Lifeboat Foundation

Circa 2014 o.o!

When someone mentions “different dimensions,” we tend to think of things like parallel universes – alternate realities that exist parallel to our own, but where things work or happened differently. However, the reality of dimensions and how they play a role in the ordering of our Universe is really quite different from this popular characterization.

To break it down, dimensions are simply the different facets of what we perceive to be reality. We are immediately aware of the three dimensions that surround us on a daily basis – those that define the length, width, and depth of all objects in our universes (the x, y, and z axes, respectively).

Continue reading “A universe of 10 dimensions” »

A lineage-tracing approach has been applied to cancer cells to observe how and when important cancer cell traits evolved.

They may be the only cars to go more viral than Cybertruck.

Remember that Hyundai concept 4×4 with robotic legs?

Continue reading “Hyundai has kicked-off production on novel 4x4 vehicles with robotic legs” »

Dan BreedenHe shall lead us to a brave new world.

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Len Rosen shared a link.

Continue reading “Jeff Bezos Wants Manufacturing to Move Off Planet and NASA is Exploring the Possibilities” »

Oyinkro OhimorOEC is the change.

Oyinkro Ohimor.

Continue reading “The Future is Wild: Speculative Evolution of the Future. Size comparison” »

Artificial intelligence and machine learning hardware research have concentrated on building photonic synapses and neurons and combining them to do fundamental forms of neural-type processing. However, complex processing methods found in human brains—such as reinforcement learning and dendritic computation—are more challenging to replicate directly in hardware.

A new study contributes to closing the “hardware gap” by creating an “Optomemristor” device that responds to numerous electronic and photonic inputs at the same time. The diverse biophysical mechanisms that govern the functions of the brain’s neurons and synapses allow for complex learning and processing in the mammalian brain.

The chalcogenide thin-film technology interacts with both light and electrical impulses to mimic multifactor biological computations in mammalian brains while spending very little energy.

Our teams explore burgeoning research areas and inventing revolutionary technology that will not only accomplish the mission at hand but also influence our world.