“You can actually estimate the movement of the eyes and the position of the target that the eyes are going to look at just from recordings made with a microphone in the ear canal.”

---

Duke University researchers have discovered that when the eyes move, the ears generate a tiny almost imperceptible murmur and the other way around. Now, they are close to uncovering what they say.

A recent Tesla Cybertruck sighting has teased a couple of cool features that have remained generally hidden until recently.

Information Philosopher is dedicated to the new Information Philosophy, with explanations for Freedom, Values, and Knowledge.

https://aperture.gg/information.
Visit https://www.acorns.com/Aperture to get a $10 bonus when you sign up to grow your oak!
T&C’s apply. Merch: https://aperture.gg/merch.

The modern age of information is possible thanks to the work of a single person, one who changed the way we viewed the world; most people have no idea.

To Claude Shannon, thank you.

Stay connected with Aperture:
Website: https://aperture.gg/
Instagram: https://www.instagram.com/theapertureyt/
Twitter: https://twitter.com/TheApertureYT

Investing involves risk including the loss of principal. Services offered by Acorns Advisers, LLC (“Acorns”), an SEC-registered investment advisor. Brokerage services are provided to clients of Acorns by Acorns Securities, LLC, an SEC-registered broker-dealer and member FINRA/SIPC. Please consider your objectives, risk tolerance, and Acorns’ fees before investing.
https://www.finra.org/#/
https://www.sipc.org/

Tip My Bitcoin Address: 3PiJLqUaXT6T7FsuRY5Jdv72ZUYxgRVPrf

In their jiggles and shakes, red giant stars encode a record of the magnetic fields near their cores.

Reading the book ‘Society of Mind’ by Marvin Minsky #artificialintelligence #machinelearning #cognitivescience

A rancher in Converse County discovered at least seven fossilized gar fish believed to be between 50 — 55 million years old. After hundreds of hours of work, the specimens are on display at the Tate Museum in Casper.

A team of chemists at McGill University, working with a colleague from Charité-Universitätsmedizin, in Germany, has uncovered part of the process used by mussels to bind to rocks and to quickly release from them when conditions warrant.

In their project, reported in the journal Science, the group studied the interface between mussel tissue and the bundle of filaments that mussels use to anchor themselves to rocks and other objects. Guoqing Pan and Bin Li, with Jiangsu University and Soochow University, both in China, have published a Perspective article in the same journal issue outlining the work done by the team on this new effort.

Mussels are bivalve mollusks that live in both fresh and saltwater environments. They have hinged shells that are joined by a ligament. Muscles ensure a tight seal when the shell is closed. Mussels use byssus threads (known commonly as a beard) to attach themselves to solid objects such as rocks.