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KnotSeen aims to visualize topological defects in light-induced phases of quantum materials using advanced imaging techniques. By mapping these defects, the project seeks to understand their role in stabilizing or disrupting these phases, which could lead to new applications in material science.
Quantum materials host many exotic and useful phases, and harnessing these states has spurred tremendous research effort.
However, the full potential of quantum materials lies in the rich landscape of higher-energy hidden phases, those which are not thermally accessible.
Ultrafast laser excitation has recently emerged as a way access these hidden phases, leading to the idea of re-writing material properties on demand, but these states usually only survive for hundreds of picoseconds.
Thus a key…
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