Synonyms that are in the dictionary are marked in green. Synonyms that are not in the dictionary are marked in red.
Antonyms that are in the dictionary are marked in green. Antonyms that are not in the dictionary are marked in red.
A computer-generated visualization of the solar wind interacting with Earth’s magnetic field during a powerful solar storm.
Source: https://www.mutiny.in/radio-signals-have-been-detected-from-an-earth-like-planet/
At that time, the cause is a strong solar flare, the orientation of the magnetic field of the aurora cloud plays a role.
Source: https://columbuspost.com/aurora-borealis-the-polar-light-show-in-northern-germany/
By changing the magnetic field direction, the organism should change its direction of movement.
Computer simulations by the researchers have revealed that these hot zones reduce the on the core—and this causes regional or localized changes to the properties of the magnetic field.
Source: https://phys.org/news/2023-03-hot-topic-affects-earth-magnetic.html
Describes a weak point in the Earth’s magnetic field.
If a photon were to turn into an axion in the strong magnetic field, that axion could pass through the opaque wall at the end of the line of magnets.
Source: https://phys.org/news/2023-05-world-sensitive-model-independent-dark.html
Juice will reveal more about the interior structure of Ganymede and in doing so will be able to determine how its core is able to generate and maintain a magnetic field.
Source: https://www.mutiny.in/release-esa-juice-on-a-cosmic-treasure-hunt/
One of the most compelling signs of superconductivity is that such materials will levitate above magnets, because of the way superconductivity “pushes” a magnetic field out of the substance itself: the Meissner effect.
The phenomenon is caused by electrically charged particles from the Sun travelling millions of miles getting caught in the Earth’s magnetic field.
This system uses 3 magnetometers to measure the gradient of the magnetic field and collects superior data.
This uses an energised loop to induce currents in underlying lithological units, which resultant magnetic field can then be measured.
This week, multiple coronal mass ejections (CMEs) were emitted by the sun and traveled at high speeds towards Earth, impacting our planet's magnetic field and resulting in auroras.