Can I teach my brain to understand binary? The question is if I could teach my brain to understand binary codes (for example, ASCII) just like I teach it to understand English, French or any other language.

That includes:


not to translate it each time I read some binaries, like 01100001 01100010 automatically reads 'ab'.
understand both written, pronounced and somehow sound-coded form (like Morse)
write and say it naturally


The idea is not to teach computer speak to people, but to teach people speak to a computer in his language. In general, human brain can be taught anything. It is a programmable computer. However, you can only program it very slow. If you can teach your subconscious to multiply numbers, why can't you teach it to encode MD5? Or decoding HTTPS data given a key? Even bruteforce? 

So the question is if there are any researches on the topic, or the people who tried such learning? Are there any techniques? Also, what if we teach a 2-year old child this language, will it be natural for him just like the English is natural for English-grown child?

P.S. Some upgrade of this idea is to place some radiowaves-to-soundwaves direct converters and "listen" to the radiosignals around you. Somehow "spy" on neighbours Wi-Fi.

P.P.S. I've asked this questions on datascience stackexchange, and the community suggested moving it here. However, it is also moved to lifehacks, where I received a few answers: https://lifehacks.stackexchange.com/questions/7575/can-i-teach-my-brain-to-undersrand-binary/
Quite a bit of foundational research on skill acquisition is on how people learn to send and receive morse code. I'm no expert at morse code but it seems like it shares quite a bit with binary.
For example, here is a graph of letters per minute that an operator could receive as a function of weeks of practice (Bryan &amp; Harter, 1897).
A general principle is that gradually people move from identifying letters to seeing larger patterns like words and phrases.

Reading is a little different to receiving information aurally. But I imagine some similar principles would apply. If anything, I imagine that ability to recognise patterns visually would make the task of reading binary easier. That said, binary does seem far from optimal as a system for encoding letters in terms of efficient visual processing.
Bryan, W. L., &amp; Harter, N. (1899). Studies on the telegraphic language: The acquisition of a hierarchy of habits. Psychological Review, 6(4), 345.