Electricity bacteria, planet-eating stars and deep-sea mining disasters

A study revealed that at the bottom of the sea, tiny bacteria exhale electricity by exhaling through what looks like a snorkeling tube that is long and thin, and a new study shows that a quarter of sun-like stars devour their planets, and according to a recent scientific assessment, deep-sea mining would be a disaster. environment, so we need immediate global action to stop it.
A new study shows that a quarter of sun-like stars devour their planets. In the nearly 30 years since planets were first discovered orbiting stars other than our sun, we’ve found that planetary systems are common in the galaxy. However, many of them are quite different from the Solar System as we know it.

Deep in the sea floor, tiny bacteria exhale electricity through what looks like a long and thin snorkeling snorkel. Now, scientists have figured out how to turn these microbes’ electrical respiration on and off.

According to a recent scientific assessment, deep sea mining would be an environmental disaster, so we need immediate global action to stop it. Fifty years ago, people started dreaming of digging in the deep sea. Since then, those dreams have turned into a dystopian nightmare as scientists find diverse and interconnected ecosystems on the ocean floor and realize that mining threatens to harm the health and functioning of our planet.

In this episode, we also talk about a new study about relying on artificial intelligence to perform one of the tasks of the human brain, and the energy consumption required, as well as the efforts of scientists in order to obtain the greatest amount of achievement while consuming the least amount of energy.

In this episode, we also recall from the memory of science the biography of Paul Ehrlich, the German physician and scientist who won the Nobel Prize, who presented many important achievements and discoveries to the medical field.

Paul Ehrlich was a famous physician and scientist in the field of virology, immunology and hematology, and was also credited with developing vaccines for several diseases such as syphilis and diphtheria.