Lifeboat Foundation

“There are some people whose brains have been broken. To them our past is abominable and our future is one of managed decline. My message is simple. How Dare You!? You will not steal my son’s future with empty words”. Konstantin Kisin started day 2 of the ARC Conference 2023 with a bang. Konstantin Kisin is a Sunday Times bestselling author, satirist, social commentator, and creator and co-host of the free speech podcast TRIGGERnometry. In 2022, he published An Immigrant’s Love Letter to the West. @triggerpod Watch the talks as they are uploaded on our channel. Subscribe to the Channel to keep up-to-date with all the talks from the ARC Conference 2023. https://www.youtube.com/@arc_forum Find out more about the ARC here and subscribe the our newsletter for our latest updates: https://www.arcforum.

Dr. Jordan B. Peterson and Andrew Huberman discuss neurology, the way humans and animals react to specific stimuli, and how this knowledge can be utilized for personal growth.

New type of fibre reversibly changes its shape in response to temperature and can be spun into threads to make entire morphing garments. Potential applications for the technology include compression garments for post-surgical recovery, adaptive architectural interiors and even clothing that “hugs” its wearer on activation.

Each year at its annual meeting, the American Physical Society’s Division of Fluid Dynamics sponsors a contest for the best images in a variety of categories, all related to the flow of fluids.

This year’s Gallery was presented at the Division’s 76th meeting in November in Washington, D.C., with 12 artistic videos and images being selected in four different categories. Here are some of the winners.

Shared with Dropbox.

Shared with Dropbox.

FOR ACADEMIC PURPOSES ONLY.

The hidden pattern by Ben Goertzel.

Shared with Dropbox.

Northwestern University researchers have developed the first physics-based metric to predict whether or not a person might someday suffer an aortic aneurysm, a deadly condition that often causes no symptoms until it ruptures.

In the new study, the researchers forecasted abnormal aortic growth by measuring subtle “fluttering” in a patient’s blood vessel. As blood flows through the aorta, it can cause the vessel wall to flutter, similar to how a banner ripples in the breeze. While stable flow predicts normal, natural growth, unstable flutter is highly predictive of future abnormal growth and potential rupture, the researchers found.

Called the “flutter instability parameter” (FIP), the new metric predicted future aneurysm with 98% accuracy on average three years after the FIP was first measured. To calculate a personalized FIP, patients only need a single 4D flow magnetic resonance imaging (MRI) scan.