Because I had to make a blog for it

The feat[]

Infinite literally creates a sun out of nowhere

The calculation (Done by the dA user)[]

Well, someone in deviantart did it already, so I am reposting it.

The sun is above the pillar btw

The Rookie compared to the tower

Avatar = 90 pixels, 1 meter or 3.28 feet (the Avatar of Sonic Forces, regardless of race or gender, appears to be around the same height as Sonic, who's officially 100 cm tall)

Tower Tip Base = 1264 pixels, 14.04444444444444 meters or 46.077 feet

Tower scaling

Tower Tip Base = 76 pixels, 14.04444444444444 meters or 46.07757 feet

Platform Diameter = 224 pixels, 41.39415204678361 meters or 135.807 feet

Sun vs the tower in size

Platform = 28 pixels, 41.39415204678361 meters or 135.807 feet (the really tiny red line on the bottom)

Sun Diameter = 775 pixels, 1145.730994152046 meters or 3758.95995 feet

Now THAT'S pretty effing big, even though it's nowhere as big as a real life Sun. Dividing this value by two, we get a radius of 572.865497076023 meters, or 1879.47998 feet. Sphere volume is calculated by: 4 times pi times radius cubed (r^3) divided by 3 (4*pi*r^3/3), with r being the radius we got. So...

Sun Volume = 787,492,828.5280205900642389 m^3.

Assuming this sphere to have the same density as our real Sun, which is 1410 kilograms per cubic meter, than its mass should be calculated as 1,110,364,888,224.509 kg

The results:

• Diameter = 1145.730994152046 meters
• Radius = 572.865497076023 meters
• Volume = 787,492,828.528 m^3
• Density = 1410 kg/m^3 (via comparing it to the real sun)
• Mass = 1,110,364,888,224.509 kilograms (at least 1.11 billion metric tons)
• Surface Gravity = 0.000022980294377594609 g
• Surface Temperature = 9,940.73 degrees Fahrenheit (5,504.85 degrees Celsius)
• Core Temperature = 27,000,000 degrees Fahrenheit (15,000,000 degrees Celsius)
• Potential Energy= 484.90 kilotons of TNT
• Kinetic Energy of Fall = 484.88 kilotons of TNT
• Kinetic Energy of Impact (highballed) = 15.36 megatons of TNT
• GBE (gravitational binding energy) = 20.59 tons of TNT
• Mass-Energy Equivalence = 23.85 exatons of TNT

Rest of the calculation/Radiation energy (Done by me)[]

I had to get the Radiation energy of the thing, so using a volume of a sphere, I got 4123967.1400048 meters2

And using this:

-Emissivity: 0.92

Actually I had to use the temperature outside the core, so it is instead: 

-Temperature: 5,504.85 Celsius.

That gave: 2.3976578730712E+14 watts, assuming one second, it is 57.305 kilotons. 

Thermal radiation[]

Surface area = 4πr^2 4 x pi x 572.865497076023^2

Surface area of Infinite's sun = 4123967.14 meters

q = sigma*T^4 A (5.6703 x 10^-8) x (15000000)^4 x (4123967.14) = 1.1838216254933138e28 joules, 2.829 exatons