Metals exposed to them induce the creation of Landau levels, allowing the mapping of Fermi surfaces through the De Haas-van Alphen effect. In some elements, such as bismuth, their presence gives rise to forces that attempt to counter or expel them, the most famous example of which is seen in semiconductors via the Meissner effect. They fall off as the inverse of the distance around a current carrying wire, and can be represented by continuous lin
Metals exposed to them induce the creation of Landau levels, allowing the mapping of Fermi surfaces through the De Haas-van Alphen effect. In some elements, such as bismuth, their presence gives rise to forces that attempt to counter or expel them, the most famous example of which is seen in semiconductors via the Meissner effect. They fall off as the inverse of the distance around a current carrying wire, and can be represented by continuous lines that emerge from north-seeking poles and enter south-seeking poles. FTP, what are these regions in which the namesake force is observable?
Metals exposed to them induce the creation of Landau levels, allowing the mapping of Fermi surfaces through the De Haas-van Alphen effect.
magnetic fields