Lifeboat Foundation

Quasars powered by supermassive black holes have been unexpectedly vanishing. Scientists have started to figure out why.

A remarkable machine propelled by ionic wind could signal a future with cleaner aeroplanes.

Practice makes perfect when sending a robot on the perilous journey to the red planet.

Insulin will be beyond the reach of around half of the 79 million people expected to be living with diabetes in 12 years time, a new study predicts.

Researchers fly the first atmospheric aircraft to use space-proven ionic thrust technology.

• By Angus Chen on November 21, 2018

Turkish-born astrophysicist Burçin Mutlu-Pakdil shares her name with a rare double ring of stars more than 350 light-years away.

We wanted to bring your attention to a recent publication that discusses the topic of cellular senescence and the contributions of senescent cells to aging and disease [1].

What is perhaps the most interesting part of this paper is the section covering the potential future directions that researchers may take in managing senescent cell populations in order to mitigate age-related disease.

The author writes not only about the direct destruction of senescent cells via senolytic drugs but also about the modulation of the harmful secretions these cells produce, which are called the senescence-associated secretory phenotype (SASP).

Continue reading “Senescent Cell Therapies and Future Directions” »

Every action creates an equal and opposite reaction. It’s perhaps the best known law of physics, and Guido Fetta thinks he’s found a way around it.

According to classical physics, in order for something—like a spaceship—to move, conservation of momentum requires that it has to exert a force on something else. A person in roller skates, for example, pushes off against a wall; a rocket accelerates upward by propelling high-velocity combusted fuel downward. In practice, this means that space vessels like satellites and space stations have to carry up to half their weight in propellant just to stay in orbit. That bulks up their cost and reduces their useful lifetime.

Melting gold normally requires temperatures upwards of 1,064° C (1,947° F), but physics is never quite that simple. A team of researchers has now found a way to melt gold at room temperature using an electric field and an electron microscope.