It's also losing 10 million kilograms of mass a second. The universe never ceases to be mind boggling large.
Using a loss of 10 million (or 10^7) kg per second , we can calculate that the planet is losing 10^7 / 10^27 percent of its mass per second:
10^7 / 10^27 = 10^(-20) % = 0.00000 00000 00000 00001 % of its mass per second
If we change the time interval to one year, then we simply multiply the number of seconds in year (32 million, roughly), which moves the leading digit 7 places to the left.
The resulting answer is that the planet is losing 3*10^-13 %, or 0.00000 00000 003 %, of its mass per year =)
This is all proving to us, day after day, that the universe is much more complicated and weird than we could ever conceive let alone comprehend.
Assuming your eyes don't completely fry instantly I have often wondered what the human eye would see being that close to such a bright hot star.
I assume complete whiteness and zero shadows but I honestly have no clue.
I'm not sure I'd describe "being sublimated instantly" as just being "way worse" than having a hard time keeping my eyes open on a bright day but I guess you are technically correct :)
I wish we had the tech to simulate what's happening there in a way we can understand and see.
I was talking more about being "near" the star, haha.