Simulated <i>C. elegans</i> of the simplified connectome. Autor Peng Zhao (128233)

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Mechanics relationship. Autor Peng Zhao (128233)

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Optimization processes and average percentage of stable oscillation. Autor Peng Zhao (128233)

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The neuromechanical model for <i>C. elegans.</i> Autor Peng Zhao (128233)

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Electrical synapse analysis for two types of simulated <i>C. elegans.</i> Autor Peng Zhao (128233)

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Optimized results and heatmaps of muscle deformation. Autor Peng Zhao (128233)

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Optimization process and heatmap of muscle deformation. Autor Peng Zhao (128233)

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Oscillation modulated by feedback and sensitivity analysis for frequency and amplitude. Autor Peng Zhao (128233)

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Simulated <i>C. elegans</i> from the simplified connectome moved forward. Autor Peng Zhao (128233)

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Collaborative loops in the head and body of <i>C. elegans.</i> Autor Peng Zhao (128233)

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Simulated actual-connectome <i>C. elegans.</i> Autor Peng Zhao (128233)

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Multiscale Simulations Elucidate the Mechanism of Polyglutamine Aggregation and the Role of Flanking Domains in Fibril Polymorphism Autor Avijeet Kulshrestha (14290812)

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Interaction Force Landscapes within and Surrounding Hydrophobic Nanopockets Revealed by Three-Dimensional Scanning Atomic Force Microscopy Autor Moe Ogasawara (22557317)

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Yttrium-Mediated C–C Coupling of Sodium Acetylide Generates a Planar and Bridging Butatrienylidene Dianion Autor Joseph Q. Nguyen (17041116)

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Cumulative numbers of clinical observations in MAYV-infected RM from 1-7 dpi, excluding observations that could be associated with procedures involving injections or mosquito feedi... Autor Adam J. Moore (5249204)

Tuning Triplet Exciton Pathways via Molecular Aggregation in a Family of Coordination Polymers Autor Rui Feng (186408)

“…Molecular aggregation is the key factor in determining the triplet exciton pathways of room-temperature phosphorescence (RTP) materials; however, controlling different aggregation forms and understanding their synergistic effects remain challenging. …”

Tuning Triplet Exciton Pathways via Molecular Aggregation in a Family of Coordination Polymers Autor Rui Feng (186408)

“…Molecular aggregation is the key factor in determining the triplet exciton pathways of room-temperature phosphorescence (RTP) materials; however, controlling different aggregation forms and understanding their synergistic effects remain challenging. …”

Tuning Triplet Exciton Pathways via Molecular Aggregation in a Family of Coordination Polymers Autor Rui Feng (186408)

“…Molecular aggregation is the key factor in determining the triplet exciton pathways of room-temperature phosphorescence (RTP) materials; however, controlling different aggregation forms and understanding their synergistic effects remain challenging. …”

Tuning Triplet Exciton Pathways via Molecular Aggregation in a Family of Coordination Polymers Autor Rui Feng (186408)

“…Molecular aggregation is the key factor in determining the triplet exciton pathways of room-temperature phosphorescence (RTP) materials; however, controlling different aggregation forms and understanding their synergistic effects remain challenging. …”

Tuning Triplet Exciton Pathways via Molecular Aggregation in a Family of Coordination Polymers Autor Rui Feng (186408)

“…Molecular aggregation is the key factor in determining the triplet exciton pathways of room-temperature phosphorescence (RTP) materials; however, controlling different aggregation forms and understanding their synergistic effects remain challenging. …”