​​06/2024

Honglie attended the Gordon Research Conference Multiphoton Processes and presented a poster titled “Terahertz control of linear and nonlinear magno-phononics”.

 

​​03/2024

Honglie attended the APS March Meeting 2024 and presented a talk titled “Dynamical decoding of competing charge density waves in a kagome superconductor”. Abstract can be found here. Honglie's coauthored talks titled "Crossover between linear and nonlinear magno-phononics in FePS₃" and "Hubbard exciton fluids in Mott antiferromagnets" were given by his collaborators. Honglie also won the the DMP Post-Doctoral Travel Awards.

 

12/2023

Honglie was invited to present an online talk at IOP, China titled “Ultrafast optical control of order parameters in quantum materials”. Abstract can be found here.

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12/2023

Honglie's first-authored paper titled “A coherent phonon-induced hidden quadrupolar ordered state in Ca₂RuO₄” was published on Nat. Commun.

 

09/2023

Honglie's first-coauthored paper titled “A Hubbard exciton fluid in a photo-doped antiferromagnetic Mott insulator” was published on Nat. Phys.

 

04/2023

Honglie was invited to attend the 2023 Moore Foundation EPiQS Postdoctoral Symposium and presented a poster titled “Evidence for light-induced order decoupling and phase competition in a kagome metal”.

 

03/2023

Honglie attended the APS March Meeting 2023 and presented a talk titled “Dynamics of antiferromagnetic order in a Mott insulator upon photodoping”. Abstract can be found here. Honglie's coauthored talks titled "Correlated spin and charge dynamics during ultrafast demagnetization of Ca₂RuO₄" was given by his collaborator.

 

11/2022

Honglie's first-authored paper titled “Light-induced Weyl semiconductor-to-metal transition mediated by Peierls instability” was published on Phys. Rev. B.

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10/2022

Honglie attended the Gordon Research Conference Ultrafast Phenomena in Cooperative Systems and presented a poster titled “Signatures of light-induced switch of spin-orbit-coupled quadrupolar order in Ca₂RuO₄”.

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09/2022

Honglie arrived at MIT and started to work with Prof. Nuh Gedik.

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08/2022

Honglie successfully defended his PhD.

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04/2022

Honglie's first-coauthored paper titled “Keldysh space of charge dynamics in a strongly driven Mott insulator” was published on Phys. Rev. Lett.

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03/2022

Honglie attended the APS March Meeting 2022 virtually and presented a talk titled “Wavelength-dependent coherent phonon spectroscopy of Ca₂RuO₄”. Abstract can be found here. Honglie's coauthored talks titled "Intra-excitonic spectroscopy of a Mott insulator" and "Keldysh space of charge dynamics in a strongly driven Mott insulator" were also given by his collaborators.

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03/2022

Honglie accepted the postdoc offer from Prof. Nuh Gedik at Massachusetts Institute of Technology. 

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01/2022

Honglie won the Sweeney Family Postdoctoral Fellowship from Johns Hopkins University. 

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06/2021

Honglie was selected to be a Tombrello Scholar as one of the recipients of the 2021 France A Cordova Graduate Student Fund. More information can be found here.

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03/2021

Honglie attended the APS March Meeting 2021 virtually and presented a talk titled “Signatures of ultrafast reversal of excitonic order in Ta₂NiSe₅”. Abstract can be found here.

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02/2021

Honglie’s research on Ta₂NiSe₅ was reported by Caltech News. More information can be found here.

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12/2020 

Honglie's first-authored paper titled “Signatures of ultrafast reversal of excitonic order in Ta₂NiSe₅” was published on Phys. Rev. Lett.

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11/2020 

Honglie's coauthored paper titled “Ultrafast enhancement of ferromagnetic spin exchange induced by ligand-to-metal charge transfer” was published on Phys. Rev. Lett.

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03/2020 

Honglie was supposed to attend the APS March Meeting 2020 in Denver and presented a talk titled “Dynamics of an order parameter coupled phonon in an excitonic insulator”, but the conference was cancelled due to the COVID-19 pandemic. Abstract can be found here.

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06/2019 

Honglie passed the PhD oral candidacy exam and became a PhD candidate. 

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03/2019

Honglie attended APS March Meeting 2019 in Boston and gave a presentation titled “Time-resolved second harmonic generation polarimetry study of elemental tellurium”. Abstract can be found here.

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03/2019

Honglie attended APS March Meeting 2018 in Los Angeles.

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07/2017

Honglie passed the PhD written candidacy exam. 

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03/2017

Honglie attended APS March Meeting 2017 in New Orleans.

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09/2016

Honglie arrived at Caltech and started to work with Prof. David Hsieh.

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07/2016

Honglie obtained his B.S. degree in physics with Honors from Peking University. Congratulations!

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05/2016

Honglie successfully defended his undergraduate thesis titled “Angle-resolved photoemission spectroscopy study of iron-based superconductors” under the supervision of Prof. Yan Zhang.

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04/2016

Honglie accepted the PhD offer from Prof. David Hsieh at California Institute of Technology.

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04/2016

Honglie's first-coauthored paper titled “Negative to Positive Crossover of Magnetoresistance in WS₂ nanoflakes” was published on Appl. Phys. Lett.

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03/2016

Honglie’s first-coauthored work tilted “Negative to Positive Crossover of Magnetoresistance in WS₂ nanoflakes with Ohmic Contact” was presented at APS March Meeting 2016 in Baltimore. Abstract can be found here.

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12/2015

Honglie’s coauthored paper titled “Simultaneous emergence of superconductivity, inter-pocket scattering and nematic fluctuation in potassium-coated FeSe superconductor” was preprinted on arxiv.

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10/2015

Honglie gave a poster titled “Electrical and thermal transport measurements of low dimensional materials” at National Conference for Excellent Innovative Talents in Basic Science.

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08/2015

Honglie arrived at SLAC National Accelerator Laboratory, Stanford University and started to use angle-resolved photoemission spectroscopy to study FeSe with Prof. Yan Zhang.

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07/2015

Honglie arrived at University of Michigan, Ann Arbor and started to conduct summer research focused on thermal transport measurement of InAs/GaSb quantum well in Prof. Lu Li’s group.

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07/2014

Honglie joined Prof. Jian Wang’s group and started to investigate the synthesis and magnetotransport properties of transition metal dichalcogenides and topological materials.