premise:
erlang was controling phone switch . phone switch hnadled the audio. erlang was way to slow for directky handle the audio processing. so erlang was designed as the lisp of Uc. 

observation:
erlang beam vm improved the performance so now it is faster than python.
erlang is all about low latency.
erlang bitstring outsmsrt assembly language fror binary mannipulation.
erlang make c-erlang mix vrry easy with nif and c node

hypothesis:
erlang can used for computerised music

research::
there are some performance tips for sending lot of binary data between node.
erlang seam to have performance beenefit with bitsynthax
computer performqnce grew by 1000x since 20 years

cereal project:
generate sound using unix pipe as reacttive desing pattern.
tge possibility to transform array containing sine , square , triangle and other wave form.
and then play it on soeaker

requirement:
mix different pitch and amplitude of waveform
suppor square , triangle and sine wav
create squence 
mix multiple track
create filter

design:
a server that can recieve multiple audio array with schedule entry
when...
for how long...
how many time...
volume?
and can take as much you can give. and it play it on speaker

a library that will generate all waveform possible  with lot of abstract

.