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A NEW UNIVERSAL LAW
THE OBSERVATION
IN A COMPLEX SYSTEM
ROTATIONAL WARMING
SURFACE Cp WARMING
PLANET N*Cp PRODUCT
Earth Moon temp comp
Planet Tmean Theory
Tmin↑↑→T↑mean← T↓max
Jemit/Jabsorb ratio
(βNcp)¹∕ ⁴comparison
Δ33°C does not exist
Planet sun reflect
Φ factor explanation
Effective Te Correct
Te=[Φ(1-a)S /4σ]¹∕ ⁴
Φ observed numbers
Mars' Te coincidence
The Reversed Cycle
Milankovitch Reverse
Blackbody properties
A Real Planet's Case
SW absorbed =111W/m²
Te is not = Tmean
3,5 billion year ago
mild Global Warming
Earth effective 210K
Earth's Tmean 288 K
Moon effective 224 K
Moon's Tmean 220 K
Mars effective 174 K
Mars' Tmean 210 K
Mercury effect 364 K
Mercury Tmean 340 K
Pluto's Tmean 44 K
Charon's Tmean 53 K
Mars Phobos Deimos T
Ceres' Tmean 237,4 K
Io's Tmean 110 K
Europa's Tmean 102 K
Ganymede Tmean 110 K
Calisto Tmean 134 K
Enceladus Tmean 75 K
Tethys' Tmean 86 K
Rhea's Tmean 54,9 K
Titan's Tmean 93,7 K
Triton's Tmean 38 K
Eureka's Tmean temp
Jupiter Tmean 165 K
Saturn's Tmean 134 K
Uranus' Tmean 76 K
Neptune's Tmean 72 K
Earth/Mars 288K/210K
Earth/Europa 288/102
Mars /Moon 210K/220K
Mercury/Moon 340/220
Mercury/Mars 340/210
CalistoSaturn134/134
NO violation 1st law
Io/Enceladus110K/75K
Calisto/Io 134K/110K
JupiterSaturn165/134
A short summary
All Planets Temperat
Venus' Tmean 735 K
Ice's warming effect
Only negat feedbacks
Equilibrium Temperat
Let's talk Planet Tm
Old Climate Science
+0,0225 °C temp rise
THE CONCLUSION
The first step
In progress
CO₂ % is very small
Very thin atmosphere
Environment temperat
Sea-breeze RADIATIV
Air wrong temperatur
Φ = 0,47 and Fresnel
Tsat vs Te with Φ
Slow spring warming
Blackbody assumption
Air is to breathe
Earth's Effective Te
Earth's mean T =288K
Moon's mean T =220 K
Mars' Effective Te
Mars' mean T = 210 K
Mercury Effective Te
Moon's Effective Te
Mercury mean T =340K
T mean EQUATION
MATTER vs ENERGY σΤ⁴
ROTATIONAL WARMING
SOLAR ENERGY BUDGET
SPIN DOES THE JOB
AN IMPORTANT THEOREM
ANSWERS TO OPPONENTS

The Planet Surface Rotational Warming Phenomenon

The Planet Mean Surface Temperature Equation Tmean = [ Φ (1-a) S (β*N*cp)¹∕ ⁴ /4σ ]¹∕ ⁴

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