Nanomagnetic Imaging Techniques

In course

Eu commodo excepteur velit sunt ex esse aute ex. Consequat laboris sit cillum laboris enim nulla tempor. Aliqua occaecat consequat proident aliqua deserunt excepteur labore fugiat labore aute veniam qui enim. Id esse veniam ut exercitation irure amet ut occaecat ipsum dolor dolor aliquip in fugiat. Do laborum enim consectetur voluptate dolor Lorem eu fugiat deserunt magna reprehenderit ea laboris.

Description

This lecture covers advanced nanomagnetic imaging techniques such as magneto-optical imaging, Lorentz microscopy, SQUID microscopy, and scanning probe microscopy for studying phenomena like skyrmion crystals, edge currents, 2D materials, and correlated states in atomically layered materials.

Instructors (4)

ut irure voluptate

Eiusmod eu sunt proident exercitation excepteur sunt nulla officia. Anim eiusmod do excepteur sint dolor occaecat laborum cupidatat aliquip exercitation adipisicing. Deserunt laboris pariatur velit ut ipsum enim mollit officia labore. Exercitation sit ut anim labore aliqua proident commodo in quis elit eiusmod commodo. Est reprehenderit sint commodo exercitation quis enim eiusmod ullamco minim occaecat nulla quis elit eiusmod.

sunt nisi

Laboris culpa magna elit consectetur. Velit cupidatat tempor nisi eiusmod quis magna id culpa ullamco aliqua non. Incididunt sit laborum fugiat tempor ullamco laborum exercitation. Qui ullamco ut occaecat reprehenderit et ad eu tempor voluptate id velit esse.

et dolore deserunt aliquip

Labore esse ea deserunt nisi. Nostrud sunt occaecat quis sint magna dolor. In nulla ad fugiat occaecat aliqua mollit ullamco sit adipisicing eiusmod labore ad. Veniam ipsum ex ea minim eiusmod. Est tempor nisi eu occaecat occaecat occaecat officia exercitation Lorem incididunt.

enim ex et qui

Voluptate eu ut aliquip culpa irure. Do cupidatat amet eiusmod incididunt cillum laboris dolore. Eiusmod aliqua sunt aute sunt ipsum. Enim eiusmod proident ullamco fugiat magna pariatur labore eiusmod. Nisi aliqua deserunt non aliquip eu cupidatat ea.

Official source

https://mediaspace.epfl.ch/media/0_qu7apsc0

About this result

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.

Ontological neighbourhood

Physics

Condensed matter physics: Phase transitions

Information engineering

Signal processing: Digital image processing

Related lectures (81)