Date:
Mon, 08/04/201912:00-13:30
Location:
Levin building, Lecture Hall No. 8
Lecturer: Leo Radzihovsky from the University of Colorado at Boulder
Abstract:
I will take the audience on a bit of a rollercoaster ride, pedagogically discussing a recently discovered exotic liquid crystal state, the heliconical nematic, that emerges as a result of a spontaneous chiral symmetry breaking, a holy grail dating back to Louis Pasteur. I will also explain how low-energy physics of this and related states of matter can be understood as an emergent Higgs mechanism, with critical fluctuations extending throughout the low temperature phase.
Abstract:
I will take the audience on a bit of a rollercoaster ride, pedagogically discussing a recently discovered exotic liquid crystal state, the heliconical nematic, that emerges as a result of a spontaneous chiral symmetry breaking, a holy grail dating back to Louis Pasteur. I will also explain how low-energy physics of this and related states of matter can be understood as an emergent Higgs mechanism, with critical fluctuations extending throughout the low temperature phase.