The Third Workshop on GenAI for Health Agentic Systems, Clinical Trust, and Future Potential

GenAI4Health @ NeurIPS 2026
December 12, 2026 · Sydney, Australia
Follow @GenAI4Health for the latest updates
Agenda (Tentative)GENAI4HEALTH @ NEURIPS 2026

Tentative schedule. Session details and speakers will be announced.

Morning Session
8:00-8:10
Opening Remarks
8:10-10:10
Keynote Session I: Five keynote talks (including Q&A)
10:10-10:30
Morning Coffee Break
10:30-11:00
Panel Discussion I: Frontier agentic/multimodal models and clinical trust
11:00-11:45
Contributed Talks I: Three research talks
11:45-12:00
Session Buffer
12:00-1:00
Lunch Break
Afternoon Session
1:00-3:00
Keynote Session II: Four keynote talks (including Q&A)
3:00-3:20
Afternoon Coffee Break
3:20-3:50
Panel Discussion II: Ambient, conversational, and embodied systems for health
3:50-4:40
Interactive Poster Session
4:40-4:50
Award Ceremony
4:50-5:00
Closing Remarks
Call for PapersGenAI4Health @ NeurIPS 2026

About

Building on two successful editions at NeurIPS 2024 and NeurIPS 2025, the third GenAI4Health workshop convenes machine learning researchers, healthcare professionals, policy experts, and clinical practitioners to advance capable, safe, equitable, and trusted generative AI for health. This year, we additionally introduce a forward-looking track on next-generation human-AI interaction - spanning ambient, conversational, and embodied systems for care.

Sydney, Australia. December 12, 2026.

Topics of Interest

We invite submissions of original, unpublished work related to Generative AI in healthcare.

1

Frontier Models for Health

We welcome submissions advancing the frontier capabilities of foundation models in healthcare. This track spans the full spectrum of modern medical AI - from agentic systems and clinical reasoning to multimodal learning over text, imaging, audio, video, waveform, and EHR data - with an emphasis on methods that translate into real clinical impact.

Topics include, but are not limited to:
  • Agentic medical AI systems
  • Reasoning in clinical foundation models
  • Multimodal learning across text, image, audio, video, waveform, and EHR data
  • Retrieval-augmented generation and medical knowledge integration
  • Foundation models for diagnosis, prognosis, triage, and care planning
  • Tool use, planning, and autonomous task execution in healthcare settings
  • Clinical LLMs and domain-adapted medical foundation models
  • Multimodal copilot architectures for clinicians and care teams
  • Longitudinal patient modeling
  • General-purpose methods for robust, scalable healthcare AI
2

Trustworthy AI, Policy, Human-AI Collaboration & Adoption

Approaches to ensuring the safety, robustness, and fairness of generative AI in medical contexts, and strategies for responsible real-world deployment. This track invites work at the intersection of technical rigor, clinical practice, and policy - from safety evaluation and red teaming to human oversight and the practical challenges of integrating AI into clinical workflows.

Topics include, but are not limited to:
  • AI nurse copilots and clinical decision support
  • Surgical AI and safety-critical clinical applications
  • Safety benchmarks and evaluation frameworks for medical GenAI
  • Misuse detection and prevention
  • Red teaming and adversarial testing practices
  • Explainability, transparency, and interpretability in clinical AI
  • Ethical evaluation, health disparities, and bias mitigation
  • Human oversight and clinician-in-the-loop systems
  • Human-AI collaboration and trust calibration in care teams
  • Regulatory alignment (e.g., FDA) and international standards for AI in healthcare
  • Deployment, adoption, and change management in clinical workflows
  • Post-deployment monitoring and real-world performance evaluation
3

Toward 360° AI Care: Ambient, Conversational & Embodied Systems for Health

A forward-looking track on next-generation human-AI interaction paradigms in medicine. As AI moves beyond the chat box into clinics, homes, and everyday care, this track explores systems that listen, converse, remember, and act - spanning ambient intelligence, voice-first interfaces, and embodied agents that support patients, caregivers, and clinicians across the full arc of care.

Topics include, but are not limited to:
  • Voice agents for patients and clinicians
  • Ambient scribes and passive clinical documentation
  • Conversational AI for care delivery, triage, and follow-up
  • Longitudinal patient interaction, memory, and continuity of care
  • AI companions, coaches, and virtual care navigators
  • Multimodal interactive systems combining speech, text, vision, and context
  • Context-aware assistants embedded in clinical environments
  • Care coordination across patients, caregivers, and providers
  • Embodied and agentic interfaces for healthcare tasks
  • Speech understanding and synthesis for medical dialogue (e.g., accents, disfluencies, emotion)
  • Turn-taking, interruption handling, and real-time interaction in clinical conversations
  • Accessibility and inclusive design for aging populations and patients with impairments
  • Evaluation of conversational and ambient systems in real-world care settings

Camera-Ready Submission Guidelines

For accepted papers only. Camera-ready papers must include author information. The anonymous submission requirements below apply only to the initial review stage, not to the final version.

Camera-ready deadline: October 25, 2026, 11:59 PM AoE (Anywhere on Earth).

Download Camera-Ready LaTeX Template (ZIP)

  • Review Feedback: Please carefully address all reviewer feedback and thoroughly proofread your paper for clarity and consistency.
  • LaTeX Format: Use the workshop-specific template linked above. Upload the ZIP to Overleaf and compile main.tex, or follow the included README for local compilation. For an existing paper, copy both style files into your project and replace your NeurIPS package line with \usepackage{genai4health_2026}. Do not load neurips_2026 separately; the workshop package automatically enables the final format.
  • Author Information: Restore author names, affiliations, and acknowledgments in the final paper, subject to the Authorship Policy below. The camera-ready version must not be anonymous.
  • Workshop Notice: The template automatically adds the first-page notice: GenAI for Health Workshop @ NeurIPS 2026, Sydney.
  • Public Availability: Accepted papers will be made publicly available on OpenReview after the camera-ready stage, unless you contact the organizers before the camera-ready deadline to opt out.

Important Dates

Paper Submission DeadlineSep 9, 2026 Extended
Acceptance NotificationSep 29, 2026
Camera-ready SubmissionOctober 25, 2026
Workshop DayDecember 12, 2026

All deadlines are at 11:59 PM AoE (Anywhere on Earth).

Submission Tracks

Research, demonstration, and position papers may address any of the three topic areas. We encourage multidisciplinary submissions involving stakeholders from healthcare, public policy, and adjacent fields.

Research Papers

Up to 9 pages

The core of the program: methodological advances and empirical studies in generative AI for health.

What we expect.

Research papers should be complete, self-contained works: a clearly stated problem, a described method, and empirical evidence supporting the claims. Experiments should include appropriate baselines and evaluation protocols (e.g., held-out test data, ablations where relevant). Work in progress is acceptable only if the current results already substantiate the central claim - promising directions without supporting evidence are better suited as short position papers.

What reviewers will assess.

(1) Technical soundness and rigor of the evaluation; (2) novelty of the method, benchmark, dataset, or findings; (3) relevance and potential impact for health; (4) clarity of presentation. A Research Paper does not need to be at the level of a full NeurIPS main-conference paper in scope, but its claims must be well supported by the evidence presented.

Demonstration Papers

Up to 5 pages

Working systems, applications, and tools relevant to generative AI in health.

What we expect.

Demonstration papers should describe a functioning system - deployed, in pilot, or in a working prototype state - including its architecture, intended users, and use context. A comprehensive quantitative evaluation is not required; however, submissions should include evidence that the system works as described (e.g., screenshots, example interactions, a video link, usage statistics, or preliminary user feedback). Mockups or purely conceptual designs are not a fit for this track.

What reviewers will assess.

(1) Whether the system is real and functional; (2) relevance and usefulness to health stakeholders; (3) technical interest of the system design; (4) clarity of the demonstration plan.

Position Papers

Up to 5 pages

Perspectives, analyses, and proposals on policy, governance, evaluation practices, or deployment strategies for generative AI in health.

What we expect.

Position papers should advance a clear, well-argued thesis. New experiments are not required, but arguments must be grounded in evidence - literature, regulatory precedent, clinical experience, or documented deployments. A strong position paper engages seriously with counterarguments rather than only advocating one side.

What reviewers will assess.

(1) Clarity and significance of the position; (2) quality and grounding of the argument; (3) potential to provoke productive discussion in the community; (4) multidisciplinary relevance.

Submit Your Paper

Choose the appropriate OpenReview submission track for your paper.

Submission Format Requirements

Initial submissions (review stage only). For accepted papers, follow the Camera-Ready Submission Guidelines above instead of the anonymous formatting instructions.

  • You must format your submission using the NeurIPS 2026 LaTeX style file. The NeurIPS Paper Checklist is not required.
  • Use \usepackage{neurips_2026} without options to ensure the submission is anonymous.
  • All page limits exclude acknowledgments, references, and appendix.
  • Papers may be rejected without consideration of their merits if they fail to meet the submission requirements.
  • We encourage multidisciplinary submissions involving stakeholders from healthcare, public policy, or adjacent fields to ensure practical relevance and responsible innovation.
  • Supplementary materials (code, data, videos) may be submitted as appendices.
  • Papers submitted to the workshop must not have been previously published at another venue at the time of submission.
  • The accepted papers will be non-archival (NOT included in proceedings or any form of publication).
  • Non-archival status means papers can be submitted to other venues after the workshop.
  • Accepted workshop papers (after the camera-ready stage) will be made publicly available by default. However, authors may choose to opt out, in which case their paper (PDF file) will not appear on OpenReview. A reminder will be sent to authors before the camera-ready stage.

Review Process

The following describes the initial review stage. Camera-ready papers are not anonymous.

  • Platform: All submissions are made through OpenReview (portal link to be posted on this page). All submitting authors need an OpenReview account; new account approval can take several days, so please register early.
  • Double-blind review: Submissions must be fully anonymized: no author names, affiliations, identifying acknowledgments, or non-anonymized links (e.g., a GitHub repository revealing authorship). Use \usepackage{neurips_2026} without options to keep the submission anonymous. Violations may lead to desk rejection.
  • Number of reviews: Each submission receives at least two reviews from the program committee, matched by topic area and track.
  • Author response: There is no author rebuttal or response stage. Given the short turnaround between the submission deadline and notification, decisions are made based on reviews and program committee discussion only. Please ensure your submission is self-contained and anticipates likely questions (e.g., in a limitations section).
  • Confidentiality: Submissions are visible only to assigned reviewers and organizers during review. Rejected submissions will not be made public.

Publication Policy: Non-Archival Status & Dual Submission

We know these policies generate the most questions - please read this section carefully.

GenAI4Health is a non-archival workshop. Accepted papers will not be published in any proceedings and will not be considered a formal (archival) publication. Acceptance is a recognition by the workshop community, not a publication of record.

What this means for you, concretely:

  • You may submit your workshop paper to other venues afterwards. Because acceptance here is non-archival, presenting at GenAI4Health does not preclude subsequent submission of the same or extended work to archival conferences (e.g., NeurIPS, ICML, ICLR, CHIL, ML4H proceedings track) or journals. Authors retain full copyright of their work.
  • Work under review elsewhere may be submitted here, provided this does not violate the other venue's dual-submission or anonymity policy. It is the authors' responsibility to check the other venue's rules (note: some venues prohibit concurrent workshop submissions or public posting - check before you submit).
  • Previously published work may not be submitted. Papers that have already appeared in an archival venue (conference proceedings or journal) at the time of submission are not eligible. Non-archival preprints (e.g., arXiv) are fine and do not count as prior publication.
  • Public availability. Accepted papers will be made publicly available on OpenReview by default after the camera-ready stage. Authors may opt out, in which case the PDF will not be posted; a reminder will be sent before the camera-ready deadline. Posting on OpenReview is a courtesy listing, not an archival publication.

Authorship Policy

To maintain the integrity and transparency of the review process, the following authorship rules will be strictly enforced:

  • No authors may be added after the submission deadline. This applies to all stages after submission, including review, camera-ready preparation, and any subsequent versions of the paper.
  • Author reordering is permitted for accepted papers, provided all listed authors consent to the change.
  • Author removal after submission requires written consent from all authors, including the author being removed. Requests must be sent to the program chairs with a clear justification.

Presentation & Awards

  • All accepted papers will be presented with posters.
  • Oral/spotlight presentations will be selected from the accepted papers.
  • Three Outstanding Paper Awards will be selected, one for each paper track.
Author FAQRegistration, camera-ready & presentation

Answers to common questions for accepted authors across all three tracks. Updated October 16, 2026.

Registration & Visa

How do I access author registration?

Follow the NeurIPS author registration instructions and check that your accepted paper appears under My Stuff in your NeurIPS account. Each paper has one reserved paid registration allocation. Please agree with your coauthors on who will use it before registering.

Which registration should I select?

Select Sydney Workshops & Competitions. If you also wish to attend the main conference, select Sydney Conference & Tutorials as well. Main-conference registration alone does not cover the workshops.

Can additional coauthors attend?

Yes, with their own valid registration. Only one author allocation per paper is reserved; additional registrations are not guaranteed. Additional attendees may join the NeurIPS waitlist.

How long is the reserved author registration available?

Please check the official author registration guidance for current availability. We cannot guarantee how long an unused allocation will remain available. For time-sensitive registration questions, please contact NeurIPS registration support directly.

How can I obtain a visa invitation letter?

After purchasing an in-person registration, you can obtain a visa invitation letter through the NeurIPS system.

Posters & In-Person Presentation

What are the poster size and printing requirements?

Use portrait format, 61 cm wide × 85 cm high, for all three GenAI4Health tracks. Do not exceed these dimensions. These are workshop specifications; the main-conference format is different. Display posters on the designated boards near our room, use only venue-provided adhesive strips, and remove posters after your session. Do not attach posters to walls. See the official NeurIPS poster instructions, under “Poster Display Instructions For Workshops — Sydney” and “Poster Printing — Sydney,” for printing and collection details. Board assignments will be shared separately.

Can someone else present our paper?

Yes. A colleague, friend, or another willing representative may present your poster with your permission. They do not need to be a coauthor, but must have valid registration covering the Sydney workshops. The reserved author allocation cannot be transferred to a non-author. No advance notification to the workshop is required solely to arrange a poster presenter.

What if none of the authors can attend in person?

Please make every effort to arrange a colleague or friend to present your poster. Remote presentation is not available, and the workshop cannot arrange presenters for authors.

Must a Demonstration paper include a live system demonstration?

No. Presenting a poster is sufficient; running the system live is not required. A representative may present the poster on your behalf.

Camera-Ready & Publication

What is the camera-ready deadline and page limit?

The deadline is October 25, 2026, at 23:59 AoE (Anywhere on Earth). Research papers may contain up to 10 pages of main text; Demonstration and Position papers may contain up to 6 pages, excluding acknowledgments, references, and appendices. Please use the camera-ready template available on https://genai4health.github.io/ and include author names and affiliations.

What can I change in the camera-ready revision?

You may replace the PDF, update the title, abstract, and TL;DR, reorder existing authors with all authors’ consent, and correct existing authors’ names and affiliations. Adding, removing, or replacing authors is not permitted.

May I add experiments or update results?

Yes. You may add experiments and update your results to address reviewers’ feedback, within the camera-ready page limits.

Why does NeurIPS still show an earlier title or abstract?

Please make any title or abstract changes in OpenReview. We will update the NeurIPS listings in a single batch after the camera-ready deadline, so changes will not appear there immediately.

Will the final paper be public?

Accepted final papers will be public by default after the camera-ready stage. To keep your PDF non-public, contact genai4health@googlegroups.com with your track and paper ID before the camera-ready deadline. The title, authors, and abstract remain public. PDFs are non-public during the current revision stage.

Contact & Support

Who should I contact if something is not working?

For paper association or OpenReview revision issues, email genai4health@googlegroups.com with your track, paper ID, and a brief description. Include a screenshot if helpful. For payment or registration account issues, please contact NeurIPS registration support.

Program Committee

Listed in randomized order

  • Arushi KesarwaniFacebook
  • Shou-Kai ChengUPenn
  • Zhe FeiUniversity of California, Riverside
  • Dong Hye YeGeorgia State University
  • Guojun XiongHarvard University
  • Rochana Prih HastutiUniversity of Central Florida
  • Tianxiao HeNYU
  • Akshay SwaminathanStanford University
  • Leander Melroy MabenCMU
  • Arshia IlatyUC Irvine
  • Yuwei ZhangUniversity of Cambridge
  • Yasunobu NoharaKumamoto University
  • Jianzhou YaoETH Zurich
  • Hanxue GuUCSF
  • Junichiro IwasawaPreferred Networks, Inc.
  • Fahad KamranOura Ring
  • Lei ZhuHKUST
  • Yun ZiGeorgia Tech
  • Yongyi LuGuangdong University of Technology
  • Krishna Chaitanya BalusuFacebook
  • Mozhgan SaeidiStanford University
  • Sidharth KumarUT Austin
  • Milos VukadinovicKaiser Permanente
  • Zitong LinNorthwestern University
  • Ravi ShankarUniversity of Oxford
  • Cuiyuanxiu ChenStanford University
  • Jinyin WangOracle
  • Quang-Khai Bui-TranHo Chi Minh city University of Science, Vietnam National University
  • Alistair JohnsonMicrosoft
  • Pedro José Ferreira MoreiraMIT
  • Runhan ChenNYU
  • Haoyu DongDuke University
  • Fangrui HuangStanford University
  • Jonathan LiuPrinceton University
  • Joseph Paul CohenAmazon
  • Xiongchang LiuGoogle
  • Xiaoxu MaGeorgia Tech
  • Ziyang SongOhio University
  • Jonathan FeldmanGeorgia Tech
  • Jenny XuGoogle
  • Boyang LiKean University
  • Kethmi Hirushini HettigeNTU
  • Zhichao FanFacebook
  • Liyan SunXiamen University
  • Ruixiang TangRutgers University
  • Nagur Shareef ShaikGeorgia State University
  • Xidong WangCUHK
  • David CalhasUniversity of Ljubljana
  • Gautam AhujaNygen Analytics
  • Mehmet Yigit TuraliUCLA
  • Shuang LiThe Chinese University of Hong Kong (Shenzhen)
  • Simon EllershawKing's College London, University of London
  • Caitlyn H. YinUniversity of Wisconsin - Madison
  • Minghan LiColorado School of Mines
  • Ariel Guerra-AdamesUniversity of Bordeaux
  • Nutan SahooMicrosoft
  • Zhuosheng LiuFacebook
  • SeungHyun YiKyung Hee University
  • Prithwish ChakrabortyJ.P. Morgan Chase
  • Xinxin WangCase Western Reserve University
  • Siying LiuDeakin University
  • Monica MunnangiNortheastern University
  • Matthew PanCMU
  • Guodong Gordon GaoJohns Hopkins University
  • Satyapriya KrishnaHarvard University
  • Zhimeng LuoUniversity of Pittsburgh
  • Wangjiaxuan XinUniversity of North Carolina at Charlotte
  • Zijie LiuUniversity of North Carolina at Chapel Hill
  • Li Lianjie AnthonyNational University Health System
  • Lingyun WangUniversity of Pittsburgh
  • Xian WuTencent
  • SayedMorteza MalaekehUT Austin
  • Yongjun LuIndependent
  • Radhika DuaNYU
  • Rossella ArcucciImperial College London
  • Duncan Terell ForsterHarvard Medical School, Harvard University
  • Seongsu BaeKAIST
  • Xueqi GuoSiemens Healthineers
  • Arinbjörn KolbeinssonUniversity of Virginia
  • Wei DaiMIT
  • Xiaoke HuangUniversity of California, Santa Cruz
  • Mahed AbroshanImperial College London
  • Weiman YanUIUC
  • Antonio ParzialeUniversity of Salerno
  • Che LiuImperial College London
  • Shiyang LiAmazon
  • Wenbin GuoUCLA
  • Kyungmin JeonSeoul National University
  • Noah LewisGeorgia Tech
  • Vinicius de CamargoUniversidade de São Paulo
  • Ashu PhaugatCVS Health
  • Yuelin ZouAmerican Express
  • Favour NerriseStanford University
  • Kyle CoxAgency Enterprise Studio
  • Xiaoyan ShenUT Arlington
  • Feng LiuRutgers University
  • Boyuan LiStanford University
  • Liran MaoUPenn
  • Ethan SteinbergKinetic Systems
  • Jash MehtaHippocratic AI
  • Fengxiang ZhaoFacebook
  • Kaiping ZhengNUS
  • Huan HeAuburn University
  • Avinash Goutham AluguvellyUT Austin
  • Lovedeep GondaraVanguard Group
  • Qiao XiaoHKUST
  • Francis ArellanoGeorgetown University
  • Neeraj KumarMemorial Sloan Kettering Cancer Centre
  • Denglin JiangBloomberg
  • Fabian GrögerEPFL
  • Runyu GaoJohns Hopkins University
  • Bowen YiUSC
  • Nuo LiuThe Arc Institute
  • Siqiao ZhaoMorgan Stanley
  • Yunsoo KimUCL
  • Spurti NimbaliStanford University
  • Yusu FangCMU
  • Seungjun YiUT Austin
  • Richard M. GoldenUT Dallas
  • Abhishek GangwarMicrosoft
  • Sheng Fung WongUniversity of Oxford
  • Zicheng WangUniversity of Chicago
  • Luxuan ZhangOhio University
  • Denis Jered McInerneyCodaMetrix
  • Wenqi Marshall GuoUBC
  • Do June MinUniversity of Michigan
  • Alex FedorovEmory University
  • Bailey TrangStanford University
  • Deepthi PotluriUT Austin
  • Vedant BarbhayaHippocratic AI
  • Bhawesh KumarGoogle Research
  • Dongrong YangDuke University
  • Yihe WangUniversity of North Carolina at Charlotte
  • Mohamed El MasryUniversity of Pittsburgh
  • Mahdi Arab LoodarichehCity University of New York
  • Sihang ZengHarvard Medical School, Harvard University
  • Michael S YaoUPenn
  • Bingbin LiuHarvard University
  • Pengcheng JiangUIUC
  • Sajib Acharjee DipVirginia Tech
  • Yushun DongFlorida State University
  • Mehak Preet DhaliwalUC Santa Barbara
  • Zihan GuanUniversity of Virginia
  • Xinyu ZhaoUniversity of North Carolina at Chapel Hill
  • Liu ChenMassachusetts General Hospital, Harvard University
  • Yuekai WangUC Berkeley
  • Hui ShenUniversity of Michigan
  • Seunghyun JangSeoul National University
  • Giorgia CarraCHUV - University Hospital Lausanne
  • Tiantian FengUSC
  • Dillon MehtaJordan High School
  • Qiliang LaiRice University
  • Jiayu ZhouUniversity of Michigan
  • Rama ChellappaJohns Hopkins University
  • Xinhe XuUIUC
  • Hajar HomayouniSan Diego State University
  • Miguel Angel Fuentes HernandezSprinter Health
  • DeBrae Kennedy-MayoGeorgia Tech
  • Haoxu HuangNYU
  • Stefan HegselmannCharité - Universitätsmedizin Berlin
  • Yikun HanUIUC
  • Shiva Souhith GanthaMatic Robots, Inc.
  • Yunta HsiehUPenn
  • Iain NashEdge Hill University
  • Fuzail KhanFacebook
  • Ohm Rishabh VenkatachalamHippocratic AI
  • Silvio AmirNortheastern University
  • Chengbo ZhanUT Arlington
  • Tongyue ShiCUHK
  • Amey Sunil KulkarniIndependent
  • Pavan ReddyGeorge Washington University
  • Junyao WangUC Irvine
  • Xiaoman ZhangShanghai Jiao Tong University
  • Malithi Mithsara Wanniarachchi KankanamgeSouthern Illinois University-Carbondale
  • Konstantinos BarmpasImperial College London
  • Jungwoo OhKAIST
  • Mercy Nyamewaa AsieduGoogle Research
  • Runlin HeMorgan State University
  • Tanvi RangaState University of New York at Buffalo
  • Xu YangUT Austin
  • Simona CristeaHarvard University
  • Qinru LiUC San Diego
  • Francesco S. CarzanigaIBM Research
  • Wenqi JiaUT Arlington
  • Shrey PanditSalesforce
  • Yifan LiPinterest, Inc.
  • Smith KakarAmazon
  • Shanil PuriHippocratic AI
  • Haoran QinVanderbilt University
  • Jaeyoung LimUlsan National Institute of Science and Technology
  • Sanja ScepanovicNokia networks GmbH
  • Abdalrahman AlblwiKing Saud bin Abdulaziz University for Health Sciences
  • Leopoldo Julian Lechuga LopezNYU
  • Ziheng ChenUT Austin
  • Zhiyun ZhangCMU
  • Xinlu ZhangAmazon
  • Xueyang LiUniversity of Notre Dame
  • Xuefeng LiuUniversity of Florida
  • Vivek ShankarGoogle
  • Jenq-Neng HwangUniversity of Washington, Seattle
  • Shunning LiangWashington University, Saint Louis
  • Lixin WuUIUC
  • Ting DangUniversity of Melbourne
  • Yumin ZhengMcGill University
  • Zicong ZhangPurdue University
  • Hojjat KaramiEPFL
  • Bret NestorUBC
  • Sofiia KononovychImperial College London
  • Yiğit NarterBilkent University
  • Jinhao DuanUniversity of North Carolina at Chapel Hill
  • Rohan VermaSurfSense Inc.
  • Shiqi LiuStanford University
  • Muhammed Hasan KayapinarDuke University
  • Xinyu WangMcGill University
  • Jifan GaoDana-Farber Cancer Institute
  • Haoyu HanMichigan State University
  • Hana KhamfroushAmazon
  • Ashish JainAirbnb
  • Yasha EktefaieHarvard University
  • Sicheng YangAlibaba Group
  • Wenjun ChenMeta Platforms, Inc
  • Melanie SegadoStanford University
  • Dantong ZhuColumbia University
  • Xinglang ZhangHKUST
  • Kaidi XuCity University of Hong Kong
  • Blazej ManczakDynamo AI
  • Qile WangUniversity of Delaware
  • Chia-Hsuan HsuNational Yang Ming Chiao Tung University
  • Ji Young ByunJohns Hopkins University
  • Jiwen YouFacebook
  • Yuli WangIcahn School of Medicine at Mount Sinai
  • Gao MoThe Washington Post
  • Gen ZhouUniversity of Western Ontario
  • Emmanouil NikolakakisUniversity of California, Santa Cruz
  • Jingxin YangNVIDIA
  • Ashish MehtaHippocratic AI
  • Patrick VosslerUCSF
  • Yimin LiuOhio State University, Columbus
  • Jie RenMIT
  • Junda WangUMass Amherst
  • Zhenglun KongUniversity of Miami
  • Yining WuUT Austin
  • Yuan WangZhejiang University
  • Hsin-Ling HsuNational Chengchi University
  • Saksham KhatwaniUniversity of Colorado Anschutz Medical Campus
  • Lyvia LusijiLelapa AI
  • Kuk Jin JangHongik University
  • Yeonsu KwonKAIST
  • Yaowenqi LiuUIUC
  • Mateus Guimarães Lima de FreitasUT Austin
  • Zongxu ZhangPeking University
  • Wei-Chieh SunUniversity of Washington
  • Vishnu BoddetiMichigan State University
  • Ruyu ZhouUniversity of Rhode Island
  • Wataru KawakamiThe University of Tokyo
  • Dhivya NagasubramanianUniversity of Minnesota - Twin Cities
  • Ayush SinglaWhoop Inc.
  • Jichen YangDuke University
  • Joseph EnguehardRobin AI
  • Awais NaeemUT Austin
  • Vinicius Anjos de AlmeidaUniversidade de São Paulo
  • Yen Nhi Truong VuWhiterabbit.ai
  • Nanyan ZhuMeta
  • Daria HemmerlingSoftServe Inc.
  • Jian YuUT Austin
  • Indu BalaUniversity of Adelaide
  • Miko RimerStanford University
  • Hritik ArasuUT Dallas
  • Chengxuan XiaGoogle
  • Rohan M. RaniGeorgetown University School of Medicine
  • Qixin HuUSC
  • Chaehyeon KimUPenn
  • Chi-Kuang YehGeorgia State University
  • Jie PengUniversity of Science and Technology of China
  • Yilin YeColumbia University
  • Shiva KaulOptum
  • Shuying CaoStanford University
  • Yiwei LiMassachusetts General Hospital, Harvard University
  • Yanchen WangStanford University
  • Yanjun GaoUniversity of Colorado Anschutz Medical Campus
  • Dan ZhangWellcome Sanger Institute
  • Raghav SharmaWorkday
  • Yinghao FuCity University of Hong Kong