Animal Lane

My favorite electric guitarist these days.

The Sanctified Stage: Derek Trucks and the Spiritual Discipline of Jamming.

Derek Trucks’ 10 Commandments of Jam Are A Must Read.

https://open.substack.com/pub/alanpaul/p/the-sanctified-stage-derek-trucks?r=fls&utm_medium=ios

If you want the overtones, Animal Lane has DSD! It’s a much higher sample rate.

We had the pleasure to discuss digital and analog differences with the legendary @berniegrundmanmastering and we couldn’t agree more! #analog #reeltoreel #digital

Thank you, North Fork Crossing, for recording at Animal Lane and best of luck with your project! Dave Odell engineered, thanks Dave!

Fascinating

This wasn’t built with typical instruments. 10cc’s I’m Not In Love was created from hundreds of vocal loops, layered together until the mixing console itself became a musical instrument. Add in a Moog ‘heartbeat,’ a clean Gibson 335, Rhodes piano, and even a whispered line from the studio secretary — and you get one of the most distinctive records in pop history. Released:1975 Eric Stewart – lead vocals, electric piano (Fender Rhodes) Graham Gouldman – guitar, bass guitar, backing vocals Kevin Godley – Moog synthesizer, backing vocals Lol Creme – piano (acoustic), backing vocals Kathy Redfern – whisperings Writers: Eric Stewart & Graham Gouldman Producer: 10cc Studio: Strawberry Studios, Stockport, Cheshire, England I’m Not In Love - 10cc All credits subject to official verification! #musicproduction #vocals #recording #recordingstudio #70s #70smusic #10cc

Nadine organized a great festival, SnowyGrass Music Festival in Estes Park! Pictured are Pete Wernick and Joan Wernick, Tony Trischka and Bruce Molsky, and The Blue Canyon Boys. These folks and more, played some of the best sets I’ve ever heard.

A not so surprising discovery.

In a surprising breakthrough, scientists have discovered that human cells can actually hear sound and respond to it. Research shows that certain cells detect vibrations and convert them into biological signals, influencing their behaviour and function.

This groundbreaking finding challenges previous assumptions that cells operate independently of auditory cues, revealing a previously unknown layer of communication within the body. Cells exposed to specific sound frequencies demonstrated changes in gene expression, growth patterns, and even signalling pathways, suggesting sound could one day be used to influence health at a cellular level.

The discovery opens exciting possibilities for medicine and biotechnology. Future therapies could harness sound waves to promote healing, improve cellular function, or even target diseases with unprecedented precision. Scientists are now exploring how different types of sound affect various cell types and how this knowledge could lead to non-invasive treatments.

Understanding that our cells can “hear” may revolutionise the way we approach health and disease, offering innovative tools for therapies and preventive medicine. The human body may be more attuned to its environment than we ever imagined.