Sound of Alpha Centauri , Sirius , Sun by Light Years Power Harmonics ( Local Star Group Binaural)

This is the Power Harmonics sound of Light Years distance between each star in the Triangle of the Local Group Alpha Centuri system , Sirius system and Our Solar system as pure sine waves. The power harmonics uses 6 as the limit in this session. The distance from our Sun to Sirius is approximately 8.6 Light years. From the formula in physics f = 1/T, frequency = 1/(Time period) and remembering to convert all units to seconds, kilograms and metres for equations to work: frequency = 1/(8.6 years*365.256 days * 24 hours * 60 minutes * 60 seconds) = 0.000000003684600846Hz In music a note played an octave higher is still called the same note and an octave higher is double the frequency so we can double this frequency again and again to have a frequency in Audible range Doubling 33 times: (2^33)*0.000000003684600846Hz = 31.65048027Hz This is used as the lowest audio frequency and double = 63.30096054Hz is sounded also but at half the amplitude in agreement with the Law of Equilibrium of Power of a wave. And double again = 126.6019211Hz with (1/4) the amplitude. Double again = 253.2038421Hz with (1/8) amplitude. We continue stacking these frequencies to ultrasonic range. When we talk about using Power Harmonics we perform the same process just mentioned but stacking multiples of 3. =(3^21)/(8.6light years*365.256 days*24 hrs*60mins*60secs) =38.542Hz 3*38.542Hz = 115.627Hz 3*3*38.542Hz = 346.880Hz And we multiply by 3 again and again to ultrasonic range. We do the same procedure with 5 , missing out 4 because 2 was already used. And finally we stack with multiples of 6 in the same way with 6 being the Limit. The distance from our Sun to Alpha Centuri system which is also called the Rigel Kentaurus system of 3 close orbiting stars = 4.37 Light years. In the same way we can find the lowest audible frequency = (2^33)/(4.37 years*365.256 days * 24 hours * 60 minutes * 60 seconds) = 62.287Hz and stack octaves to ultrasonic range. As we did before, we stack mutiples of 3, missing out 4, and stack multiples of 5 and finally 6 for Power harmonic frequencies. The ratio of Sun to Sirius distance with Sun to Alpha Centuri distance = 8.6/4.37 = 1.968 which is very close to an octave To find the distance between Alpha Centuri and Sirius we can use the data of Angular Horizontal and elevation coordinates and derive formulas in Spherical geometry to give us the distance. For any given star, let: α (alpha) = Right Ascension (0 to 360 degrees) = Celestial longitude δ (delta) = Declination (0 to ±90 degrees) = Celestial latitude R = Distance in light years Given the spherical (α,δ,R) coordinates of a star, the corresponding rectangular (X,Y,Z) coordinates may be computed from: x = R*cos(α)*cos(δ) Y = R*sin(α)*cos(δ) Z = R*sin(δ) For the first star: x1 = R1*cos(α1)*cos(δ1) Y1 = R1*sin(α1)*cos(δ1) Z1 = R1*sin(δ1) For the second star: x2 = R2*cos(α2)*cos(δ2) Y2 = R2*sin(α2)*cos(δ2) Z2 = R2*sin(δ2) We now take the differences between the computed (XYZ) coordinates: dx = x2 - x1 dy = y2 - y1 dz = z2 - z1 Finally, the distance between the two stars in 3D XYZ-space may be computed from Pythagoras's theorem for right angled triangles: d^2 = (dx)^2 + (dy)^2 + (dz)^2 ^2 means multiply by itself 2 times so d^2 means d squared same as d*d so d = square root of [(dx)^2 + (dy)^2 + (dz)^2] This is how the distance between Sirius and Alpha Centuri was computed which has a result of =9.536 Light years in full agreement with Astronomy programs such as 'Celestia' So in the same way a frequency is found by f = 1/T f = 1/(9.536 years * 365.256 days * 24 hours * 60 minutes * 60 seconds) = 0.0000000033229412Hz And doubled up many times to audio range like before. = (2^33)*0.0000000033229412Hz = 28.5438Hz And likewise using 3 as the Power Harmonic multiplier stacked to infinity, missing out 4 because 2 was used, then using multiples of 5 and finally 6. Each of the 3 component light years sounds are made to rotate in the stereo field over a long time. The Sun to Sirius distance frequency rotates every 3 minutes 20 seconds which is 1 day divided by 432. The sun to Alpha centuri distance frequency rotates ( 3 minutes 20 seconds) times 2 divided by the golden ratio 1.61803399. The Alpha Centuri to Sirius distance frequency rotates ( 3 minutes 20 seconds) times 4 divided by the golden ratio squared. The higher power harmonics are made to rotate at the same ratio multiplied by factors of the Squareroot of 3 divided by 2 = squareroot(3) /2 There is a margin of Error in the Distances so the frequencies oscillate up and down very slightly sinusoidally with the same stereo rotation frequencies. The sound session provided is not meant to replace or substitute the recommendations or advice of your physician or health care provider. This video should not be used for diagnosing or treating a health problem or disease. If you believe you have a medical condition or problem contact your health care provider.

Видео Sound of Alpha Centauri , Sirius , Sun by Light Years Power Harmonics ( Local Star Group Binaural) автора Экологическая релаксация через природный звук