#5**0 **

I found one online that could:

https://keisan.casio.com/calculator

Apparently the answer is:

8.6958018964024964732812048202007848333...

24320437414562347129566458022240706625...

71418868460852622188800945E+99424

or ...

8.69762E+99424

I also found this:

The Golden Exponent? Any idea what this mysterious symbolism means?

https://www.deviantart.com/kthaven/art/The-Golden-Exponent-774399203?ga_submit_new=10%3A1543364489

Guest Nov 27, 2018

edited by
Guest
Nov 28, 2018

#6**0 **

NO! That is NOT the answer. No calculator can calculate it!! According to WolframAlpha, this is its representation as a power of 10s:

10^(10^(10^(10^(10^(10^5.842593328962333))))). However, they do give the last few digits as

.........1565172343.

Guest Nov 28, 2018

#8**0 **

And this online high precision calculator website:

https://keisan.casio.com/calculator

did calculate it.

Guest Nov 28, 2018

#9**0 **

Yes, they do give an answer, but it is totally wrong!!. The powers of 10 given by Wolfram are equivalent to the tower of 7s. You start from the right to the left like this: 7^7^7^7^7^823,543 =7^7^7^7^(3.75982352 E+695974). The power of the 4th 7 is more than 695,974-digit long!! And so on......etc.

Guest Nov 28, 2018