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We all know Saturn, the second largest planet in the solar system, for its iconic rings. These rings can be seen from Earth through telescopes. However, recent revelations suggest that they will soon disappear.

According to NASA, Saturn’s rings will not be visible from Earth in 2025. Of course, they won’t really disappear. We won’t be able to see the rings because of Saturn’s inclination.

Saturn’s rings will disappear in March 2025 and will be visible again in the following years

According to scientists, the rings will no longer be visible from our planet exactly 18 months from now. Right now, Saturn and Earth are not exactly aligned and the gas giant is tilted at a 9-degree angle. Next year, this will drop to 3.7 degrees, making the rings even harder to see. By 2025, they will drop to zero and will be completely invisible.

But there’s no need to worry. Saturn’s rings will temporarily disappear. Then they will gradually become visible again, reaching their maximum inclination of 27 degrees in 2032, 8 years after they disappeared. This is when we will see the best view of the rings.

Saturn’s rings are made up of comets, asteroids and other material. According to NASA data, the rings can extend up to 282 thousand kilometers from the planet. Their vertical length is around 10 meters, which means they are quite small. Finally, it should be noted that the rings were first observed by Galileo Galilei in 1610.

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Science and Space

NASA is looking for volunteers to live in a Mars simulation for a year

If extreme challenges are your thing, NASA has the perfect opportunity for you. The space agency on Friday announced the Crew Health and Performance Research Analogue, a year-long simulated Mars mission. Here are all the details.

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If extreme challenges are your thing, NASA has the perfect opportunity for you. The space agency on Friday announced the Crew Health and Performance Research Analogue, a year-long simulated Mars mission. Here are all the details.

During the mission, which begins in spring 2025, the four selected crew members will be housed in a 1,700-square-foot 3D-printed living space in Houston. NASA is accepting applications through the CHAPEA website from now until April 2. This is a paid job, but NASA has not publicly disclosed how much participants will be paid. The Mars Dune Alpha habitat at NASA’s Johnson Space Center was designed to simulate what life might be like on the red planet, where the environment would be harsh and resources limited. There is currently a crew living and working there as part of the first CHAPEA mission, which has completed more than half of the 378-day mission. During their stay, volunteers will maintain the habitat and grow crops, among other tasks. The living area also includes a 1,200-square-foot sandbox for simulated spacewalks.

NASA is looking for volunteers to live in a Mars simulation for a year

Applicants must be a US resident between the ages of 30-55 to be considered. citizen It is required to speak English at a good level and have a master’s degree in the STEM field, as well as to have at least two years of professional experience, to have piloted an aircraft for at least a thousand hours, or to have two years of professional experience. Certain types of professional experience may also allow applicants without a master’s degree to qualify. CHAPEA 2 is the second of three missions NASA has planned for the program, with the first launching on June 25, 2023.

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Cinema and Art

The series consisting of the experiences of astronauts attracted attention!

The series, based on the unexplained spooky memories of astronauts, attracted attention. Here are all the details.

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The series, based on the unexplained spooky memories of astronauts, attracted attention. Here are all the details.

Cast and crew of Constellation, Apple He attended the Television Critics Association press tour on Monday to preview TV+’s latest sci-fi drama. Panelists included creator Peter Harness, director Michelle MacLaren, and stars Noomi Rapace, Jonathan Banks, James D’Arcy and Will Catlett. Together, they previewed what to expect from this conspiracy thriller based on the memoirs of astronauts.

The series consisting of the experiences of astronauts attracted attention!

In the production, Swedish astronaut Jo Ericsson (Rapace), who works for the European Space Agency, finds himself at the center of a cover-up process that spans decades after a fatal accident on the International Space Station. After returning to Earth after her experience, some things happen in Jo’s mind that make her question her own sanity. He experiences visions and time distortions. Even his own daughter is starting to look different.

Is Jo losing her mind, or are her hallucinations caused by something she experienced in space? The series has elements of science fiction, horror and psychological thriller. Harness said the show best explains what happens to astronauts after they return from space. Their vision is much worse and they are aging in a different place. Their DNA is changing. There are also psychological effects of being away from the planet and everything they know. It can be said that the production reveals all the experiences of the astronauts in the best possible way. The audience stated that they were already amazed.

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Science and Space

Blood battery powered by hemoglobin! How is it working?

A new study conducted in Spain found that the main component of red blood cells is hemoglobin included a battery. Scientists at the University of Córdoba have created a prototype that can work for 20 to 30 days.

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A new study conducted in Spain found that the main component of red blood cells is hemoglobin included a battery. Scientists at the University of Córdoba have created a prototype that can work for 20 to 30 days.

Hemoglobin-supported ‘blood battery’

in spain University of CórdobaScientists at have found a way to incorporate hemoglobin, the key component of red blood cells, into a battery. The prototype can operate for 20 to 30 days.

Batteries that work through a chemical reaction called the oxygen reduction reaction could power everything from computers to electric vehicles. When air is drawn into the battery, oxygen is reduced to water at the cathode. At the anode, the electrodes that oxidize zinc are released.

It is said that to get this reaction going, a good catalyst with some very specific properties is needed. At this point, researchers decided hemoglobin was a good option.

senior writer Manuel Cano Luna In his statement, he says that to be a good catalyst in the oxygen reduction reaction, the catalyst must have two properties:

Rapidly absorbing oxygen molecules,
Forming water molecules relatively easily.

Hemoglobin meets both requirements.

What is hemoglobin?

What is hemoglobin? To answer the question,

Hemoglobin is the protein that gives red blood cells both their characteristic hue and their ability to carry oxygen.

In the experiment in Spain, just 0.165 milligrams of hemoglobin helped the battery run for 20-30 days.

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