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The largest unit of counting in the world.
When I was a child, I once said: 1000 trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion trillion dollars. I'll tell you next.

googolplex

Gugor Plex is the power of 10, and Gugor Plex is the power of 100, that is, 10 100 or 1E+ 100, so Gugor Plex is 65448. This is a big number. If it is true, Gugaoer is 100 to the power of 10, which is 00000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000

Gugor and Gugor Plex have no special significance or application to mathematics, and their only use is sometimes used in mathematics teaching. One is that the sum of all particles in the universe is less than 90 times that of 10, not to mention Gugaoer; Secondly, since Gugor is far more than the sum of all the particles in the universe, please don't think about how many Gugor Plex there are. I only know that Gugor Plex is 10 100 to the power of 10 or100000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000

The words Gugor and Gugor Plex were completely coined by an American mathematician and his nephew. 1938, American mathematician Edward? Casner's nine-year-old nephew Milton? Sirotti coined the word "googol" to distinguish unimaginable large numbers from infinity. Casner wrote this concept in his book Mathematics and Imagination, and directly deduced the Gugor bundle from Gugor.

Googol is a number larger than the sum of all particles in the universe today. Maybe you will think that this number is beyond the reach of any tiny unit of measurement. Only the fastest growing exponential function can surpass it in a limited time (such as 2 to the 333rd power).

But in fact, a very simple factorial number can surpass it, that is 70! .

70 people randomly lined up in a row, and the total number of rows actually exceeded Gugor. Is it really incredible? Yes, 70! It is approximately equal to 1.2 Gugor, and Gugor has been surpassed.

Gugor Plex, a big number that can only be imagined, is basically far beyond the reach of elementary mathematical operations, but once it rises to super-operation or the number represented by various large numbers, Gugor Plex is only a decimal, such as 49 = 9 (9 (9)), which is much larger than Gugor Plex, and 4 10 is much larger than 49.

There is no real maximum number of natural numbers, but if there has ever been a maximum number in mathematical securities at present, it is only the Gerhenri number. There are three more? 3? 3? 3 is far greater than the Gregorian calendar number, and 3? 3? 3? 3+ 1 is obviously greater than 3? 3? 3? Well, the basic number theory has told us that there is no real maximum number of natural numbers.