Electrons in a conventional metal are described by Landau's celebrated theory of Fermi liquids. In the last few decades a growing number of metals have been discovered that defy a description in terms of Fermi liquid theory. Prominently, such `strange metals' appear as parent phases out of which phenomena such as high temperature superconductivity develop. However their theoretical understanding has mostly remained mysterious. In this talk, I will discuss, in great generality, some properties of `strange metals' in an ideal clean system. I will discuss general constraints on the emergent low energy symmetries of any such strange metal.
I will show how these model-independent considerations lead to concrete experimental predictions about a class of strange metals. Time permitting, I will discuss the utility of a focus on the emergent symmetries to reliably extract some physical properties of certain models of strange metals. All attendees must have a valid Caltech ID
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The colloquium is held in Feynman Lecture Hall, 201 E. Bridge.
Attending in person is open to those with a valid Caltech ID.