Lifeboat Foundation

The neurons that produce a sick feeling and food aversion are distinct from those that induce a feeling of fullness.

By Mariana Lenharo & Nature magazine

Next-generation anti-obesity drugs such as Wegovy can melt away weight — but they can also cause intolerable nausea. Now scientists have pinpointed a brain pathway that is involved in this common side effect, raising the prospect of effective weight-loss drugs that don’t make people sick¹.

It’s a mild bump from 6GB, but it is still good for consumers, at least.

An interplay of light and shadows cast the docking ports for Gateway, humanity’s first space station around the moon, into sharp relief.

WITH THE IDEA OF CONSCIOUS DIGITAL MINDS on the horizon, it could be that humans are the proverbial frog in a boiling pot of water, and it’s only been a few years since things have started to feel a bit steamy. But as Bostrom argues in his book, this might be a boiling pot we don’t want to jump out of.

“We need to rethink what it means to be human in such a world where AI has taken care of all the practical tasks and we have a kind of a solved world,” Bostrom says. “You might have a much more radical form of automation … where maybe working for money at all becomes completely unnecessary because AI and robots can do everything better than we can do.”

Continue reading “Humans Could Forge a Hybrid Consciousness by Merging With Artificial Life, Oxford Scientists Say” »

Apple supplier TSMC will begin trial production of 2nm chips next week for next year’s debut on iPhone 17 lineup.

Xpeng looks to be following in Tesla’s footsteps for its upcoming vehicle release.

The $5 billion CopperString project will connect Queensland’s northwest to the grid through an 840km power line running from south of Townsville to Mount Isa.

Set to be finished by 2029, CopperString has been described as the region’s “most transformative project since steam locomotives” in the 19th century.

Neutrinos have a quantum mechanical property called “flavor.” This flavor can transform as neutrinos move through space. A major challenge is to keep track of both the physical movement of the neutrinos and their change of flavor in astrophysical systems such as core-collapse supernovae and neutron star mergers. The complicated arrangement and large number of neutrinos in these systems make it nearly impossible to follow all or even a subset of the neutrinos.

You can think of our atmosphere as a big chemistry set, a global churn of gaseous molecules and particles that constantly bounce off and change each other in complicated ways. While the particles are very small, often less than 1% of the thickness of human hair, they have outsized impacts. For example, particles are the seeds of cloud droplets, and the abundance of the particles changes the reflectivity and the amount of clouds, rainfall and climate.