Morse code has some interesting properties that make it an ideal way to communicate when all else fails:
1. It can be transmitted by simple means through many mediums - radio waves (amateur radio, as in the article), light (turning a light on and off), sound (I once used a boat horn to communicate with another boat)... technically I could even tap it on someone's shoulder.
2. It's self-clocking; you don't need a way to synchronize between two operators. One of the amateur radio clubs within range of me, K1USN (https://www.k1usn.com/sst) runs a contest that's limited to 20wpm so that new operators can get used to interpreting Morse on the fly.
3. It's fairly easy to recover after a fault - much easier than, say, ASCII. I might lose a few characters, but much like a smudge on a written page, I can figure out where intelligible letters start again without much difficulty.
1. It can be transmitted by simple means through many mediums - radio waves (amateur radio, as in the article), light (turning a light on and off), sound (I once used a boat horn to communicate with another boat)... technically I could even tap it on someone's shoulder.
2. It's self-clocking; you don't need a way to synchronize between two operators. One of the amateur radio clubs within range of me, K1USN (https://www.k1usn.com/sst) runs a contest that's limited to 20wpm so that new operators can get used to interpreting Morse on the fly.
3. It's fairly easy to recover after a fault - much easier than, say, ASCII. I might lose a few characters, but much like a smudge on a written page, I can figure out where intelligible letters start again without much difficulty.