996103 0.520565 (122.058) 3.5355x10^-4 (20.3773)	1.5189x10^-5 0.2636 52.5342	4.313 Ty 4.296 Ty 0.339 Ty	0.51758 0.04680 0.2175	1.5914x10²⁶ 4.0834x10²⁸ 1.0478x10³¹ 1.9501x10²⁸ 4.0675x10²⁸ 1.9892x10³¹ 3.2125x10²⁷ 3.2136x10²⁷ 1.8529x10³²	H=1.5249x10^-5 H_o H'= - -3.0616x10^-5 H_o² - 1.5308x10^-5 H_o² H=1.8832x10^-3 H_o H'=0.2708 H_o/(n₁-20.1145) -6.8194x10^-3 H_o² -1.5429x10^-5 H_o² H=0.0497 H_o H'=2.8855 H_o/[20.1145] -284.909 H_o² -2.4716x10^-3 H_o²	-0.9980 511.173 -0.5395 2.1716 1431.704 6.9798x10^-4	1.5169x10^-5 c -6.6693x10^-17 0.2299 c -5.2952x10^-13 0.9993 c -1.9527x10^-14	0.0553575 0.0006523 0.0560098 0.0472649 0.2210760 0.2764335 0.028034 0.971976 1	0.9439902 7.9573x10^-12 5.0002x10^-38 3.2230x10^-12 0.7235665 -5.2899x10^-13 -2.7126x10^-41 -1.7485x10^-15 0 0 1st Λ₂ Root +/- 0 0	- 10,869.04 6446.86
n=332.593=n₁√2+1 =[1]+n₁+97.121↩ BM∩DM Intersect Ω_BM=constant k=1 =[1+n₁]+97.121↪	0.997002 0.585786 (137.350) 1.6822x10^-3 (96.9576)	8.9860x10^-6 0.1900 23.3711	5.613 Ty 5.596 Ty 1.639 Ty	0.48439 0.04130 0.06682	1.5929x10²⁶ 5.3138x10²⁸ 1.7726x10³¹ 2.1917x10²⁸ 5.2818x10²⁸ 2.9846x10³¹ 1.5491x10²⁸ 1.5517x10²⁸ 8.9584x10³²	H=9.0130x10^-6 H_o H'= - -1.8080x10^-5 H_o² -9.0411x10^-6 H_o² H=1.2492x10^-3 H_o H'=0.4226 H_o/([n₁-97.121] -4.0820x10^-3 H_o² -9.0947x10^-6 H_o² H=0.010279 H_o H'=0.5976 H_o/[97.121] -9.1759 H_o² -1.0602x10^-4 H_o²	-0.9985 665.186 -0.6464 2.82842 296.724 0.00336	8.9860x10^-6c -3.0348x10^-17 0.1716 c -3.4148x10^-13 0.9966 c -1.9449x10^-14	0.0553575 0.0005008 0.0558583 0.0553575 0.2200396 0.2753971 BM∩DM Saturation BM∩DM Intersect Ω_BM=constant k=1 0.02805 0.97195 1	0.9441417 7.9423x10^-12 4.9860x10^-38 3.2139x10^-12 0.7246029 -3.4106x10^-13 -1.5562x10^-41 -1.0031x10^-15 0 -1.8609x10^-14 -1.2013x10^-42 -7.7433x10^-17	- 12,730.0 6,451.0
n=486.7205 =[1]+2n₁ +16.7765↪ n=[1+n₁] +251.2485↪ Λ₂ = Minimum DE	0.997950 0.674431 (158.135) 4.3403x10^-3 (250.158)	4.2041x10^-6 0.1123 14.1625	8.214 Ty 8.197 Ty 4.240 Ty	0.44019 0.03499 0.03280	1.5944x10²⁶ 7.7762x10²⁸ 3.7926x10³¹ 2.5265x10²⁸ 7.7602x10²⁸ 3.7693x10³¹ 3.9967x10²⁸ 4.0141x1028 2.3237x10³³	H=4.2126x10^-6 H_o H'= - -8.4425x10^-6 H_o² -4.2212x10^-6 H_o² H=6.7028x10^-4 H_o H'=3.4596 H_o/[16.7765] -1.9350x10^-3 H_o² -4.2386x10^-6H_o² H=3.9628x10^-3 H_o H'=0.2310 H_o/[251.2485] -1.3737 H_o² -1.5841x10^-5 H_o²	-0.9990 973.441 -0.7586 4.14310 113.700 0.00872	4.2040x10^-6 c -9.7112x10^-18 0.1060 c -1.6581x10^-13 0.9913 c -1.9294x10^-14	0.0553575 0.0003420 0.0556995 0.0553575 0.1250950 0.1804525 0.028088 0.971912 1	0.9443005 7.9274x10^-12 4.9720x10^-38 3.2049x10^-12 0.8195475 -1.6549x10^-13 -6.5503x10^-42 -4.2222x10^-16 0 -1.9168x10^-14 Λ₂ Minimum -4.7959x10^-43 -3.0913x10^-17	- 17,466.4 6,459.3
n=1534.725 =[1]+6n₁+126.893↪ DM Saturation BM k=1 =[1+n₁]+1,299.253↪	0.999349 0.867395 (203.380) 0.022045 (1,270.61)	4.24x10^-7 0.0177 5.6983	25.900 Ty 25.883 Ty 21.926 Ty	0.33010 0.02314 0.00965	1.5966x10²⁶ 2.4520x10²⁹ 3.7656x10³² 3.2493x10²⁸ 2.4504x10²⁹ 4.3328x10³² 2.0300x10²⁹ 2.0758x10²⁹ 1.2234x10³⁴	H=4.2428x10^-7H_o H'= - -8.4912x10^-7 H_o² -4.2456x10^-7 H_o² H=8.6460x10^-5 H_o H'=0.4574 H_o/[126.893] -1.9848x10^-4 H_o² -4.2511x10^-7H_o² H=7.5271x10^-4 H_o H'=0.04467 H_o/[1299.253] -0.05196 H_o² -5.9240x10^-7 H_o²	-0.99967 3,069.45 -0.92356 13.0824 21.1848 0.04508	4.2456x10^-7 c -3.1106x10^-19 0.0176 c -1.1204x10^-14 0.956395 c -1.8283x10^-14	0.0553575 0.0001083 0.0554658 0.0553575 0.0294680 0.0848255 0.028336 0.971664 1	0.9445342 7.9056x10^-12 4.9515x10^-38 3.1916x10^-12 0.9151745 -1.1013x10^-14 -3.3894x10^-43 -2.1847x10^-17 0 -1.8278x10^-14 -9.0040x10^-44 -5.8038x10^-18	- 150,072.9 6,516.1
n=7,161.518 =[1]+30n₁ +126.352↪ Λ₁=0 from -/+ 2nd Λ₁ Root =[1+n₁] +6,925.758↪	0.999860 0.968293 (227.038) 0.107277 (6,183.04)	1.949x10^-8 0.0010058 1.9749	120.858 Ty 120.842 Ty 116.884 Ty	0.22454 0.01490 0.00288	1.5975x10²⁶ 1.1442x10³⁰ 8.1952x10³³ 3.6273x10²⁸ 1.1440x10³⁰ 8.4600x10³³ 9.8785x10²⁹ 1.1066x10³⁰ 7.1674x10³⁴	H=1.9495x10^-8H_o H'= - -3.8996x10^-8 H_o² -1.9498x10^-8 H_o² H=4.4280x10^-6 H_o H'=0.4594 H_o/[126.352] -9.1438x10^-6 H_o² -1.9503x10^-8H_o² H=1.2889x10^-4 H_o H'=8.3803x10^-3 H_o/[6,925.758] -1.9242x10^-3 H_o² -2.0846x10^-8 H_o²	-0.99993 14,323.0 -0.98363 61.0778 3.16083 0.24034	1.9493x10^-8 c -3.0661x10^-21 0.0010 c -1.5316x10^-16 0.7970 c -1.3907x10^-14	0.0553575 0.0000232 0.0553807 0.0553575 0.0056181 0.0609756 0.0553575 0.02970 0.97030 1	0.9446193 7.8967x10^-12 4.9431x10^-38 3.1863x10^-12 0.9390244 0 2nd Λ₁ Root -/+ 0 0 0 -1.3907x10^-14 -1.4078x10^-44 -9.0744x10^-19	- 1.5543x10¹⁰ 6,829.5
n=29,053.485 =[1]+n₁+½n₁n₂ =1+123n₁ +212.476↩ =[1+n₁] +28,818.0↪ k=2 DE Initiation	0.999966 0.991994 (232.595) 0.333332 (19,212.0)	1.18x10^-9 6.4098x10^-5 0.61245	490.310 Ty 490.293 Ty 486.336 Ty	0.15821 0.01037 0.00114	1.59762x10²⁶ 4.64180x10³⁰ 1.34865x10³⁵ 3.71611x10²⁸ 4.64164x10³⁰ 1.35940x10³⁵ 3.06946x10³⁰ 4.60418x10³⁰ 3.98051x10³⁵	1.1145x10^-9 H_o H'= - -2.3694x10^-9 H_o² -1.1847x10^-9 H_o² H=2.7557x10^-7H_o H'=2.6387 H_o/[n₁-212.476] -5.5558x10^-7 H_o² -1.1848x10^-9 H_o² 2.3134x10^-5 H_o H'=0.002014 H_o/[28,818.0] -1.2338x10^-4 H_o² -1.2041x10^-9 H_o²	-0.999983 58,104.97 -0.99596 247.812 0 1 k=2 DE Initiation	1.1846x10^-9c -4.5935x10^-23 6.4096x10^-5c -2.4657x10^-18 0.4444 c -5.7918x10^-15	0.0553575 0.0000057 0.0553632 0.0553575 0.0013512 0.0567087 0.0356547 0.9270302 0.9626849	0.9446368 7.8957x10^-12 4.9422x10^-38 3.1856x10^-12 0.9432913 1.4340x10^-16 3.8578x10^-45 2.4867x10^-19 0.0373151 -5.7918x10^-15 -1.8488x10-45 -1.1917x10^-19	- 5.0594x10²⁹ 8,199.1
n=51,941.9 =[1]+221n₁ +122.588↩ Λ₁= Maximum DE Asymptote: Λ₁⇒ G_oM_o/n₁²R_H² =1.436041x10^-16 =[1+n₁] +51,706.428↪	0.999981 0.995506 (233.418) 0.472884 (27,255.3)	3.7x10^-10 2.01955x10^-5 0.33023	876.577 Ty 876.560 Ty 872.603 Ty	0.13682 0.00896 0.00085	1.59764x10²⁶ 8.30342x10³⁰ 4.31304x10³⁵ 3.72927x10²⁸ 8.29847x10³⁰ 4.32976x10³⁵ 4.35451x10³⁰ 8.26101x10³⁰ 9.03281x10³⁵	H=3.7064x-¹⁰ H_o H'= - -7.4130x10^-10 H_o² -3.7065x10^-10 H_o² H=2.7557x10^-7 H_o H'=0.5188 H_o/[n₁-122.588] -1.7382x10^-7 H_o² -3.7066x10^-10H_o² H=1.0194x10^-5 H_o H'=0.001122 H_o/[51,706.428] -6.6466x10^-6 H_o² -3.7403x10^-10 H_o²	-0.999990 103,883.81 -0.99774 443.046 -0.44265 1.79420	3.7064x10^-10 c -8.0391x10^-24 2.0195x10^-5 c -4.3608x10^-19 0.2779 c -2.8264x10^-15	0.0553575 0.0000032 0.0553607 0.0553575 0.0007531 0.0561106 0.0431628 0.3650112 0.4081740	0.9446393 7.8953x10^-12 4.9418x10^-38 3.1854x10^-12 0.9438894 1.4447x10^-16 Λ₁= Maximum DE 3.8739x10^-45 2.4970x10^-19 0.591826 -2.8264x10^-15 -6.4907x10^-46 -4.1838x10^-20	- 1.2729x10⁵⁰ 9,925.7
n=57,636.03=n₁n₂ =234.472x245.813 =[1]+245n₁ +189.491↩↪ =[1+n₁] +57,400.565↪ Quantum Tunnel n₁n₂ k=1 to k=2	0.999983 0.995948 (233.522) 0.498976 (28,759.1)	~3.0x10^-10 1.642x10^-5 0.29241	972.68 Ty 972.66 Ty 968.70 Ty	0.133305 0.008723 0.000787	1.59765x10²⁶ 9.20837x10³⁰ 5.30743x10³⁵ 3.73092x10²⁸ 9.20837x10³⁰ 5.32884x10³⁵ 4.59477x10³⁰ 9.17075x10³⁰ 1.05497x10³⁶	H=3.0103x10^-10 H_o H'= - -6.0206x10^-10 H_o² -3.0103x10^-10 H_o² H=7.0300x10^-8 H_o H'=1.2903 H_o/[n₁-189.491] =1.262 H_o**=H_o/n₁n₂ =0.001007 -1.4117x10^-7 H_o² -3.0104x10^-10 H_o² H=8.7286x10^-6 H_o H'=0.001011 H_o/[57,400.565] -3.2790x10^-5 H_o² -3.0351x10^-10 H_o²	-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 0.2510 c -2.4585x10^-15	0.0553575 0.0000029 0.0553604 0.0553575 0.0006784 0.0560359 0.0452643 0.3190851 0.3647094	0.9446396 7.8962x10^-12 4.9418x10^-38 3.1854x10^-12 0.9439641 1.4446x10^-16 3.8719x10^-45 2.4957x10^-19 0.6352906 -2.4585x10^-15 -5.3506x10^-46 -3.4489x10^-20	- 1.5138x10⁵⁵ 10,409.0
n=57,637.03 =[1]+n₁n₂ M_H*=n₁M_H =1.5172x10⁵⁵ =[1+n₁] +57,401.565↪	0.999983 0.995948 (233.522) 0.498980 (28,759.3)	~3.0x10^-10 1.642x10^-5 0.29240	972.69 Ty 972.67 Ty 968.71 Ty	0.133305 0.008723 0.000787	1.59765x10²⁶ 9.20853x10³⁰ 5.30761x10³⁵ 3.73092x10²⁸ 9.20837x10³⁰ 5.32893x10³⁵ 4.59481x10³⁰ 9.17091x10³⁰ 1.05501x10³⁶	H=3.0102x10^-10 H_o H'= - -6.0204x10^-10 H_o² -3.0102x10^-10 H_o² H=7.0297x10^-8 H_o H'= - -1.4117x10^-7 H_o² -3.0103x10^-10 H_o² H=8.7283x10^-6 H_o H'=0.001011 H_o/[57,401.565] -3.2789x10^-5 H_o² -3.0350x10^-10 H_o²	-0.999991 115,274.1 -0.99797 491.624 -0.49796 1.99186	3.0101x10^-10 c -5.8838x10^-24 1.6416x10^-5 c -3.1959x10^-19 0.2510 c -2.4584x10^-15	0.0553575 0.0000029 0.0553604 0.0553575 0.0006784 0.0560359 0.0452647 0.3190784 0.3643431	0.9446396 7.8952x10^-12 4.9418x10^-38 3.1854x10^-12 0.9439641 1.4446x10^-16 3.8718x10^-45 2.4957x10^-19 0.6356569 -2.4584x10^-15 -5.3504x10^-46 -3.4487x10^-20	- M_H*=n₁M_H =1.5172x10⁵⁵ ^10,409.1
k=3 initiated n=n_ps+1+n₁+n₁n₂ n₃=257.252 4th Instanton from 4th Inflaton R_E3=n₁n₂n₃R_H	Scalefactor {n₁n₂n₃} a₃= [n-1-n₁-n₁n₂] /[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+n_ps [z+1]² = 1+ 2(n₁n₂n₃)² /{n²+2n[n₁n₂n₃ -1-n₁-n₁n₂]+[1+n₁+n₁n₂][1+n₁+n₁n₂ -2n₁n₂n₃]} =1+n₁n₂n₃/n_ps 4.8671x10x10²⁷	Time t₃ t₃=t- (1+n₁+n₁n₂) /H_o=(n-1-n₁- n₁n₂)/H_o	Temp T₃⁴ 18.2 [n-1-n₁- n₁n₂+ n₁n₂n₃]²/ {[n₁n₂n₃]² (n-1-n₁-n₁n₂)³} =2.935x10³⁶	R₃= n₁n₂n₃R_H( [n-1-n₁-n₁n₂)/ [n-1-n₁-n₁n₂+ n₁n₂n₃] =λ_ps=10^-22 R_3E=[n-1-n₁ -n₁n₂]R_H =λ_ps R_3P=[n-1-n₁- n₁n₂+ n₁n₂n₃]R_3E =[n₁n₂n₃]λ_ps =1.4827x10^-15	H\|_dS= n₁n₂n₃H_o/{[n-1-n₁-n₁n₂] [n-1-n₁-n₁n₂+n₁n₂n₃]}=f_ps H'=H_o/(n-1-n₁-n₁n₂)'=f_ps \|\|n_ps+1+n₁+n₁n₂ - n₁n₂n₃+n₁n₂+n₁+1\|\| dH/dt\|_dS= -2n₁n₂n₃H_o²([n-1-n₁-n₁n₂+n₁n₂n₃]² -¼n₁²n₂²n₃²)/( [n-1-n₁-n₁n₂][n-1 -n₁-n₁n₂+n₁n₂n₃])² =-(3n₁n₂n₃/2n_ps²) H_o² =-5.6771x10¹⁰³H_o² dH/dt\|_AdS= -H_o²/(n-1-n₁-n₁n₂)² =-f_ps²=-9x10⁶⁰	q_dS=n₁n₂n₃/ 2[n-1-n₁-n₁n₂]-1 =n₁n₂n₃/ 2n_ps -1 q_AdS=2[n- -n₁-n₁n₂] /n₁n₂n₃ =2n_ps/ n₁n₂n₃ 1.184x10⁵⁵ 8.443x10^-56	V₁=cn₁²n₂²n₃²/ (n-1-n₁ -n₁n₂+n₁n₂n₃)² A₁= -2cH_on₁²n₂²n₃² /(n-1-n₁-n₁n₂+n₁n₂n₃)³ =-2cH_o/n₁n₂n₃ =-7.5985x10^-17	BM-DM Ω_BM= M_oY^N₃/M_H N₃=[n-1-n₁-n₁n₂]/ n₁n₂n₃ to BM∩DM Ω_DM=Ω_BM.{[1+1/N₃]³-1} {1+n₁n₂n₃/ [n-1-n₁-n₁n₂]}³-1 after saturation 0.02803 0.97197 1	DE % Pressure 0 Λ₃=G_oM_o/R₃² -2cH_on₁²n₂²n₃²/ [n-1-n₁-n₁n₂+n₁n₂n₃]³ =G_oM_o/λ_ps³-2cH_o/n₁n₂n₃ =2.01522x10⁸⁵ Λ₃/R₃=G_oM_o/R₃³ -2H_o²n₁n₂n₃/ [n-1-n₁-n₁n₂] [n-1-n₁-n₁n₂+n₁n₂n₃]² =G_oM_o/λ_ps³ -2H_of_ps/n₁n₂n₃ =2.01522x10¹⁰⁷ -P₃=Λ₃c²/4πG_oR₃ =1.2990x10¹³³ n≥1+n_ps+n₁+n₁n₂ =57,871.738	HyperMass M_Hyper=m_H Y^{{[n-1-n₁-n₁n₂}]/ ^{n₁n₂n₃}} M_H**= n₁n₂n₃M_H =9.5940x10⁵⁹ m_ps= 2.22x10^-20 Y^{{[n-1-n₁-n₁n₂]/} ^{(n₁n₂n₃}}= 2πn₁n₂n₃R_H/λ_ps =M_H/m_H m_H=6445.775
3rd Mirror Node n=1+n₁+n₁n₂ =57,871.509 =[1+n₁]+n₁n₂ =[1+n₁+n₁n₂]+n_ps .... 4th Inflaton triple imaged in {n_ps};{1};{1+n₁}	0.99998272 0.99596468 (233.52583) 0.50000000 (28,818.08) 4.2214x10^-56 (n_ps)	~3.0x10^-10 1.628x10^-5 0.29099 4.8671x10²⁷	976.65 Ty 976.63 Ty 972.68 Ty t_ps= 3.33x10^-31 s*	0.133170 0.008714 0.000785 2.935x10³⁶	1.59765x10²⁶ 9.24599x10³⁰ 5.35089x10³⁵ 3.73098x10²⁸ 9.24583x10³⁰ 5.37229x10³⁵ R₂=n₁n₂R_H(n-1-n₁)/[n-1-n₁+n₁n₂] =½n₁n₂R_H =4.60419x10³⁰ R_2E=[n-1-n₁]R_H =[n₁n₂]R_H =9.20837x10³⁰ R_2P=[n-1-n₁+n₁n₂]R_1E =2n₁n₂R_2E =2[n₁n₂]²R_H =1.06147x10³⁶ 10^-22 1.00000x10^-22 1.48270x10^-15	H=2.9858x10^-10 H_o H'= - -5.9725x10^-10H_o² -2.9859x10^-10 H_o² H=6.9732x10^-8 H_o H'= - -1.4002x10^-7 H_o² -2.9860x10^-10 H_o² H=8.6751x10^-6 H_o H'=H_o/n₁n₂ =1.0070x10^-3 -3.2532x10^-5 H_o² -3.0103x10^-10 H_o² H=f_ps H'=f_ps -5.6771x10¹⁰³H_o² -9x10⁶⁰	-0.999991 115,743.0 -0.99797 493.624 -½ 2 1.184x10⁵⁵ 8.443x10^-56	2.9858x10^-10c -5.8126x10^-24 1.6284x10^-5c -3.1574x10^-19 0.2500 c -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 7.8952x10^-12 4.9418x10^-38 3.1854x10^-12 0.9439669 1.4445x10^-16 3.8718x10^-45 2.4957x10^-19 0.6371706 -2.4434x10^-15 -5.3069x10^-46 -3.4207x10^-20 0 2.01522x10⁸⁵ 2.01522x10¹⁰⁷ 1.2990x10¹³³	- - 10,429.5 6,445.77
n=58,194.1 n=[1+n₁]+n₁n₂ +322.362↩ n=[1+n₁+n₁n₂] +322.362↪ Λ₃=0 from +/- 1st Λ₃ Root	0.99998282 0.99598696 (233.53105) 0.50139436 (28,898.50) 2.1741x10^-5 (322.35526)	2.9x10^-10 1.610x10^-5 0.28908 213.466	982.09 Ty 982.07 Ty 978.12 Ty 5.4402 Ty	0.132984 0.008702 0.000783 0.027150	1.59765x10²⁶ 9.29737x10³⁰ 5.41061x10³⁵ 3.73107x10²⁸ 9.29737x10³⁰ 5.43223x10³⁵ 4.61704x10³⁰ 9.25991x10³⁰ 1.07040x10³⁶ 5.15019x10²⁸ 5.15033x10²⁸ 7.63659x10³⁵	H=2.9528x10^-10 H_o H'= - -5.9057x10^-10H_o² -2.9529x10^-10 H_o² H=6.8961x10^-8 H_o H'= - -1.3848x10^-7 H_o² -2.9529x10^-10 H_o² H=8.6028x10^-6 H_o H'=0.001013 H_o/[n₁n₂-322.362] -3.2183x10^-5 H_o² -2.9769x10^-10 H_o² H=0.00310203 H_o H'=0.180046 H_o/[322.362] -214.0246 H_o² -9.6230x10^-6 H_o²	-0.999991 116,388.2 -0.99799 496.376 -0.50278 2.01119 22,996.488 4.348x10^-5	2.9528x10^-10 c -5.7164x10^-24 1.6104x10^-5 c -3.1054x10^-19 0.2486 c -2.4230x10^-15 0.99996 c -7.5980x10^-17	0.0553575 0.0000029 0.0553604 0.0553575 0.0006718 0.0560293 0.0454757 0.3153031 0.3607788 0.0280303 0.9719697 1	0.9446396 7.8952x10^-12 4.9418x10^-38 3.1854x10^-12 0.9439707 1.4445x10^-16 3.8716x10^-45 2.4956x10^-19 0.6392212 -2.4230x10^-15 -5.2479x10^-46 -3.3827x10^-20 0 1st Λ₃ Root +/- 0 0 0	- - 10,457.6 6,445.84
n=67,972.497 n=[1+n₁]+n₁n₂ +10,100.759↩ n=[1+n₁+n₁n₂] +10,100.759↪ Λ₃ = Minimum DE	0.99998529 0.99656230 (233.66595) 0.54028274 (31,139.88) 6.8078x10^-4 (10,093.88)	2.1x10^-10 1.182x10^-5 0.23933 37.320	1,147.11 Ty 1,147.09 Ty 1,143.14 Ty 170.461 Ty	0.127920 0.008368 0.000725 0.002051	1.59765x10²⁶ 1.08598x10³¹ 7.38179x10³⁵ 3.73322x10²⁸ 1.08596x10³¹ 7.40692x10³⁵ 4.97514x10³⁰ 1.08222x10³¹ 1.35681x10³⁶ 1.61267x10³⁰ 1.61377x10³⁰ 2.39438x10³⁷	H=2.1643x10^-10 H_o H'= - -4.3288x10^-10 H_o² -2.1644x10^-10 H_o² H=5.0576x10^-8 H_o H'= - -1.0150x10^-7 H_o² -2.1644x10^-10 H_o² H=6.7868x10^-6 H_o H'=0.001221 H_o/[n₁n₂-10,100.759] -2.3796x10^-5 H_o² -2.1795x10^-10 H_o² H=9.8935x10^-5 H_o H'=0.005746 H_o/[10,100.759] -0.218090 H_o² -9.8015x10^-9 H_o²	-0.999993 135,945.00 -0.99828 579.784 -0.5746 2.35050 732.957 1.362x10^-3	2.1643x10^-10 c -3.5873x10^-24 1.1818x10^-5 c -1.9521x10^-19 0.2113 c -1.8992x10^-15 0.99864 c -7.5830x10^-17	0.0553575 0.0000024 0.0553599 0.0553575 0.0005749 0.0559324 0.0493442 0.2635322 0.3128764 0.0280392 0.9719608 1	0.9446401 7.8952x10^-12 4.9418x10^-38 3.1854x10^-12 0.9440676 1.4440x10^-16 3.8680x10^-45 2.4932x10^-19 0.6871236 -1.8992x10^-15 -3.8174x10^-46 -2.4606x10^-20 0 -7.5753x10^-17 -4.6973x10^-47 -3.0278x10^-21	- - 11,347.2 6,447.89
n=81,745.461 =n₁n₂√2+1+n₁ =[1+n₁] +√2.n₁n₂ =[1+n₁]+n₁n₂ +23,873.72↩ BM∩DM Intersect Ω_BM=constant k=2 n=[1+n₁+n₁n₂] +23,873.722↪	0.99998777 0.99713985 (233.80138) 0.58578644 (33,762.54) 1.6076x10^-3 (23,835.34)	~1.5x10^-10 8.180x10^-6 0.18921 23.931	1,379.55 Ty 1,379.53 Ty 1,375.57 Ty 402.894 Ty	0.122153 0.007966 0.000665 0.001076	1.59766x10²⁶ 1.30603x10³¹ 1.06763x10³⁶ 3.73539x10²⁸ 1.30601x10³¹ 1.07065x10³⁶ 5.39416x10³⁰ 1.30227x10³¹ 1.81205x10³⁶ 3.80811x10³⁰ 3.81425x10³⁰ 5.66451x10³⁷	H=1.4965x10^-10 H_o H'= - -2.9930x10^-10 H_o² -1.4965x10^-10 H_o² H=3.4988x10^-8 H_o H'= - -7.0178x10^-8 H_o² -1.4965x10^-10 H_o² H=5.0818x10^-6 H_o H'=0.001719 H_o/[n₁n₂-23,873.72] -1.6606x10^-5 H_o² -1.5051x10^-10 H_o² H=4.1820x10^-5 H_o H'=0.002431 H_o/[23,873.722] -0.03906 H_o² -1.7545x10^-9 H_o²	~-1 163,490.9 -0.99857 697.264 -0.64645 2.82843 309.5306 3.220x10^-3	1.4964x10^-10c -2.0624x10^-24 8.1805x10^-6c -1.1242x10^-19 0.1716 c -1.3892x10^-15 0.99679 c -7.5619x10^-17	0.0553575 0.0000020 0.0553595 0.0553575 0.0004777 0.0558352 0.0553575 0.2200391 0.2753966 BM∩DM Intersect BM∩DM Intersect Ω_BM=constant k=2 0.0280517 0.9719483 1	0.9446405 7.8951x10^-12 4.9417x10^-38 3.1853x10^-12 0.9441648 1.4432x10^-16 3.8635x10^-45 2.4903x10^-19 0.7246034 -1.3892x10^-15 -2.5754x10^-46 -1.6600x10^-20 0 -7.5605x10^-17 -1.9854x10^-47 -1.2797x10^-21	- - 12,730.0 6,450.77
n=337,244.12 =[1+n₁+n₁n₂] +279,372.61 =[57,871.51] +279,372.61 n=[1+n₁] +5n₁n₂ +48,827.32↩ DM Saturation BM k=2 n=[1+n₁+n₁n₂] +279,372.61↪	0.99999703 0.99930522 (234.30909) 0.85395411 (49,218.73) 0.01849362 (274,205.8)	~0 4.827x10^-7 0.02156 6.3197	5,691.37 Ty 5,691.35 Ty 5,687.39 Ty 4,714.72 Ty	0.085710 0.005599 0.000386 0.000172	1.59767x10²⁶ 5.38807x10³¹ 1.81710x10³⁷ 3.74350x10²⁸ 5.38805x10³¹ 1.81834x10³⁷ 7.86356x10³⁰ 5.38430x10³¹ 2.12489x10³⁷ 4.38092x10³¹ 4.46346x10³¹ 6.74269x10³⁸	H=8.7925x10^-12 H_o H'= - -1.7585x10^-11 H_o² -8.7925x10^-12 H_o² H=2.0602x10^-9 H_o H'= - -4.1232x10^-9 H_o² -8.7925x10^-12 H_o² H=4.3336x10^-7 H_o H'=0.006589 H_o/[n₁n₂-48,827.32] -1.0095x10^-6 H_o² -8.8048x10^-12 H_o² H=3.5133x10^-6 H_o H'=0.000208 H_o/[279,372.61] -0.0002884 H_o² -1.2812x10^-11 H_o²	-0.999999 674,488.48 -0.999652 2,876.62 -0.914488 11.69433 25.53635 0.037684	8.7924x10^-12 c -2.9373x10^-26 4.8272x10-7 c -1.6115x10^-21 0.02133 c -6.0891x10^-17 0.96335 c -7.1847x10^-17	0.0553575 0.0000005 0.0553580 0.0553575 0.0001155 0.0554730 0.0553575 0.0335366 0.0888941 0.0282853 0.9717147 1	0.9446420 7.8950x10^-12 4.9416x10^-38 3.1852x10^-12 0.9445270 1.4380x10^-16 3.8414x10^-45 2.4761x10^-19 0.9111059 -6.0888x10^-17 -7.7430x10^-48 -4.9910x10^-22 0 -7.1847x10^-17 -1.6400x10^-48 -1.0571x10^-22	- - 107,463.3 6,504.48
n=7,471,394.054 n=[1+n₁] +129n₁n₂ +36,080.302↩ n=[1+n₁+n₁n₂] +7,413,522.54↪ k=3 DE Initiation	~1 0.99996862 (234.46464) 0.99234456 (57,195.03) 0.33333333 (4,942,348.2)	~0 9.8x10^-10 5.8608x10^-5 0.61245	126.088 Py 126.088 Py 126.084 Py 125.111 Py	0.039506 0.002580 0.000165 0.000018	1.59768x10²⁶ 1.19369x10³³ 8.91850x10³⁹ 3.74598x10²⁸ 1.19369x10³³ 8.91878x10³⁹ 9.13791x10³⁰ 1.19365x10³³ 8.98674x10³⁹ 7.89627x10³² 1.18444x10³³ 2.63426x10⁴⁰	H=1.7914x10^-14 H_o H'= - -3.5828x10^-14 H_o² -1.7914x10^-14 H_o² H=4.2002x10^-12 H_o H'= - -8.4007x10^-12 H_o² -1.7914x10^-14 H_o² H=1.0247x10^-9 H_o H'=0.002693 H_o/[n₁n₂-36,080.302] -2.0651x10^-9 H_o² -1.7915x10^-14 H_o² H=8.9926x10^-8 H_o H'=7.8289x10^-6 H_o/[7,413,522.54] -4.7960x10^-7 H_o² -1.8195x10^-14 H_o²	~-1 1.4942x10⁶ -0.9999843 63,729.51 -0.996143 259.252 0 1 k=3 DE Initiation	1.7914x10^-14 c -2.7013x10^-30 9.8481x10^-10 c -1.4850x10^-25 5.8606x10^-5 c -8.7000x10^-21 0.44444 c -2.2514x10^-17	0.0553575 0.0000000 0.0553575 0.0553575 0.0000052 0.0553627 0.0553575 0.0012911 0.0566486 0.0356547 0.9270222 0.9626769	0.9446425 7.8949x10^-12 4.9415x10^-38 3.1852x10^-12 0.9446373 1.4361x10^-16 3.8338x10^-45 2.4712x10^-19 0.9433514 -6.2866x10^-21 -6.8797x10^-52 -4.4345x10^-26 0.0373231 -2.2514x10^-17 -2.8512x10^-50 -1.8378x10^-24	- - 7.9343x10³⁰ 8,199.15
n=11,538,294.3 n=[1+n₁] +200n₁n₂ +10,811.4↪ Λ₂=0 from -/+ 2nd Λ₂ Root -/+ =[1+n₁+n₁n₂] +11,480,422.79↪	~1 0.99997968 (234.46724) 0.99502951 (57,349.79) 0.43639407 (6,470,434.3)	~0 4.1x10^-10 2.4706x10^-5 0.38962	194.721 Py 194.721 Py 194.718 Py 193.745 Py	0.035439 0.002314 0.000148 0.000014	1.59768x10²⁶ 1.84344x10³³ 2.12702x10⁴⁰ 3.74603x10²⁸ 1.84344x10³³ 2.12706x10⁴⁰ 9.16264x10³⁰ 1.84341x10³³ 2.13756x10⁴⁰ 1.03377x10³³ 1.83420x10³³ 4.82532x10⁴⁰	H=7.5113x10^-15 H_o H'= - -1.5023x10^-14 H_o² -7.5113x10^-15 H_o² H=1.7612x10^-12 H_o H'= - -3.5224x10^-12 H_o² -7.5113x10^-15 H_o² H=4.3079x10^-10 H_o H'=0.005368 H_o/[10,811.4] -8.6588x10^-10 H_o² -7.5116x10^-15 H_o² H=4.9093x10^-8 H_o H'=5.0556x10^-6 H_o/[11,480,422.79] -2.0713x10^-7 H_o² -7.5872x10^-15 H_o²	~-1 2.3077x10⁷ -0.999990 98,419.38 -0.997502 400.375 -0.354247 1.548579	7.5113x10^-15 c -7.3341x10^-31 4.1293x10^-10 c -4.0319x10^-26 2.4706x10^-5 c -2.4004x10^-21 0.31765 c -1.3604x10^-17	0.0553575 0.0000000 0.0553575 0.0553575 0.0000034 0.0553609 0.0553575 0.0008337 0.0561912 0.0406855 0.4488717 0.4895572	0.9446425 7.8949x10^-12 4.9415x10^-38 3.1852x10^-12 0.9446391 1.4361x10^-16 3.8336x10^-45 2.4711x10^-19 0.9438088 0 2nd Λ₂ Root -/+ 0 0 0.5104428 -1.3604x10^-17 -1.3160x10^-50 -8.4824x10^-25	- - 4.4257x10⁴⁵ 9,356.04
n=14,827,044.63 =n₁n₂n₃ =234.472x245.813 x257.252 [1+n₁]+257n₁n₂ +14,288.86↩↪ =[1+n₁+n₁n₂] +14,769,172.9↪ Quantum Tunnel k=2 to k=3	~1 0.99998419 (234.46829) 0.99612775 (57,413.08) 0.49902231 (7,399,026.1)	~0 2.5x10^-10 1.4994x10^-5 0.29234	250.223 Py 250.223 Py 250.219 Py 249.246 Py	0.033285 0.002174 0.000139 0.000012	1.59768x10²⁶ 2.36888x10³³ 3.51235x10⁴⁰ 3.74604x10²⁸ 2.36888x10³³ 3.51240x10⁴⁰ 9.17275x10³⁰ 2.36881x10³³ 3.52584x10⁴⁰ 1.18212x10³³ 2.35963x10³³ 6.98363x10⁴⁰	H=4.5487x10^-15 H_o H'= - -9.0975x10^-15 H_o² -4.5487x10^-15 H_o² H=1.0665x10^-12 H_o H'= - -2.1331x10^-12 H_o² -4.5487x10^-15 H_o² H=2.6117x10^-10 H_o H'=0.001339 H_o/[n₁n₂-14,288.86] -5.2436x10^-10 H_o² -4.5489x10^-15 H_o² H=3.3920x10^-8 H_o H'=3.9298x10^-6 H_o/[14,769,172.9] -1.2742x10^-7 H_o² -4.5845x10^-15 H_o²	~-1 2.9654x10⁷ -0.999992 126,471.77 -0.998056 514.496 -0.498041 1.992194	4.5487x10^-15 c -3.4564x10^-31 2.5007x10^-10 c -1.9001x10^-26 1.4994x10^-5 c -1.1350x10^-21 0.25098 c -9.5540x10^-18	0.0553575 0.0000000 0.0553575 0.0553575 0.0000026 0.0553601 0.0553575 0.0006481 0.0560056 0.0452684 0.3190115 0.3642799	0.9446425 7.8949x10^-12 4.9415x10^-38 3.1852x10^-12 0.9446399 1.4361x10^-16 3.8336x10^-45 2.4711x10^-19 0.9439944 1.2601x10^-21 1.3738x10^-52 8.8550x10^-27 0.6357201 -9.5540x10^-18 -8.0821x10^-51 -5.2095x10^-25	- - 4.4257x10⁴⁵ 10,409.91
n=14,827,185.4 =[1+n₁]+n₁n₂n₃ M_H**=n₁n₂M_H =3.7294x10⁵⁷ =[1+n₁+n₁n₂] +14,769,313.7↪	~1 0.99998419 (234.46829) 0.99612781 (57,413.09) 0.49902469 (7,399,061.4)	~0 2.5x10^-10 1.4994x10^-5 0.29234	250.225 Py 250.225 Py 250.221 Py 249.249 Py	0.033285 0.002174 0.000139 0.000012	1.59768x10²⁶ 2.36890x10³³ 3.51242x10⁴⁰ 3.74604x10²⁸ 2.36890x10³³ 3.51247x10⁴⁰ 9.17275x10³⁰ 2.36886x10³³ 3.52596x19⁴⁰ 1.18213x10³³ 2.35966x10³³ 6.98373x10⁴⁰	H=4.5487x10^-15 H_o H'= - -9.0973x10^-15 H_o² -4.5487x10^-15 H_o² H=1.0665x10^-12 H_o H'= - -2.1331x10^-12 H_o² -4.5487x10^-15 H_o² H=2.6116x10^-10 H_o H'= - -5.2435x10^-10 H_o² -4.5488x10^-15 H_o² H=3.3920x10^-8 H_o H'=3.9298x10^-6 H_o/[14,769,313.7] -1.2742x10^-7 H_o² -4.5844x10^-15 H_o²	~-1 2.9655x10⁷ -0.999992 126,472.97 -0.998056 514.501 -0.498046 1.992213	4.5486x10^-15 c -3.4563x10^-31 2.5006x10^-10 c -1.9001x10^-26 1.4994x10^-5 c -1.1349x10^-21 0.25098 c -9.5538x10^-18	0.0553575 0.0000000 0.0553575 0.0553575 0.0000026 0.0553601 0.0553575 0.0006481 0.0560056 0.0452686 0.3168837 0.3621523	0.9446425 7.8949x10^-12 4.9415x10^-38 3.1852x10^-12 0.9446399 1.4361x10^-16 3.8336x10^-45 2.4711x10^-19 0.9439944 1.2602x10^-21 1.3739x10^-52 8.8557x10^-27 0.6378477 -9.5538x10^-18 -8.0819x10^-51 -5.2094x10^-25	- - - M_H**=n₁n₂M_H =3.7294x10⁵⁷ 10,409.96
n=2.10264794x10⁷ ^{n=[1+n₁+n₁n₂] +√2.n₁n₂n₃↩} =[1+n₁+n₁n₂] +n₁n₂n₃ +6,141,563.032↩ BM∩DM Intersect ΩBM=constant k=3	~1 0.99998885 (234.46939) 0.99726637 (57,478.71) 0.58578644 (8,685,481.7)	~0 1.2x10^-10 7.4730x10^-6 0.18921	354.845 Py 354.845 Py 354.841 Py 353.868 Py	0.030502 0.001992 0.000127 0.000010	1.59768x10²⁶ 3.35935x10³³ 7.06353x10⁴⁰ 3.74606x10²⁸ 3.35935x10³³ 7.06361x10⁴⁰ 9.18323x10³⁰ 3.35931x10³³ 7.08273x10⁴⁰ 1.38766x10³³ 3.35010x10³³ 1.19919x10⁴¹	H=2.2619x10^-15 H_o H'= - -4.5237x10^-15 H_o² -2.2619x10^-15 H_o² H=5.3034x10^-13 H_o H'= - -1.0607x10^-12 H_o² -2.2619x10^-15 H_o² H=1.3001x10^-10 H_o H'= - -2.6074x10^-10 H_o² -2.2619x10^-15 H_o² H=1.9754x10^-8 H_o H'=6.6824x10^-6 H_o/[n₁n₂n₃- 6,141,563.032] -6.4551x10^-8 H_o² -2.2744x10^-15 H_o²	~-1 4.2054x10⁷ -0.999994 179,351.74 -0.998629 729.619 -0.646447 2.828427	2.2619x10^-15 c -1.2119x10^-31 1.2435x10^-10 c -6.6627x10^-27 7.4729x10^-6 c -3.9932x10^-22 0.17157 c -5.4001x10^-18	0.0553575 0.0000000 0.0553575 0.0553575 0.0000019 0.0553594 0.0553575 0.0004565 0.0558140 0.0553575 0.2200391 0.2753966	0.9446425 7.8949x10^-12 4.9415x10^-38 3.1852x10^-12 0.9446406 1.4361x10^-16 3.8336x10^-45 2.4710x10^-19 0.9441860 1.9903x10^-21 2.1674x10^-52 1.3970x10^-26 0.7246034 -5.4001x10^-18 -3.8915x10^-51 -2.5084x10^-25	- - - 12,730.0
n=2.0230105x10⁸ =[1+n₁] +3,509n₁n₂ +36,419.7 Λ₂ = Maximum DE Asymptote Λ_2∞ = G_oM_o/ n₁²n^₂2R_H² = 2.3766059x10^-21 (m/s²)* n=[1+n₁+n₁n₂] +13n₁n₂n₃ +9,491,598.0↩	~1 0.99999884 (234.47173) 0.99971518 (57,619.85) 0.93169471 (13,814,279.0)	~0 ~0 8.112x10^-8 4.6765x10^-3	3,414.05 Py 3,414.05 Py 3,414.05 Py 3,413.08 Py	0.017319 0.001131 0.000072 0.000005	1.59768x10²⁶ 3.23211x10³⁴ 6.53860x10⁴² 3.74610x10²⁸ 3.23211x10³⁴ 6.53861x10⁴² 9.20578x10³⁰ 3.23211x10³⁴ 6.54045x10⁴² 2.20707x10³³ 3.23119x10³⁴ 7.01395x10⁴²	H=2.4435x10^-17 H_o H'= - -4.8869x10^-17 H_o² -2.4435x10^-17 H_o² H=5.7292x10^-15 H_o H'= - -1.1458x10^-14 H_o² -2.4435x10^-17 H_o² H=1.4079x10^-12 H_o H'= - -2.8166x10^-12 H_o² -2.4435x10^-17 H_o² H=3.3774x10^-10 H_o H'=1.0878x10^-5 H_o/[n₁n₂n₃- 9,491,598.0] -7.2415x10^-10 H_o² -2.4449x10^-17 H_o²	~-1 4.0469x10⁸ -0.999999 1.7256x10⁶ -0.999858 7,019.91 -0.963344 27.280	2.4435x10^-17 c -1.3608x10^-34 1.3433x10^-12 c -7.4812x10^-30 8.1124x10^-8 c -4.5166x10^-25 4.6656x10^-3 c -2.4215x10^-20	0.0553575 0.0000000 0.0553575 0.0553575 0.0000002 0.0553577 0.0553575 0.0000473 0.0554048 0.0553575 0.0130897 0.0684472	0.9446425 7.8949x10^-12 4.9415x10^-38 3.1852x10^-12 0.9446423 1.4360x10^-16 3.8334x10^-45 2.4709x10^-19 0.9445952 2.3775x10^-21 2.5826x10^-52 1.6647x10^-26 0.9315528 -2.4215x10^-20 -1.0972x10^-53 -7.0720x10^-28	- - - 4.5698x10⁶