Lifeboat Foundation

A protein has been identified that once neutralized can see the activation of dormant stem cells.

Science seeks to fix aging and death. But a Christian vision of the good life might actually embrace them.

How do you find something you can’t see? Japanese astronomers have hunted a hidden black hole by observing the movement of a cloud of gas it is consuming, located 25,000 light-years away from Earth. This is the first intermediate-sized black hole ever found, giving clues to how black holes merge and grow.

Scientists have figured out how to use lightning signals from thousands of miles away to prevent hackers from sabotaging critical infrastructures.

Maybe the future of energy and the environment isn’t so bleak.

Leslie Dewan wants to revive technology from the 1960s to solve the problem of climate change today.

Three weeks after a cargo ship ran aground, efforts are being made to prevent an oil leak onto the world’s largest raised coral atoll becoming an ecological disaster in the Solomon Islands. The area is a UNESCO site.

A way to speed up quantum computer tech progress has arrived from Intel. If you are interested in following the waves and advances in quantum computing, then get familiar with this word trio: Cryogenic Wafer Prober. Before their design, the electrical characterization of qubits was slower than with traditional transistors. Even small subsets of data might take days to collect.

Drug development. Chemistry. Climate change. Financial modeling. Scientists in all areas look forward to more advancements to push quantum computers to the frontlines. Speeding progress could also mean speeding up advancements in science and industry.

“Quantum computing, in essence, is the ultimate in parallel computing, with the potential to tackle problems conventional computers can’t handle,” said Intel.

The Atacama Desert in Chile has been a hotbed of astronomical activity of late. Not only is it the site of Martian environmental simulations to test rover capabilities, it is also home to an project called SPECULOOS (Search for habitable Planets EClipsing ULtra-cOOl Stars).

SPECULOOS is part of the ESO, the European Southern Observatory, and involves the use of four robotic telescopes for planet hunting. In particular, the telescopes look near to ultracool stars and brown dwarfs to search for Earth-sized exoplanets which can then be investigated in more detail by another telescope such as ESO’s forthcoming Extremely Large Telescope (ELT).

The four telescopes of SPECULOOS are named after Jupiter’s moons: Io, Europa, Ganymede, and Callisto, and each has a one meter primary mirror with cameras that are sensitive to near-infrared wavelengths. This accords with the type of light given off by the ultracool stars and brown dwarfs which are the telescopes’ targets.

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