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##R, 27 12 bytes

EDIT : New version, from an excellent idea from @Jarko Dubbeldam

LETTERS[T*T]

Quite a funny challenge !

Basically, this takes the 26th element of the reversed vector containing the uppercase letters (LETTERS, which is a R's built-in vector)

Previous versions (same number of bytes) :

L=LETTERS;rev(L)[length(L)]
rev((L=LETTERS))[length(L)]

R, 27 12 bytes

EDIT : New version, from an excellent idea from @Jarko Dubbeldam

LETTERS[T*T]

Quite a funny challenge !

Basically, this takes the 26th element of the reversed vector containing the uppercase letters (LETTERS, which is a R's built-in vector)

Previous versions (same number of bytes) :

L=LETTERS;rev(L)[length(L)]
rev((L=LETTERS))[length(L)]

#R, 27 bytes

rev((L=LETTERS))[length(L)]

Quite a funny challenge !

Basically, this takes the 26th element of the reversed vector containing the uppercase letters (LETTERS, which is a R's built-in vector)

Previous version (same number of bytes) :

L=LETTERS;rev(L)[length(L)]

##R, 27 12 bytes

EDIT : New version, from an excellent idea from @Jarko Dubbeldam

LETTERS[T*T]

Quite a funny challenge !

Basically, this takes the 26th element of the reversed vector containing the uppercase letters (LETTERS, which is a R's built-in vector)

Previous versions (same number of bytes) :

L=LETTERS;rev(L)[length(L)]
rev((L=LETTERS))[length(L)]

#R, 27 bytes

L=LETTERS;rev(L)[length(L)]

Quite a funny challenge !

Basically, this takes the 26th element of the reversed vector containing the uppercase letters (LETTERS, which is a R's built-in vector)

#R, 27 bytes

rev((L=LETTERS))[length(L)]

Quite a funny challenge !

Basically, this takes the 26th element of the reversed vector containing the uppercase letters (LETTERS, which is a R's built-in vector)

Previous version (same number of bytes) :

L=LETTERS;rev(L)[length(L)]