so whats after a trillion and whats after that how high do wee go before infinite?
957782
One trillion has 12 zeros. Here are the names of what comes after that: \n15 - quadrillion \n18 - quintillion  \n21 - sextillion  \n24 - septillion  \n27 - octillion 1000  \n30 - nonillion  \n33 - decillion  \n36 - undecillion  \n39 - duodecillion  \n42 - tredecillion  \n45 - quattuordecillion \n48 - quindecillion  \n51 - sexdecillion  \n54 - septendecillion  \n57 - octodecillion  \n60 - novemdecillion  \n63 - vigintillion  \n66 - undecillion\n \nBut it doesn't stop there. By definition, infinite means never ending.
694295
infinity and beyond . . .DUN DuN dun . . ..
1026086
I cannot comprehend a trillion.  Did you know that you could not count to a billion if you started at birth and lived to be 50?  And a trillion is 1,000 billion.
73551
1,000,000,000,001\n\nBut seriously, I think you want a quadrillion, which equals 1 trillion X 1,000.
207534
infinity $189 per year. thats 15.75 month
187076
To tell you the truth all of the above are correct but the sad part is....it's an infinite 3.14..................................................................................................................  It never ends.
923907
infinity isnt a set number.  nothing.
984791
The biggest number in the world actually doesn't have an end.  It is called "infinity".
1072126
10000\n\nThat's counting 0000, 0001, 0002, all the way to 9999
281372
No.\n\n\nUPDATE:\n\nSome of your here don't understand the concept of infinity. You don't ever reach, approach or ever come near infinity. A googleplex raised to the power of a googleplex is as far away from infinity as is the number 1. There is also an infinity between any two numbers. For instance, there's an infinity between the numbers 1 and 2, and so on and so on.
157677
This question cannnot be answered due to a simple fact that there are infinite amounts of numbers, therefore is no limit to a higher or a lower number.
626923
Infinity(∞) is not a number; it is a cardinality, a size. The concept of infinity answers some important questions, but also raises some interesting questions.\n- Are there other cardinalities that are not numbers?\n- Is there actually anything in the real physical universe that is infinite?\n- Or is infinity just a simplifying abstraction to go along with other simplifying abstrations in math (like infinitesimal points, level planes, straight lines, perfect circles, etc.)?\n- Are all infinite sets the same size or are there different "degrees" of infinity?\n\nBut that is all beside the point. To answer your specific question: since ∞ is not a number, "∞ + 1" is not a meaningful concept.\n\nHowever, infinite sets ARE a meaningful concept, and it is meaningful to ask something very similar to the meaningless "what is ∞ + 1?". Something like this, for example: \n- If you join (union) a set of size 1 with a disjoint set of infinite size, what is the size of the resulting set?\n\nThe answer is, of course, that the resulting set is infinite. \n\nUnfortunately, this correct answer to that meaningful question has led some to say nonsensical things like "∞ + 1 = ∞".
1092236
Infinite when the switch is open.\n\nLittle or zero when the switch is closed.
1109681
Infinity is a concept, not a number.  You can't take a concept and raise it to the power of another concept.  It is meaningless.
1090881
Although our computing tools (such as our brain) are finite, but they can touch infinity through mathematical induction or recursion.\n\nFeeling finit ocuures for a neural network, when the data stored in it is going to overfow the nerons capacity.
815694
One trillionth of one trillionth of one second.
607462
Its infinity of course