How Noise Improves Computing (and digitized audio)

  https://www.youtube.com/watch?v=igE3Ct1X9RE   The Surprising Power of Noise: How Ambient Sounds Improve Computing In the world of computing, silence is often prized. Quiet environments are thought to be ideal for concentration and productivity. However, recent research and practical applications are challenging this notion. It turns out that noise, specifically ambient sounds, can have a significant … Read more

Digging Behind, Beneath Chicago’s ARC Music Festival — sudden, massive, powerful, yet corporately ‘unclaimed’ — authentic and organic, or another psyop?

Summary — This thing was developed and is put-on by individuals and groups seemingly unknown and comparatively hidden from the public .. focusing on a class of music revealed as easily, readily and often polluted with MKULTRA mechanisms of mind-control, social-engineering, subliminals perhaps in terms of rhythms and at least in terms of A440 scale … Read more

Do semiconductors inherently digitize the sound?

Abstract What’s interesting to note is the random quantization of the pulse bursts (in a vacuum tube operated in ‘cold cathode’ mode). Does crystalline lattice semiconductor, operating a lower voltage due to direct surface contact and coupling, suffer similar quantization bursts of current flow?  Guitar amplifier legend Howard Dumble spoke of the “crystalline lattice” having … Read more

Regarding why semiconductors inherently sound unpleasant when used at audio frequencies

Here are some possible reasons.  There are differing theories, thoughts; apparently, some people honestly can not hear the difference.  But, some can. The purpose and goal of semiconductors was always primarily cheapness (to make and operate) and also high-frequency operation — sound quality was never a goal or purpose. If but at a microscopic level, … Read more