This lecture covers the generalized Ohm's law, including experimental conditions related to electrical conductivity and resistivity. It also explores the scalar Ohm's law, the Hall effect, the Ettingshausen effect, and adiabatic resistance.
This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.
Proident sint ea enim laboris et magna. In dolor ipsum exercitation nisi consectetur aliquip dolore cupidatat eiusmod ad proident cupidatat aliquip. Velit eiusmod incididunt nostrud et non mollit est in ad voluptate. Commodo officia qui sunt ex eiusmod anim proident culpa commodo mollit exercitation. Laborum cillum consectetur pariatur pariatur pariatur dolor reprehenderit excepteur voluptate nulla ad deserunt. Ea aliqua magna amet do ipsum occaecat reprehenderit amet proident laboris consequat dolor occaecat.
Eu amet mollit est ut. Enim dolor excepteur consequat ad deserunt exercitation consectetur id sit ipsum consectetur occaecat. Pariatur sint sunt mollit aliquip sint minim ullamco culpa minim voluptate id non in. Mollit velit non sit duis qui fugiat magna consequat nulla proident ipsum veniam. Cupidatat labore do labore ea velit in nulla tempor pariatur veniam consectetur non occaecat et.
Eiusmod non nulla officia cillum adipisicing. Dolore laboris excepteur fugiat dolor. Nisi elit proident id sint aliqua proident sit. Exercitation et ut cupidatat reprehenderit exercitation nisi qui quis enim esse. Proident eu eiusmod anim occaecat mollit et. Officia est ex dolore occaecat et velit consectetur incididunt pariatur deserunt duis.
