Search Results - "Simpkins, Blake S"

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  1. 1

    Mode-Specific Chemistry through Vibrational Strong Coupling (or A Wish Come True) by Simpkins, Blake S, Dunkelberger, Adam D, Owrutsky, Jeffrey C

    Published in Journal of physical chemistry. C (09-09-2021)
    “…Vibrational strong coupling offers newfound potential to affect chemical processes and represents a wholly new approach to catalysis. While this presents…”
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  2. 2

    Two-dimensional infrared spectroscopy of vibrational polaritons by Xiang, Bo, Ribeiro, Raphael F., Dunkelberger, Adam D., Wang, Jiaxi, Li, Yingmin, Simpkins, Blake S., Owrutsky, Jeffrey C., Yuen-Zhou, Joel, Xiong, Wei

    “…We report experimental 2D infrared (2D IR) spectra of coherent light–matter excitations—molecular vibrational polaritons. The application of advanced 2D IR…”
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  3. 3

    Negligible Effect of Vibrational Polaritons on Chemical Reaction Rates via the Density of States Pathway by Vurgaftman, Igor, Simpkins, Blake S, Dunkelberger, Adam D, Owrutsky, Jeffrey C

    Published in The journal of physical chemistry letters (07-05-2020)
    “…We show that the polariton density of states in planar optical cavities strongly coupled to vibrational excitations remains much lower than the density of…”
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  4. 4

    Excited-state vibration-polariton transitions and dynamics in nitroprusside by Grafton, Andrea B., Dunkelberger, Adam D., Simpkins, Blake S., Triana, Johan F., Hernández, Federico J., Herrera, Felipe, Owrutsky, Jeffrey C.

    Published in Nature communications (11-01-2021)
    “…Strong cavity coupling to molecular vibrations creates vibration-polaritons capable of modifying chemical reaction kinetics, product branching ratios, and…”
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  5. 5

    Ultrafast Transmission Modulation and Recovery via Vibrational Strong Coupling by Dunkelberger, Adam D, Davidson, Roderick B, Ahn, Wonmi, Simpkins, Blake S, Owrutsky, Jeffrey C

    “…Strong coupling between vibrational modes and cavity optical modes leads to the formation of vibration–cavity polaritons, separated by the vacuum Rabi…”
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  6. 6

    Enabling remote quantum emission in 2D semiconductors via porous metallic networks by Fonseca, Jose J., Yeats, Andrew L., Blue, Brandon, Zalalutdinov, Maxim K., Brintlinger, Todd, Simpkins, Blake S., Ratchford, Daniel C., Culbertson, James C., Grim, Joel Q., Carter, Samuel G., Ishigami, Masa, Stroud, Rhonda M., Cress, Cory D., Robinson, Jeremy T.

    Published in Nature communications (07-01-2020)
    “…Here we report how two-dimensional crystal (2DC) overlayers influence the recrystallization of relatively thick metal films and the subsequent synergetic…”
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  7. 7

    Potential of TiN/GaN Heterostructures for Hot Carrier Generation and Collection by Simpkins, Blake S, Maximenko, Sergey I, Baturina, Olga

    Published in Nanomaterials (Basel, Switzerland) (02-03-2022)
    “…Herein, we find that TiN sputter-deposited on GaN displayed the desired optical properties for plasmonic applications. While this is a positive result…”
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  8. 8

    Modification of ground-state chemical reactivity via light-matter coherence in infrared cavities by Ahn, Wonmi, Triana, Johan F, Recabal, Felipe, Herrera, Felipe, Simpkins, Blake S

    “…Reaction-rate modifications for chemical processes due to strong coupling between reactant molecular vibrations and the cavity vacuum have been reported;…”
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  9. 9

    Saturable Absorption in Solution-Phase and Cavity-Coupled Tungsten Hexacarbonyl by Dunkelberger, Adam D, Grafton, Andrea B, Vurgaftman, Igor, Soykal, Öney O, Reinecke, Thomas L, Davidson, Roderick B, Simpkins, Blake S, Owrutsky, Jeffrey C

    Published in ACS photonics (20-11-2019)
    “…Saturable absorption, in which optical absorption decreases as the incident intensity increases, is commonly utilized in the visible and near-infrared for…”
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  10. 10

    Control, Modulation, and Analytical Descriptions of Vibrational Strong Coupling by Simpkins, Blake S., Dunkelberger, Adam D., Vurgaftman, Igor

    Published in Chemical reviews (26-04-2023)
    “…Here, we review the design of optical cavities, transient and modulated responses, and theoretical models relevant to vibrational strong coupling (VSC). While…”
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  11. 11

    Vibration-Cavity Polariton Chemistry and Dynamics by Dunkelberger, Adam D, Simpkins, Blake S, Vurgaftman, Igor, Owrutsky, Jeffrey C

    Published in Annual review of physical chemistry (20-04-2022)
    “…Molecular polaritons result from light-matter coupling between optical resonances and molecular electronic or vibrational transitions. When the coupling is…”
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  12. 12

    Impact of Cavity Length Non-uniformity on Reaction Rate Extraction in Strong Coupling Experiments by Michon, Michael A., Simpkins, Blake S.

    Published in Journal of the American Chemical Society (06-11-2024)
    “…Reports of altered chemical phenomena under vibrational strong coupling, including reaction rates, product distributions, intermolecular forces, and…”
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  13. 13

    Theory for Nonlinear Spectroscopy of Vibrational Polaritons by F. Ribeiro, Raphael, Dunkelberger, Adam D, Xiang, Bo, Xiong, Wei, Simpkins, Blake S, Owrutsky, Jeffrey C, Yuen-Zhou, Joel

    Published in The journal of physical chemistry letters (05-07-2018)
    “…Molecular polaritons have gained considerable attention due to their potential to control nanoscale molecular processes by harnessing electromagnetic…”
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  14. 14

    3-D near-field imaging of guided modes in nanophotonic waveguides by Ziegler, Jed I., Pruessner, Marcel W., Simpkins, Blake S., Kozak, Dmitry A., Park, Doewon, Fatemi, Fredrik K., Stievater, Todd H.

    Published in Nanophotonics (Berlin, Germany) (01-09-2017)
    “…Highly evanescent waveguides with a subwavelength core thickness present a promising lab-on-chip solution for generating nanovolume trapping sites using…”
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  15. 15

    Comment on “Isolating Polaritonic 2D-IR Transmission Spectra” by Simpkins, Blake S., Yang, Zimo, Dunkelberger, Adam D., Vurgaftman, Igor, Owrutsky, Jeffrey C., Xiong, Wei

    Published in The journal of physical chemistry letters (02-02-2023)
    “…This Viewpoint responds to the analysis of 2D IR spectra of vibration cavity polaritons in the study reported in The Journal of Physical Chemistry Letters…”
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  16. 16

    Hyperuniform disordered metal-insulator-metal gap plasmon metasurface near perfect light absorber by Kim, Wonkyu, Simpkins, Blake S., Guo, Hong, Hendrickson, Joshua R., Guo, Junpeng

    Published in Optical materials express (01-12-2021)
    “…In this work, we first introduce hyperuniform disordered patterns to a metal-insulator-metal gap plasmon metasurface and demonstrate enhanced wideband light…”
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  17. 17

    Vibrational Strong Coupling Controlled by Spatial Distribution of Molecules within the Optical Cavity by Ahn, Wonmi, Vurgaftman, Igor, Dunkelberger, Adam D., Owrutsky, Jeffrey C., Simpkins, Blake S.

    Published in ACS photonics (17-01-2018)
    “…Similar to excitonic materials interacting with optical cavity fields, vibrational absorbers coupled to resonantly matched optical modes can exhibit new…”
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  18. 18

    Spectroelectrochemical measurement and modulation of exciton-polaritons by Ahn, Wonmi, Simpkins, Blake S.

    Published in APL photonics (01-07-2020)
    “…Quantum emitters strongly coupled to optical cavity modes create new hybrid states called polaritons, resulting in a vacuum Rabi splitting (Ω). Strikingly, the…”
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  19. 19

    Synthesis, plasmonic properties, and CWA simulant decontamination activity of first row early transition metal nitride powders and nanomaterials by Purdy, Andrew P., Baturina, Olga A., Simpkins, Blake S., Giles, Spencer, Brintlinger, Todd, Wynne, James

    Published in SN applied sciences (01-05-2020)
    “…The complexes MCl 3 (THF) 3 (M = Ti, V, Cr) were used as precursors to form early transition metal nitrides, and solid solutions of these isomorphous complexes…”
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  20. 20

    Magnetic moment degradation of nanowires in biological media: real-time monitoring with SQUID magnetometry by Raphael, Marc P, Christodoulides, Joseph A, Qadri, Syed N, Simpkins, Blake S, Byers, Jeff M

    Published in Nanotechnology (16-07-2010)
    “…Magnetic nanoparticles are used throughout biology for applications from targeted drug and gene delivery to the labeling of cells. These nanoparticles…”
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