Faculty

Institution

Unit

Venue

Hui Fang

Associate Professor of Engineering

Dartmouth College

Affiliations

Faculty of Arts and Sciences

Department of Engineering Sciences—Thayer School of Engineering

Hui Fang is currently serving as an Engineering Sciences—Thayer School Of Engineering Associate Professor of Engineering at Dartmouth College.

Honors

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Experiences

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Education

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Hui Fang

Dartmouth College

Associate Professor of Engineering

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materials science applied physics biomedical engineering electronics nanotechnology electrical engineering nanomaterials flexible electronics solid-state electronics optoelectronics electronic materials semiconductor devices microelectronics biomedical circuits nanoengineering advanced materials thin films advanced functional materials semiconductor technology semiconductor nanostructures neural interfaces nanoscale science nanobiotechnology implantable devices biofabrication condensed matter medical electronics semiconductor materials neurochip nano energy biomedical imaging nanometrology nanostructure synthesis biomedical technologies nanomechanics surface nanotechnology implantable sensors foldable structure compound semiconductors quantum science material chemistry micro technology biomems lab-on-a-chip plasmonics two-dimensional semiconductors simultaneous electrophysiology transparent arrays bilayer-nanomesh microelectrodes nanoparticle research health technology animal cognition animal science science advance medical technology intermittently connected device carbon-based materials applied chemistry brain imaging microscale system membrane technology charge transport quantum photonics thin film processing single-layer chalcogenides strong interlayer coupling degenerate n-doping transient spatiotemporal mapping bioresorbable silicon electronics electrical activity long-term cardiac electrophysiology metal-catalyzed crystallization amorphous carbon nonhuman primates long-term recording two-photon imaging neural engineering bioelectronics brain-like computing neuroscience bio-inspired computation clinical engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

Lessons Learned and Challenges Ahead in the Translation of Implantable Microscale Sensors and Actuators. Annual Review of Biomedical Engineering (2025)

microactuatorschallenges aheadimplantable microscale sensorsbiomedical engineeringbioelectronicsmicro technologyimplantable sensorsmedical devicesimplantable devicesbiomedical circuitsbiological engineeringprecision engineeringmicrofluidics

Monolithic Three-Dimensional Neural Probes From Deterministic Rolling of Soft Electronics. Nature Electronics (2025)

Yi QiangWen GuDongyeol JangYieljae ShinDelin ShiKyung Jin SeoGen LiSandra VinnikovaShiqiang WuAditya IyerPietro ArtoniJaehyeon RyuTianyu BaiVaishnavi DhawanMaria MedallaDouglas L. RoseneTara L. MooreAbigail N. KoppesRyan KoppesJyun-you LiouChandramouli ChandrasekaranXinyan Tracy CuiShuodao WangHui Fang

biomedical engineeringsoft electronicsneurochipneural interfaceselectronicsflexible electronicsneural engineeringapplied physicsprecision engineeringbiomedical circuits

Stabilized Carbon Coating on Microelectrodes for Scalable and Interoperable Neurotransmitter Sensing. Nature Communications (2025)

Yongli QiDongyeol JangJaehyeon RyuTianyu BaiYieljae ShinWen GuAditya IyerGen LiHongtao MaJyun-You LiouMatthijs van der MeerYi QiangHui Fang

carbon nanotubesbiofabricationbiosensorsneurotransmissionelectroanalytical chemistryneural engineeringmicroelectronicsinteroperable neurotransmitterbiomedical circuitsneurochipelectronicsmultisensory integrationbiological engineeringneurotransmittersbiomedical engineeringbiomolecular engineeringmedicinal researchwearable biosensorsbioelectronics

Suppressing Cortical Glutamatergic Neurons Produces Paradoxical Interictal Discharges and Seizures. bioRxiv (Cold Spring Harbor Laboratory) (2025)

biological psychiatryneurologyneuropsychopharmacologycortical glutamatergic neuronsneurotransmissionneurological functionneuromodulation (medicine)neuroscienceneurophysiologyneurons

Array-Wide Uniform Pedot: Pss Electroplating From Potentiostatic Deposition. Biosensors and Bioelectronics (2024)

Yieljae ShinJaehyeon RyuTianyu BaiYi QiangYongli QiGen LiYunxiang HuangKyung Jin SeoHui Fang

biosensorsbiomedical engineeringbiomedical technologiespotentiostatic depositionbiosignal processingbiomolecular engineeringbiological engineeringbioelectronics

Cracking Modes and Force Dynamics in the Insertion of Neural Probes Into Hydrogel Brain Phantom. Journal of Neural Engineering (2024)

Gen LiDongyeol JangYieljae ShinYi QiangYongli QiShuodao WangHui Fang

biomechanical engineeringbiopolymer gelbiophysicsneural probesbiomedical engineeringbiomedical technologiesspinal cordneural interfacesbiomaterialsprototype probesneural engineeringneural tissue engineeringbiofabricationbiomechanicsneuroscienceneurophysiologyhydrogel brain phantom

Flexible Electronic-Photonic 3D Integration From Ultrathin Polymer Chiplets. npj Flexible Electronics (2024)

Yunxiang HuangGen LiTianyu BaiYieljae ShinXiaoxin WangAlexander Ian MorePierre BoucherChandramouli ChandrasekaranJifeng LiuHui Fang

ultrathin polymer chipletselectronicsflexible electronics

Multifunctional Nanomesh Enables Cellular‐Resolution, Elastic Neuroelectronics. Advanced Materials (2024)

Jaehyeon RyuYi QiangLongtu ChenGen LiXun HanEric WoonTianyu BaiYongli QiShaopeng ZhangJyun‐you LiouKyung Jin SeoBin FengHui Fang

materials scienceadvanced materialselastic neuroelectronicsnanomaterialsnanotechnology

Suppression of Visceral Nociception by Selective C-Fiber Transmission Block Using Temporal Interference Sinusoidal Stimulation. bioRxiv (Cold Spring Harbor Laboratory) (2024)

physiologypain medicinepain researchvisceral nociceptionneuromodulation (medicine)nervous systemanesthesiologypain mechanismneurophysiology

Advanced Materials for Implantable Neuroelectronics. MRS Bulletin (2023)

Yongli QiSeung-Kyun KangHui Fang

materials scienceadvanced materialsimplantable neuroelectronics

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Hui Fang

Associate Professor of Engineering

Dartmouth College

Affiliations

Faculty of Arts and Sciences

Department of Engineering Sciences—Thayer School of Engineering

Hui Fang is currently serving as an Engineering Sciences—Thayer School Of Engineering Associate Professor of Engineering at Dartmouth College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Hui Fang

Dartmouth College

Associate Professor of Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Lessons Learned and Challenges Ahead in the Translation of Implantable Microscale Sensors and Actuators. Annual Review of Biomedical Engineering (2025)

Monolithic Three-Dimensional Neural Probes From Deterministic Rolling of Soft Electronics. Nature Electronics (2025)

biomedical engineeringsoft electronicsneurochipneural interfaceselectronicsflexible electronicsneural engineeringapplied physicsprecision engineeringbiomedical circuits

Stabilized Carbon Coating on Microelectrodes for Scalable and Interoperable Neurotransmitter Sensing. Nature Communications (2025)

Yongli QiDongyeol JangJaehyeon RyuTianyu BaiYieljae ShinWen GuAditya IyerGen LiHongtao MaJyun-You LiouMatthijs van der MeerYi QiangHui Fang

Suppressing Cortical Glutamatergic Neurons Produces Paradoxical Interictal Discharges and Seizures. bioRxiv (Cold Spring Harbor Laboratory) (2025)

biological psychiatryneurologyneuropsychopharmacologycortical glutamatergic neuronsneurotransmissionneurological functionneuromodulation (medicine)neuroscienceneurophysiologyneurons

Array-Wide Uniform Pedot: Pss Electroplating From Potentiostatic Deposition. Biosensors and Bioelectronics (2024)

Yieljae ShinJaehyeon RyuTianyu BaiYi QiangYongli QiGen LiYunxiang HuangKyung Jin SeoHui Fang

biosensorsbiomedical engineeringbiomedical technologiespotentiostatic depositionbiosignal processingbiomolecular engineeringbiological engineeringbioelectronics

Cracking Modes and Force Dynamics in the Insertion of Neural Probes Into Hydrogel Brain Phantom. Journal of Neural Engineering (2024)

Gen LiDongyeol JangYieljae ShinYi QiangYongli QiShuodao WangHui Fang

Flexible Electronic-Photonic 3D Integration From Ultrathin Polymer Chiplets. npj Flexible Electronics (2024)

Yunxiang HuangGen LiTianyu BaiYieljae ShinXiaoxin WangAlexander Ian MorePierre BoucherChandramouli ChandrasekaranJifeng LiuHui Fang

ultrathin polymer chipletselectronicsflexible electronics

Multifunctional Nanomesh Enables Cellular‐Resolution, Elastic Neuroelectronics. Advanced Materials (2024)

Jaehyeon RyuYi QiangLongtu ChenGen LiXun HanEric WoonTianyu BaiYongli QiShaopeng ZhangJyun‐you LiouKyung Jin SeoBin FengHui Fang

materials scienceadvanced materialselastic neuroelectronicsnanomaterialsnanotechnology

Suppression of Visceral Nociception by Selective C-Fiber Transmission Block Using Temporal Interference Sinusoidal Stimulation. bioRxiv (Cold Spring Harbor Laboratory) (2024)

physiologypain medicinepain researchvisceral nociceptionneuromodulation (medicine)nervous systemanesthesiologypain mechanismneurophysiology

Advanced Materials for Implantable Neuroelectronics. MRS Bulletin (2023)

Yongli QiSeung-Kyun KangHui Fang

materials scienceadvanced materialsimplantable neuroelectronics

1
2
3
4
5
9
10 / page

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Davood Shahrjerdi

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New York University

biosensor

nanomaterials

Rehan Kapadia

Institution

University of Southern California

nanotechnology

nanomanufacturing

Swastik Kar

Institution

Northeastern University

nanomaterials

nanoparticle research

Goutam Koley

Institution

Clemson University

materials science

optoelectronics

Shadi Dayeh

Institution

University of California, San Diego

atomic scale microscopy

electronic material growth

Deyu Li

Institution

Vanderbilt University

nano energy

nanofluidics

Chris Zorman

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microfabrication

nano electro mechanical system

Stephen E. Saddow

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University of South Florida

sic cvd

microfabrication

Richard Mu

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nanomaterials

nanoparticle research

Roger Narayan

Institution

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biosensor

additive manufacturing