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happyhacker
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- TL;DR Summary
- Strong magnetic field near Earth.
What would be the consequence if a powerful (1 Tesla) magnetic field came into proximity of Earth? Options open concerning size of generating body and distance. Thank You.
We have much stronger magnets already. I work with 1.5 T and 3 T magnets almost daily, and 7 T magnets on occasion. I know that other people I have worked with have 50 T magnets. You have to care for loose ferromagnetic material, but that is about it.happyhacker said:TL;DR Summary: Strong magnetic field near Earth.
What would be the consequence if a powerful (1 Tesla) magnetic field came into proximity of Earth? Options open concerning size of generating body and distance. Thank You.
Oh, you'll find it all right.Dale said:You have to care for loose ferromagnetic material, but that is about it.
The voice of experience?Vanadium 50 said:It's actually possible to trip over a magnetic field.
What doesn’t kill you make you … wiser?Ibix said:The voice of experience?
Um....maybe.Ibix said:The voice of experience?
Looks like they can be made of either material. I learned a new word today...JT Smith said:Do you mean eyelets? I think aglets are usually plastic.
https://en.wikipedia.org/wiki/AgletAn aglet (/ˈæɡlət/ AG-lət)[1] or aiglet is a small sheath, often made of plastic or metal, attached at each end of a shoelace, a cord, or a drawstring.[2]
A 1 Tesla magnetic field coming into the proximity of Earth could potentially disrupt the Earth's magnetic field. This disruption could lead to geomagnetic storms, which can interfere with communication systems and navigation equipment.
Exposure to a 1 Tesla magnetic field could have various effects on living organisms, including changes in behavior, altered growth patterns, and potential health risks. Further research is needed to fully understand the extent of these impacts.
A 1 Tesla magnetic field could potentially disrupt electronic devices and power grids on Earth. This could lead to malfunctions in technology, power outages, and other disruptions in daily life. Adequate shielding and protection measures would be necessary to mitigate these effects.
While a 1 Tesla magnetic field itself is not likely to cause natural disasters such as earthquakes or volcanic eruptions, the disruption of the Earth's magnetic field could indirectly impact geological processes. However, the exact extent of these potential effects is still uncertain and would require further study.
A 1 Tesla magnetic field could potentially impact the environment on Earth by affecting the behavior of animals, disrupting ecosystems, and altering natural processes. More research is needed to fully understand the implications of such an event on the environment.