Japanese lunar lander awakens after bumpy landing, remains in darkness

Japan’s Smart Lander⁣ Overcomes Power ‌Failure and Resumes⁤ Mission on the ⁢Moon

Japan’s ‍smart lander faced a challenging setback ‍when it lost power⁢ for ⁤several days. However, ⁤after a period of darkness, the lunar ⁣explorer is back in action. This ‌remarkable achievement makes Japan the fifth country ⁢to⁤ successfully land a spacecraft⁢ on the‍ moon.

The ⁣power​ issue arose when the explorer landed with‍ its solar ‌panels facing the dark lunar surface instead of the ⁣sun. The rough landing was ⁤caused by an engine failure ⁣experienced by the Smart Lander for‌ Investigating Moon.

Despite the difficulties, the Japan Aerospace Exploration Agency (JAXA) announced that ‍the lunar lander ⁤resumed ⁢its mission​ on ⁢Sunday night. JAXA had ​shut down the explorer to conserve battery power, hoping that it would restart once ‌exposed⁣ to a​ brighter angle from the sun.

Now that the power problem⁣ has been resolved, SLIM (Smart⁢ Lander for Investigating⁤ Moon) is focused on studying the moon’s evolution. It ‌aims to ‍observe the formation of olivine rocks using a ⁢spectral camera.

JAXA has already shared ​its findings on ‍X with one of the⁢ six⁢ rocks, all of which are named after dog breeds. The image of the “Toy Poodle” ⁣rock was⁢ captured during the multi-band observation.

Communication ⁤with SLIM was successfully reestablished,‌ and operations have resumed. The lander is ⁢now‌ conducting science observations with the MBC (Multi-Band ⁢Camera), obtaining ⁣valuable data. ⁣

It is expected that SLIM will have enough energy to continue its operations until Thursday. However, the ⁤spacecraft’s⁣ future functionality beyond this mission remains uncertain.

It’s worth ‍noting‌ that only⁢ four⁣ other countries, namely Russia, the ⁣United States, India,​ and China, have achieved the remarkable feat of reaching‌ the​ moon.

Why is the mitochondria often referred ​to as‌ the powerhouse of the cell and what cellular functions does it fuel with the energy it produces

The mitochondria is often‌ called‌ the powerhouse of the cell because it is responsible for producing energy in ​the ⁤form of adenosine triphosphate (ATP). ATP‌ is a molecule that carries​ energy within cells and is needed for many cellular processes, such​ as muscle​ contraction, cell division, and ‌synthesis ‌of molecules. The mitochondria​ generate ATP through a⁤ process called cellular respiration, in which they break down carbohydrates and fats to produce energy. This energy is used to ‌fuel various cellular activities and maintain essential functions of the cell. Therefore, the mitochondria can be considered the power source that drives cellular activities, hence the⁣ term ⁢”powerhouse of the cell.