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mciver lab skip to content home team research publications opportunities menu home team research publications opportunities ultrafast transport in quantum materials image robertscottwhipkey about we investigate transport phenomena in quantum materials at terahertz frequencies and on ultrafast timescales we are particularly interested in exploring how charge transport is modified in the presence of strong laser fields where quantum effects that are inaccessible under equilibrium conditions can be realized we do so using a suite of ultrafast optoelectronic techniques the group was founded at the max planck institute for the structure and dynamics of matter mpsd in hamburg and transitioned to columbia university in 2022 it is part of the center for non equilibrium quantum phenomena a collaborative research initiative between columbia university cornell university flatiron institute max planck institute for the structure and d ynamics of matter and max planck institute for polymer research news our paper on cavity electrodynamics of van der waals heterostructures published in nature physics our findings show that intrinsic cavity modes of metallic gates can sense and manipulate the low energy electrodynamics of vdw heterostructures this opens a pathway for deeper understanding of emergent phases in these materials and new functionality through cavity control nonperturbative nonlinear transport in a floquet weyl semimetal is published on arxiv we report on floquet engineering of an inversion symmetry broken weyl semimetal by driving the system with circularly polarized femtosecond laser pulses we measure the transport responses of a topological light matter hybrid with a large light induced effective magnetic field doe early career award for james mciver james mciver has been awarded the prestigious early career award by the u s department of energy doe he was selected for the proposed project ultrafast control of topological transport in quantum materials columbia press release mpsd press release colloquium nonthermal pathways to ultrafast control in quantum materials recent progress in utilizing ultrafast light matter interaction to control the macroscopic properties of quantum materials is reviewed particular emphasis is placed on photoinduced phenomena that do not result from ultrafast heating effects but rather emerge from microscopic processes that are inherently nonthermal in nature reviews of modern physics 93 4 041002 2021 mpsd press release light induced anomalous hall effect in graphene ultrafast transport measurements reveal an anomalous hall effect in graphene driven by circularly polarized light a floquet engineered topological band structure is the source of the effect nature physics 16 38 41 2020 editorial in nature physics news views by j c w song mpsd press release max planck new york center now active join our team postdoc positions available congratulations dr kipp gunda successfully defended her ph d entitled self cavity electrodynamics of 2d heterostructures on sept 5 2025 congratulations to sara siva and jesse for their master s graduation congratulations to dorothee felix and xinyu for their master s and jesse for his bachelor s graduation benedikt graduates with summa cum laude gunda wins the grc ultrafast young investigator award matthew day receives humboldt fellowship katy wins klaus von klitzing and jean marie lehn prize awarded for best master s thesis felix wins stefan hell prize awarded for best bachelor s degree hope bretscher receives marie skłodowska curie actions fellowship hope bretscher receives humboldt fellowship gunda wins otto stern prize awarded for best master s thesis 2025 james mciver all rights reserved privacy policy https mciverlab com nas