Multiferroics: Fundamentals and Applications/ edited by Andrés Cano, Dennis Meier, Morgan Trassin.

Meisenheimer Peter; Davydova Margarita D.,; Trassin Morgan; Lunkenheimer Peter; Lorenz Bernd; Mukhin Alexander A.,; Mochizuki Masahito; Meier Dennis; Heron John; Bousquet Eric; Bibes Manuel; Ghosez Philippe; Krohns Stephan; Gradauskaite Elzbieta; Campanini Marco; Lottermoser Thomas; Shuvaev Alexey; Müller Marvin; Cano Andrés; Zvezdin Anatoly K.,; Evans Donald M.,; Varignon Julien; Kuzmenko Artem M.,; Erni Rolf; Pimenov Andrei; Kurumaji Takashi; Szaller David; Zvezdin Konstantin A.,; Rossell Marta D.,; Garcia Vincent; Bristowe Nicholas C.,

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Multiferroics: Fundamentals and Applications/ edited by Andrés Cano, Dennis Meier, Morgan Trassin.

Cano Andrés; Meier Dennis; Trassin Morgan; Bibes Manuel; Bousquet Eric; Bristowe Nicholas C.,; Campanini Marco; Davydova Margarita D.,; Erni Rolf; Evans Donald M.,; Garcia Vincent; Ghosez Philippe; Gradauskaite Elzbieta; Heron John; Krohns Stephan; Kurumaji Takashi; Kuzmenko Artem M.,; Lorenz Bernd; Lottermoser Thomas; Lunkenheimer Peter; Meisenheimer Peter; Mochizuki Masahito; Mukhin Alexander A.,; Müller Marvin; Pimenov Andrei; Rossell Marta D.,; Shuvaev Alexey; Szaller David; Varignon Julien; Zvezdin Anatoly K.,; Zvezdin Konstantin A.,

URI: https://dspace.kpfu.ru/xmlui/handle/net/179404

Date: 2021

Abstract:

Multiferroics, materials with a coexistence of magnetic and ferroelectric order, provide an efficient route for the control of magnetism by electric fields. The authors cover multiferroic thin-film heterostructures, device architectures and domain/interface effects. They critically discuss achievements as well as limitations and assess opportunities for future applications.