Each of the alphabets are being converted into the equivalent binary code.
a=1, b=10, c=11, d=100, e=101, f=110, g=111, h=1000, i=1001, j=1010, k=1011, l=1100, m=1101, n=1110, o=1111, p=10000, q=10001, r=10010, s=10011, t=10100, u=10101, v=10110, w=10111, x=11000, y=11001, z=11010.
Some of the popular decoders of a university are called upon and they are presented with the following code
110011101001000100110011100110011110110
101100101100110010011101101001111010111
001010010000101011101011010110010110011
010010001111101011111000101001001101001
011111111010111001001000101110010000100
111010011100111011101100110011100111011
000011001011000110101101100111010010011
111111010111100011010010011001111111110
101100001100101011001111111110101
The only problem with the binary code is that the spaces are missing and there is no punctuation whatsoever. Only a couple of them were able to decipher the cipher and tell what is written.
Can you solve it?
Solution:
"As this is a very difficult puzzle, I thought it would help if I asked a simple question: What is one plus one?"