(Spoiler warnings possibly, although I haven't solved anything...)
I am stuck there too. I'm almost certain it requires sending an email to a gmail address, but I'm not sure what that address is. I've already tried:
No response:
[email protected] (hexadecimal representation of pi to 11 digits)
[email protected] (hexadecimal representation of pi to 12 digits)
[email protected] (IEEE double precision representation of pi, little endian)
Address not found:
[email protected]
[email protected]
[email protected] (IEEE double precision representation of 3.14159265359, little endian)
[email protected] (hexadecimal representation of 3.14159265359, no rounding)
[email protected] (hexadecimal representation of 3.14159265359, rounding)
[email protected] (ASCII string 3.14159265359 in hexadecimal form)
[email protected] ('p' and 'i' ascii codes to hex)
But I'm starting to think maybe my idea of using the hexadecimal representation of pi is a red herring. I also hope I'm not hitting gmail's spam filters.
I am stuck there too. I'm almost certain it requires sending an email to a gmail address, but I'm not sure what that address is. I've already tried:
No response:
[email protected] (hexadecimal representation of pi to 11 digits)
[email protected] (hexadecimal representation of pi to 12 digits)
[email protected] (IEEE double precision representation of pi, little endian)
Address not found:
[email protected]
[email protected]
[email protected] (IEEE double precision representation of 3.14159265359, little endian)
[email protected] (hexadecimal representation of 3.14159265359, no rounding)
[email protected] (hexadecimal representation of 3.14159265359, rounding)
[email protected] (ASCII string 3.14159265359 in hexadecimal form)
[email protected] ('p' and 'i' ascii codes to hex)
But I'm starting to think maybe my idea of using the hexadecimal representation of pi is a red herring. I also hope I'm not hitting gmail's spam filters.