A fun read
@Elk I made the mistake of reading a few of the comments in the NYT piece on Chad.
…Stone, Clay, Papyrus, Vinyl, Tape, CD’s, Silicon and now, DNA…
DNA data storage is an emerging field that leverages DNA as a platform for storing information. DNA offers significant advantages as a storage medium, including:
Long-term preservation:
Thousand’s of years as opposed to decades based on today’s current magnetic medium.
Energy and cost efficiency:
Today’s data centers consume approximately 3% of global electricity and emit around 2% of total carbon emissions. It will only increase in the future.
Unmatched data density:
DNA storage offers data density up to 100 million times greater than traditional digital storage. This means that a volume currently holding one megabyte could theoretically store up to 100 terabytes using DNA.
Rock on Roger!
He just has to go dumb and he will be Tommy!
How would Quantum computing affect Audiophile cable design?
[or 'How I learned to live with ChatGPT]
This is a synopsis of a little tête-à-tête I had with it. The full explanation is four pages long. I don’t know how to upload a .pdf, hence the condensed version. I can’t attest to the veracity of any of it, but it is interesting just the same.
While quantum computing may not directly alter audiophile cable design in the short term, the developments in quantum material science, advanced simulations, and optimization algorithms could lead to the creation of cables made from superior materials with reduced resistance, improved shielding, and greater durability. The quantum-inspired approach to designing more efficient, high-performance cables could bring about improvements that would result in better overall signal integrity, clearer sound, and possibly lower production costs.
However, it’s important to note that much of this potential depends on the broader availability of quantum computing and materials science advancements, which are still in their infancy. The audiophile industry would need time to adapt and integrate these technologies into mainstream cable design, but the possibilities for improvement are certainly exciting.
Room temp superconductors might be a good start 
Maybe it’s not just our ears: