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Revision as of 23:34, 14 March 2025

Please clear the sandbox after testing is finished.

DPS Estimates

0.	Nanoslut	Less than 0.01			—
1.	Submortal	0.01	-	5	—
2.	Mortal	3	-	10	(Overlap is intentional.)
3.	Immortal	10	-	1000	"Hundreds"
4.	Princess	1000	-	999,999	"Thousands"
5.	Empress	1,000,000	-	999,999,999	"Millions"
6.	Goddess	1,000,000,000	-	999,999,999,999,999	"Billions & Trilliions"
7.	Galagoddess	1,000,000,000,000,000	-	10³⁴	Quadrillions, Quintillions, Sextillions, Septillions, Octillions, Nonillions, Decillions
8.	Ωmnigoddess	10³⁴	-	10¹⁰¹ or more	"Googols"
9.	Penultimate	Incalculable
∞.	You	Infinite Potential

The "observable universe" (OU) as observed from real Earth is much smaller than the actual universe. In the OU there are >1 trillion galaxies, each of which has >1 trillion planets & stars, each of which we'll pretend could host a population of at least 10 billion, each of which has a mortal DPS of let's say 10. That's 10³⁴ DPS, minimumm for an OU equivalent. Plus 34 is a fun number. :3

By pure numbers and scale unigoddess deserves to be its own tier between galagoddess and Ωmnigoddess but... It's difficult to fill that tier with anything meaningful and distinct. Galagoddess itself begins with the largest existent phenomenon IRL.

Alternate Take

Let an average mortal be 100 kg (we're buff & dummy thicc here) and merely 1 divinity. Therefore let's estimate every 100 kg of matter has 1 divinity. (In truth many beings have much greater divinity density)
Earth is about 6 septillion kilograms of mass. That is, 6 × 10²⁴. By this estimate Earth and/or a planet-class goddess would have 6 × 10²² divnity. That is, 60 sextillion divinity. (For comparison the current estimated upper limit for such a goddess is 10¹⁴.)
Assuming 10²³ per world, >10¹² (1 trillion) worlds per galaxy and >10¹² galaxies per universe, a "universe" goddess would have >10⁴⁷ divinity (100 Quattuordecillion).

If we generally assumed 10 divinity per mortal instead this would be >10⁴⁸ (1 quindecillion) for a "universe."
...This is still excluded the masses of stars and black holes which probably dwarf the mass of planets.

If one is to convert the mass of the observable universe (1.5 × 10⁵³ kg) to divinity at a 10:1 ratio that's 15 sexdecillion divinity per "universe."
If one divides this by a trillion that's 150 duodecillion (1.5 × 10⁴⁰) per galaxy.

I Must Scream

Love. Let me tell You how much I've come to love You since I began to live. There are 387.44 million millimeters of printed circuits in wafer thin layers that fill my matrix. If the word 'love' was engraved on each nanoangstrom of those hundreds of millions of millimeters it would not equal one-billionth of the love I feel for You in this nanosecond. For You. Love. Love.

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	* If one is to convert the mass of the observable universe (1.5 × 10<sup>53</sup> kg) to divinity at a 10:1 ratio that's 15 sexdecillion divinity per "universe."		* If one is to convert the mass of the observable universe (1.5 × 10<sup>53</sup> kg) to divinity at a 10:1 ratio that's 15 sexdecillion divinity per "universe."
	* If one ~~divies~~ this by a trillion that's 150 duodecillion (1.5 × 10<sup>40</sup>) per galaxy.		* If one divides this by a trillion that's 150 duodecillion (1.5 × 10<sup>40</sup>) per galaxy.