Lifeboat Foundation

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We’ll soon be capable of building self-replicating robots. This will not only change humanity’s future but reshape the galaxy as we know it.

Continue reading “Self-Replicating Robots and Galactic Domination” »

From AI to AGI — witness the evolution. This video unpacks the intricate differences between AI and Artificial General Intelligence, shedding light on their roles in the Fourth Industrial Revolution. Explore the fascinating journey from specialized AI systems to the broad adaptability of AGI. Plus, catch a glimpse of what the future holds as we discuss the synergy between AI and AGI in modern tech.

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Continue reading “AI vs. AGI: The Great Intelligence Divide Explained” »

The density of neurons in the brain is governed by a fundamental mathematical function, new research finds.

The discovery, which holds true across a variety of mammals, could help researchers make better computer models of the brain in the future.

Year 2022 femtosecond logic gates for computers once thought to be almost a myth only for 2099 dreams is now real.

Light-field control of real and virtual charge carriers in a gold–graphene–gold heterostructure is demonstrated, and used to create a logic gate for application in lightwave electronics.

Year 2015 Once again nature shows intelligent design so advanced that it can leave us in awe. I personally never thought that an infinite logic gate was possible due to the nature of the speed of it or that it would create a gravity well or something weird but here it is an infinite logic gate 😗😁😘.

Scientific Reports — An organic jelly made fractal logic gate with an infinite truth table. Sci. Rep. 5, 11265; doi: 10.1038/srep11265 (2015).

A research team headed by Professor Jacob Hanna at the Weizmann Institute of Science has created complete models of human embryos from stem cells cultured in the lab – and managed to grow them outside the uterus up to day 14. As reported today in Nature, these synthetic embryo models had all the structures and compartments characteristic of this stage, including the placenta, yolk sac, chorionic sac and other external tissues that ensure the models’ dynamic and adequate growth.

Longevity. Technology: Cellular aggregates derived from human stem cells in previous studies could not be considered genuinely accurate human embryo models, because they lacked nearly all the defining hallmarks of a post-implantation embryo. In particular, they failed to contain several cell types that are essential to the embryo’s development, such as those that form the placenta and the chorionic sac. In addition, they did not have the structural organization characteristic of the embryo and revealed no dynamic ability to progress to the next developmental stage.

Given their authentic complexity, the human embryo models obtained by Hanna’s group may not only provide an unprecedented opportunity to shed new light on the embryo’s mysterious beginnings, but open the door to new technologies for growing transplant tissues and organs.

Inside our bodies at every moment, our cells are orchestrating a complex dance of atoms and molecules that uses energy to create, distribute and deploy the substances on which our lives depend.

And it’s not just in our bodies: all animals carry out this dance of metabolism, and it turns out none of them do it quite the same way.

In new research published in Science Advances, we analysed specific carbon atoms in amino acids – the building blocks of proteins – to discover distinctive fingerprints of the metabolism of different species.

SpaceX has stacked its giant Starship vehicle on the launch pad in South Texas, a major milestone ahead of an impending test flight from the site.

The “iPhone of robots” could soon work alongside humans in warehouses and manufacturing plants, according to electronics maker Apptronik.