On Jupiter, temperature is dependent on the planet's interior, not the sun. ... Unlike Earth, whose temperature varies as one moves closer to or farther ... At the top of the atmosphere, temperatures can reach as high as 1,340 F ... miles (778 million km), heat from the star is weak, though it does contribute.

Thank you Salman Zaidan Khalaf,

Still has a small problem. Venus is closer to the Sun than Earth and has a significantly higher temperature (the mass of Venus is 0.815 of Earth). It is to be assumed that the influence of the Sun is at play (larger binary effects).

Now if we increase the mass of the Earth (Venus ..) the results change too. Do you agree?

temperatures can reach as high as 1,340 F ... miles (778 million km), heat from the star is weak.

With the mass and temperature happen interesting things.

Exoplanet...............Maas of Jup..............Temperature K.........Orbit AU................Star

Kepler-70b................0.440 Earth..................7.662..................0.006......................O (sdB)

WASP-33b.................4,59 Jupiter...............~2.900..................0.02558..................A5

WASP-121b...............1.183 Jup....................2.358..................0.02544..................F6V

WASP-87b.................2.18.............................2.322..................0.02946..................F5

B Tauri FU.................15.................................2.375.................700........................M7.25 (M9.25)

WASP-12b.................1.39 ± 0.04..................2.525..................0.02293.................G0

HIP 78530 b..............24................................2.800 ± 200.........710........................B9V

Kepler-13b...............0,485............................1.500...................0.03423.................8.500°K

DH Tauri b................12.................................2.750...................330........................M0.5V

PSR J1719-1438 b.....1.2...............................5.375...................0.00442.................Pulsar

KOI-368.01................2.1..............................3.060...................0.6..........................F6

KOI-55 C...................0,0014.........................6.807...................0.0060....................B4

HAT-P-7b..................1.741................2.730 (+150; -100).........0.0379....................F6

OGLE2-TR-L9............4.34.............................2.154.6................0.0308....................F3

WASP-48 b...............0.98.............................2.030...................0.03444..................5.990°K

UScoCTIO 108 b.......14................................2.350...................670..........................M7

WASP-103 b.............1.49.............................2.508...................0.01985...................F8V

Kepler-10 b..............0,010475.....................2.169...................0.01684...................G

Oph 11 B..................21................................2.478...................243.0.......................M9

WASP-78 b..............1.16.............................2.006.7.................0.0415.....................F8

KELT-7 b..................1.28.............................2.048....................0.04415...................6.789°K

WASP-111 b............1.83.............................2.140....................0.03914...................F5 etc.

At similar distances there are exoplanets with low temperatures.

In the article I want to write I am not just trying to string the data. One should try to set universal criteria through a database other than theory.

Going through the evidence and the "evidence", I discovered that today's theories are just a dead letter on paper.