SPACEAurora borealis is a natural light display in the sky which results from the interaction of the solar wind and the Earth’s magnetic field. Read the article to find out more.
Iron atoms found in the inner core of the Earth are able to move about rapidly in a type of movement called “collective motion”. Learn more about it in this article.
Astronomers find a distant galaxy's ancient magnetic field, offering insights into the origins of Milky Way-like galaxy magnetic fields. Read the article to learn more.
Charged particle interactions and supercomputing-based models revealed some cool stars produce stellar solid winds that affect planets in habitable zones. Continue reading to learn more.
Researchers have identified an exceptionally frigid brown dwarf star in close proximity to Earth, capable of emitting radio waves. Continue reading to learn more.
Astronomers found exciting discoveries about the exoplanet Wasp-18 b based on data from the Canadian NIRISS instrument on James Webb Space Telescope. Read for more details.
The repeating fast radio burst from more than a year ago might come from a binary system with a neutron star whirling in a magnetic plasma produced by a black hole. Read the article to learn more.
Researchers from Germany and Portugal develop methods to improve molecular magnets for applications in quantum-scale computing and spintronics. Learn more about the theory that could take data-processing and information technology capacities to the next level.
A new study shows that magnetic nanoparticles can release anti-cancer microRNA on command to treat cancer cells and it's effective. Read more to know the details.
A magnetic reversal from a galaxy 236 million light-years away may have caused a magnetic flip to the field surrounding a black hole. Read on to learn more details on this "strange explosive episode."
Researchers claim to have found new evidence of volcanic activity on Mars, sparking hope of finding life on the planet. Read more about the mysterious rumbling noise in this article.
Scientists have proven that Mercury has geomagnetic storms similar to Earth. Read to know how the nearest planet to the Sun produces geomagnetic storms despite the size of its magnetosphere.
There will be significant changes in the temperature and animals heavily relying on the magnetic fields will be confused if the earth tops spinning in its orbit.