25 March 2025 AD, Tuesday

The Annunciation

St. Dismas (33 AD); St. Margaret Clitherow (1586 AD)

 

Before I venture into the calculation of boson mixing angles, gravitons, etc., the neutrino oscillation angles have to be done. For comparison, I will use data from the year 2022 and 2024 since the earlier data have not much to show. Important – mixing/oscillation multiplication factors are absolutely necessary to be calculated. Without them the higher elements mixing angles such as bosons, gravitons, etc., cannot be obtained.

Next, the bosons mixing angles(!).  All three of them including the running boson mixing angle (Weinberg angle). And then graviton, space, time and membranes (eight elements altogether). This will give an indirect mathematical ‘proof’ of the ‘other side’, beyond our Universe. Simple formulas for delta charge-parity violating phase angles will be included. And after that the forces (four plus four) and internal forces of all the elements such as quarks, neutrinos, bosons, etc.

Below are the recent results of official measurements of the neutrino oscillation angles.

PDG 2022.

 

Sin² (θ₁₂) = 0.307 ±0.012 Radians equal to θ₁₂ = 33.647⁰

Sin² (θ₂₃) = 0.546 ±0.021 Radians equal to θ₂₃ = 47.639⁰

Sin² (θ₁₃) = 0.02203 ±0.0007 Radians equal to θ₁₃ = 8.530⁰

 

δ, CP violating phase = 1.36π ±0.20 rad = 244.8⁰

 

https://pdg.lbl.gov/2024/download/db2022.pdf

(page 23 of the above pdf file)

 

NuFIT 5.2 (2022)

 

Sin² (θ₁₂) = 0.303 ±0.012 Radians equal to θ₁₂ = 33.41⁰

Sin² (θ₂₃) = 0.572 ±0.021 Radians equal to θ₂₃ = 49.1⁰

Sin² (θ₁₃) = 0.02203 ±0.00057 Radians equal to θ₁₃ = 8.54⁰

 

δ, CP violating phase = 197⁰ +42⁰ -25⁰

 

 

 

NuFIT 6.0 (2024)

 

Sin² (θ₁₂) = 0.307 ±0.012 Radians equal to θ₁₂ = 33.647⁰

Sin² (θ₂₃) = 0.561 ±0.013 Radians equal to θ₂₃ = 48.504⁰

Sin² (θ₁₃) = 0.02195 ±0.00056 Radians equal to θ₁₃ = 8.520⁰

 

δ, CP violating phase = 177⁰ +19⁰ -20⁰

 

Multiplication factors for neutrino with transcendental Fibonacci ‘Golden Ratio’ equal to

FIB = (7/5)(π/e) = 1.61801828971

 

And the multiplication factors for neutrino are:

 

Nθ₁₃ = (1 / (2*FIB^1/3)) = 0.425901198485

Nθ₂₃ = (2*FIB) / 11 = 0.294185143583

Nθ₁₂ = (9*FIB) / 10 = 1.45621646074

 

Calculation of the neutrino oscillation angles:

 

Nθ₁₃ from the main equation:

SUM

  ( A + Bi ) + ( C + Di )

    0.37663358242360920336D+01   -0.13717995368206212792D+01

 MAGNITUDE & THETA IN RADIANS

    0.40083811582913915217D+01   -0.34929217207386531463D+00

 MAGNITUDE & THETA IN DEGREES

    0.40083811582913915217D+01   -0.20012967276789797921D+02

 

(Nθ₁₃ angle from main equation) * (multiplication factor of Nθ₁₃ ) =

= (-20.012967276789797921⁰) * ((1 / (2*FIB^1/3)) = 0.425901198485) =

= -8.52354674852⁰ = -0.148763954709 radians

 

Versus

 

Nθ₁₃ from tables = 8.520⁰ (NuFIT 6.0 (2024))

 

We have ‘relative error’ of the measurement:

ԑ = 0.041611%

 

Nθ₂₃ from the main equation:

 

SUM

  ( A + Bi ) + ( C + Di )

   -0.16321855502797504300D+03   -0.42536936100305410946D+02

 MAGNITUDE & THETA IN RADIANS

    0.16867035198345195113D+03   -0.28866501582687109639D+01

 MAGNITUDE & THETA IN DEGREES

    0.16867035198345195113D+03   -0.16539287099956825955D+03

 

(Nθ₂₃ angle from main equation) * (multiplication factor of Nθ₂₃ ) =

= (-165.39287099956825955⁰) * (Nθ₂₃ = (2*FIB) / 11 = 0.294185143583) =

= -48.6561255026⁰ = -0.849209591284 radians

 

Versus

 

Nθ₂₃ from tables = 48.504⁰ (NuFIT 6.0 (2024))

 

We have ‘relative error’ of the measurement:

ԑ = 0.312654%

 

 

Nθ₁₂ from the main equation:

 

SUM

  ( A + Bi ) + ( C + Di )

    0.11968502425084539542D+01    0.51066268204888298765D+00

 MAGNITUDE & THETA IN RADIANS

    0.13012405149817243277D+01    0.40328613176847122324D+00

 MAGNITUDE & THETA IN DEGREES

    0.13012405149817243277D+01    0.23106593286490191730D+02

 

(Nθ₁₂ angle from main equation) * (multiplication factor of Nθ₁₂ ) =

= (23.106593286490191730⁰) * (Nθ₁₂ = (9*FIB) / 10 = 1.45621646074) =

= 33.6482014954⁰ = 0.587271903469 radians

 

Versus

 

Nθ₁₂ from tables = 33.647⁰ (NuFIT 6.0 (2024))

 

We have ‘relative error’ of the measurement:

ԑ = 0.003571%

 

Nθ₂₃ oscillation angle could be measured better. We have ‘relative error’ of the measurement:

ԑ = 0.312654%

 

And the results are:

 

And the multiplication factors for neutrino are:

Nθ₁₃ Mul Fact = (1 / (2*FIB^1/3)) = 0.425901198485

Nθ₂₃ Mul Fact = (2*FIB) / 11 = 0.294185143583

Nθ₁₂ Mul Fact = (9*FIB) / 10 = 1.45621646074

 

Neutrino oscillation angles:

Nθ₁₃ = -8.523546749⁰

Nθ₂₃ = -48.656125503⁰

Nθ₁₂ = 33.648201495⁰

 

Neutrino raw angles from the main equation:

Nθ₁₃ raw = -20.012967277⁰

Nθ₂₃ raw = -165.392871000⁰

Nθ₁₂ raw = 23.106593287⁰

 

Future measurements should be more precise. It seems that the remaining oscillation angles are measured well.

 

To Most Holy Mary, my Teacher:

The Angelus - Daughters of Mary, Mother of Our Savior

https://www.youtube.com/watch?v=h2UOLpC8BLg&ab_channel=DaughtersofMaryPress