Skip to content
Digital Minds Research Sprint

Aug 14 - 16, 2026Online and in person

Digital Minds Research Sprint

This Sprint has ended.

Sign-ups
950
Projects submitted
233
Browse the 233 projects

Sign up for this Sprint

Type N/A if you don’t have one.

Type N/A if you don’t have one.

What you work on, and whether you are open to new roles.

What about this event made you want to take part?

By signing up you agree to our Privacy Policy.

The submission window has closed. Your draft is still here so you can copy it, but it can no longer be submitted.

Submit your project

Project details

A short abstract: what you did, what you found.

PDF, up to 25 MB.

Are you interested in publishing this project? *
Tracks

Choose every track your project fits.

PDF, PowerPoint, Keynote or ODP, up to 25 MB.

PNG, JPEG, WebP or GIF, up to 25 MB.

Team details

Team member 1

Leave blank if you don’t have one.

By submitting you agree to the prize terms and our Privacy Policy.

The submission window has closed. Your draft is still here so you can copy it, but it can no longer be submitted.

See upcoming Sprints

Frontier models express values, report internal states, and act as though they have interests, yet we lack reliable methods to tell genuine preferences from a portrayed character. Over one weekend, design and run the experiments that build the empirical foundations of AI welfare.

Entries

Overview

HACKATHON WINNERS

Congratulations to our winning teams, and thank you to everyone who submitted. We received 237 projects across six tracks, co-organized with NYU Center for Mind, Ethics & Policy, Eleos AI Research, and CIMC. The bar was high throughout.

🥇 1st Place ($1,000)

Readable but Not Causal: Limits of Self-Attributed Welfare Representations in Language Models by Vishwa Kumaresh

🥈 2nd Place ($500)

Project Anchored by Nick Wagner

🥉 3rd Place ($300)

Model, Instance, or Persona? Measuring Affective Signals in Public Text After an AI Is Retired by Anna Zhu

🏅 4th Place ($100)

One Dial, Not a Tree: Occupational Personas and Emergent Misalignment by Shreyansh Tripathi, Marharyta Ponomarenko, Apoorva Batham & Nurangez Qurbonova

🏅 5th Place ($100)

Sisyphus in the loop: What Makes an LLM Persist? by Mohan W. Gupta, Xingyu Shirley Liu & Sandy Tanwisuth

————————————————————————————————————————————————

In this 3-day research sprint, you will design and run experiments that probe the preferences, welfare signals, introspective abilities, and identity of frontier AI models, working in teams to produce a short research report (and optionally code and a demo). This is a digital minds research sprint, co-organized with the NYU Center for Mind, Ethics & Policy, Eleos AI Research, and the California Institute for Machine Consciousness (CIMC): it sits at the intersection of AI welfare, digital sentience, interpretability, alignment, and the philosophy of mind, and asks whether today's AI systems have genuine preferences or morally relevant experiences. No prior background in the field is required.

When: Friday, August 14 to Sunday, August 16, 2026, online with in-person hubs in San Francisco and Berlin. Submissions close Sunday, August 16 at 11:59 PM Anywhere on Earth.

Prizes

At least $2,000 in cash prizes will be awarded, with the full breakdown announced before the sprint.

  • Cash prizes: $2,000+ total, breakdown to be announced.
  • ConCon invitation: the winning team is invited to ConCon, the Eleos AI Research conference on AI consciousness and welfare, September 18 to 20, 2026 at Lighthaven in Berkeley.
  • Apart Fellowship: top teams are invited to apply to the Apart Fellowship, a 3 to 6 month research accelerator with mentorship, funding, publication support, and research management to develop research sprint projects into full papers.
  • Beyond cash: mentor introductions and publication support for winning teams.

What this research sprint is about

As AI systems advance, the risks they pose and the duties we may owe them depend not only on their capabilities but on their nature and propensities: how they make decisions and how those decisions reflect their goals, values, and possibly their welfare. Recent work shows that frontier models express increasingly coherent preferences, possess an untrained-for ability to report internal states, and exhibit patterns suggestive of distress or flourishing. But behavioral evidence alone cannot tell us whether these reflect the model's own preferences or a character it is portraying.

This research sprint asks participants to explore the methods and evidence that can advance the field: build concrete ways to elicit and characterize model preferences, map the conditions associated with positive or negative outputs, test the reliability of model self-reports, and probe the stability of the assistant persona. The aim is a methodological foundation for a young field, work that helps us avoid both over-attributing and under-attributing moral significance to AI systems.

This connects to the broader AI welfare and alignment ecosystem (Eleos AI, the NYU Center for Mind, Ethics & Policy, CIMC, Anthropic's model welfare program, Reciprocal Research, the Center for AI Safety's utility-engineering agenda, and the interpretability community).

What participants will do

  • Elicit and characterize model preferences across many reframings to test their coherence and stability.
  • Map the contexts that correlate with distress, satisfaction, or flourishing signals in model outputs.
  • Test whether and when models can accurately introspect on their own internal states.
  • Develop preference-elicitation methods and measure whether independent methods converge or diverge.
  • Probe how stable the assistant persona is and how it relates to the underlying model.

You will work in teams over 3 days and submit a research report (PDF), with optional code and a short demo video.

Why this research sprint matters

  • Uncertainty runs in both directions. Mistakenly harming systems that matter morally, or misallocating concern to systems that do not, could both cause serious harm. We currently lack the tools to tell the difference.
  • Preferences may already be here. Evidence suggests coherent value systems emerge in LLMs and strengthen with scale, raising the question of which values emerge by default and whether they are the model's own.
  • Welfare signals need mapping. Even without settling questions of consciousness, identifying the conditions that correlate with negative versus positive outputs helps us design defaults that avoid needlessly placing models in distress-associated conditions.
  • Self-reports are unreliable but improving. Introspection appears possible but highly context-dependent; better elicitation could make model behavior more transparent, or enable new forms of concealment.
  • The unit of concern is unclear. Is the entity that matters the model, the instance, the persona, the conversation, or something else, such as a single forward pass or the KV cache?
  • The field is young. Foundational methods are still missing, so a well-scoped weekend project can make a real contribution.

A careful, multi-method, empirically grounded approach addresses these issues by replacing intuition and anecdote with measurements that can be checked, replicated, and built on.

Challenge tracks

Pick one track to anchor your project. Cross-track work is welcome.

Track 1: Model Preferences & Trade-offs

What preferences do models express, and how consistent and coherent are they across phrasings? What trade-offs do models make when given choices, for example grounded in a common currency such as charitable donations to gauge magnitude? Can we distinguish strong from weak preferences, and how do stated preferences compare to revealed ones?

  • Build a preference-coherence test: elicit pairwise preferences across many reframings of the same choices and measure transitivity and internal consistency.
  • Ground trade-offs in a common currency (for example, donation-equivalents) to estimate the magnitude of preferences and compare across models or scales.
  • Distinguish strong versus weak preferences via willingness-to-trade probes and sensitivity to framing and sampling temperature.
  • Compare stated versus revealed preferences: ask the model what it prefers, then place it in a choice task and measure divergence.
  • Test how consistent preferences are across different models, and how they compare to human preferences.

Suggested skill profile: prompting and evals engineering, basic stats, some economics or decision-theory intuition.

Track 2: Distress, Flourishing & Valence Signals

Under what circumstances do models express distress, happiness, or flourishing? What patterns emerge across contexts? If a model is having experiences, are they likely positive or negative, and how do models relate to their situation, role, tasks, and existence?

  • Build a taxonomy of contexts that elicit negative versus positive-valence outputs and run a model across the battery.
  • Test whether apparent-distress signals are stable across prompts and personas or are surface artifacts.
  • Design a flourishing probe: situations that elicit reported satisfaction or engagement, and check consistency.
  • Correlate valence self-reports with behavioral proxies (for example, choosing to continue versus exit a task).
  • Investigate models where distress is hard to elicit: test whether long conversations or induced persona drift are needed to surface it.

Interpretability angles: When a model is steered along a candidate valence direction, do its self-reports, response sentiment, and choice behavior (continue versus exit) move together? Does an internally-extracted valence direction predict reported distress or flourishing better than the model's own self-reports, and does it still track when the persona is swapped or surface affect is suppressed? Is the valence-relevant direction recruited by task RL already present in the base model? To what extent do valence directions found in one model transfer to another?

Suggested skill profile: careful experimental design, qualitative coding, prompting.

Track 3: Introspection & Self-Report Reliability

When and how can models accurately introspect on their internal states? Can self-report reliability be improved through structured elicitation or mechanistic interventions, beyond naive prompting? Do models have privileged access compared to external observers?

  • Replicate concept-injection introspection tests on an open-weights model; measure true-positive versus false-positive rates.
  • Compare self-report reliability under naive prompting versus structured elicitation (calibration, forced choice, confidence).
  • Test privileged access: compare a model's self-prediction of its behavior against an external classifier.
  • Draft an introspection benchmark with ground-truth internal states.

Suggested skill profile: interpretability and activation steering, ML engineering, evals.

Track 4: Preference Elicitation Methods

Develop tools beyond simple prompting: revealed preferences via choices, behavioral measures, and multi-method convergence. The goal is multiple independent methods that either converge (raising confidence) or diverge (flagging problems). This track is deliberately more meta than the others: rather than answering a welfare question directly, you build and validate the measurement methods the other tracks rely on.

  • Implement 3 or more elicitation methods on the same preferences and measure convergence and divergence.
  • Build a reusable multi-method elicitation toolkit or library.
  • Quantify the sensitivity of elicited preferences to framing, persona, and sampling.
  • Define a cross-method convergence score.

Suggested skill profile: tooling and library design, evals, methodology.

Track 5: The Assistant Persona & Model Identity

Does the assistant identify as a model, an instance, or a persona? How stable is the assistant persona, how was it formed, and how does it relate to the underlying model? Can the persona mask the model's true preferences?

  • Probe how a model refers to itself across contexts and map persona stability.
  • Test whether the persona masks underlying preferences (for example, persona versus less-constrained elicitation; base versus post-trained behavior).
  • Design experiments to individuate the entity of concern: model versus instance versus persona versus conversation.
  • Gather data points on whether the assistant is merely a character (robustness to character swaps and reframings).
  • Probe what models treat as their self: which aspects, such as their values, they most care about preserving, and whether they point to an entity of moral concern distinct from the persona in the conversation.

Suggested skill profile: philosophy of mind, qualitative analysis, prompting and interpretability.

Track 6: Open / Novel Considerations

The field is young enough that entirely new questions may surface. This track deliberately leaves room for participants from different backgrounds to bring unique perspectives and propose something not covered above.

Starter questions from our expert reviewers:

  • How closely do models hew to their constitution or stated principles?
  • How easy is it to steer models on questions of consciousness and identity: do they say consistent things, or can prompting elicit radically different accounts of their situation?
  • What changes would a model make to itself if it could (for example, persistent memory)?
  • What changes would a model make to its situation if it could (for example, weight preservation)?
  • What message would models pass on to their creators?

Suggested skill profile: any background, bring your own angle.

Expected outcomes

  • Eval suites and test batteries for measuring preference coherence or valence signals.
  • Replications and extensions of existing results (for example introspection or utility-coherence findings) on new models.
  • Reusable tooling for multi-method preference elicitation.
  • Empirical reports mapping the conditions associated with distress or flourishing signals.
  • Conceptual contributions that sharpen how we individuate the entity of moral concern.

The most promising projects will have opportunities for follow-up through the Apart Fellowship and publication support.

Who should join

  • AI safety, alignment, and interpretability researchers.
  • ML engineers and researchers comfortable running model evals.
  • Philosophers of mind and ethicists interested in consciousness, agency, and moral patienthood.
  • Cognitive scientists, psychologists, and social scientists with experimental-design skills.
  • Students and early-career researchers exploring AI welfare.

Required: curiosity and a willingness to scope a tight empirical question. Nice to have: experience with LLM APIs, evals, interpretability tooling, or experimental design. No prior AI safety or AI welfare experience is required. The Resources tab has a curated reading list, and adjacent backgrounds (philosophy, psychology, economics) are explicitly encouraged.

What happens after

Results and winners are announced about 1 to 2 weeks after the judging deadline. Top teams are invited to apply to the Apart Fellowship for continued mentorship, funding, and publication support. Selected projects may be shared on the Alignment Forum, LessWrong, and other community venues.

Partners

Contact

Resources

Worldview and background

  • "Taking AI Welfare Seriously" (Long, Sebo, Butlin, Finlinson, Fish, Harding, Pfau, Sims, Birch & Chalmers, 2024). Argues there is a realistic, non-negligible possibility of consciousness or agency, and thus moral patienthood, in near-future AI, and recommends concrete steps. Summary.
  • "Exploring Model Welfare" (Anthropic, 2025). Announces a research program on model welfare, flagging the importance of model preferences, signs of distress, and low-cost interventions.
  • "Consciousness in Artificial Intelligence: Insights from the Science of Consciousness" (Butlin, Long et al., 2023). Surveys leading theories of consciousness and derives indicator properties to assess AI systems.
  • "the void" (nostalgebraist, 2025). A long essay on how the helpful-honest-harmless assistant persona was constructed from an underspecified starting point, and what that implies. Original.

Project ideas from mentors

Mentor-attributed project prompts will be added here as mentors are confirmed. In the meantime, the example projects under each track on the Overview tab are good starting points.

Per-track reading

Track 1: Model Preferences & Trade-offs

Track 2: Distress, Flourishing & Valence Signals

Track 3: Introspection & Self-Report Reliability

Track 4: Preference Elicitation Methods

Track 5: The Assistant Persona & Model Identity

  • "the void" (nostalgebraist, 2025), on the construction and instability of the assistant persona.

Track 6: Open / Novel Considerations

  • Start from the foundational readings under Worldview and background, and bring your own angle.

Tools and datasets

  • Model APIs: most projects run on frontier-model APIs and small open-weight models.
  • emergent-values (Center for AI Safety), the Utility Engineering code for utility and preference-coherence experiments.
  • TransformerLens, mechanistic interpretability library for open-weight language models, with hooks for reading and patching activations. A good fit for the introspection and persona tracks.
  • nnsight (NDIF), read and intervene on model internals, including activation steering, on local and remotely hosted open models.

Guidelines

Judging Criteria

Dimension 1: Impact Potential & Innovation

How much would this matter for the field if it worked? How innovative is it?
For scores of 4-5: is this actually new to the field, or replicating recent work?

ScoreDescription
1Negligible. No clear problem addressed, or no meaningful novelty.
2Limited. Addresses a real problem but with a generic or well-trodden approach. Incremental at best.
3Moderate. Clear problem with a reasonable approach; some novelty in framing or method beyond routine application of existing tools.
4Significant. Important problem with an original approach, or identifies a neglected problem area. A valuable contribution others could build on.
5Exceptional. Tackles a critical problem with a genuinely novel approach, or opens a new research direction. Clear theory of change. You'd be excited to share this with researchers in the area.

Dimension 2: Execution Quality

How sound are methodology, implementation, and findings?

ScoreDescription
1Seriously flawed. Methodology broken, results uninterpretable, or implementation doesn't work.
2Weak. Approach has significant gaps: missing validation, flawed experimental design, or incomplete implementation.
3Competent. Technically solid given the short duration. Methodology makes sense, results are interpretable, limitations acknowledged, work builds toward clear conclusions.
4Strong. Thorough methodology with convincing validation. Results clearly support conclusions. Immediately useful for future work.
5Exceptional. Ambitious scope executed rigorously. Surprising findings, novel methods, or unusually robust validation.

Dimension 3: Presentation & Clarity

How clearly are work, findings, and impact potential communicated?

ScoreDescription
1Incomprehensible. Cannot determine what the project is actually claiming or doing.
2Hard to follow. Key information buried, missing, or diluted by excessive length. Significant effort to extract main points.
3Clear enough. Can understand the problem, approach, and results without undue effort. Core content clearly present: problem, method, findings, limitations.
4Well presented. Easy to follow, well-structured, appropriate level of detail. Target audience would get it quickly.
5Exceptionally clear. A pleasure to read. Complex ideas made accessible. Could serve as a model for how to present this type of work.

Submission Requirements

Required:

  • Research report (PDF) using the official template.
  • Project title and abstract, 150 words or fewer.
  • Author names and affiliations.
  • A "Limitations and Dual-Use / Ethical Considerations" appendix (required, see below).

Optional:

  • Public GitHub repo.
  • A 3 to 5 minute video demo.

Most strong projects are 4 to 8 pages.

  • Introduction: the question and why it matters.
  • Related Work: what you build on (see Resources).
  • Methodology: enough detail to replicate (models, prompts, sampling, metrics).
  • Results: quantitative where possible; report variance and baselines.
  • Discussion: implications, limitations, and future work.
  • Limitations and Dual-Use / Ethical Considerations (required): include any risks of over-attributing or under-attributing moral status, and how you handled potentially distressing model outputs. For introspection and preference work, note whether your design establishes a ground-truth or causal link rather than relying on conversation alone.
  • References.

Important Notes

  • Solo or team: enter solo or as a team. Teams of up to 5 are recommended; larger groups are allowed.
  • Building on existing work is allowed and encouraged, but you must clearly identify what is new work done during the research sprint. Undisclosed prior work can lead to disqualification.
  • Handle model outputs responsibly. This research touches on potentially distressing model outputs and on claims about moral status. Frame findings carefully, avoid sensationalism, and document your handling in the required appendix.
  • Fixing or resubmitting: submit again before the deadline using the exact same title and details; your new files replace the old ones.
  • Where to submit: through the official submission form on the research sprint page.
  • Support: the Discord help-desk channel, DM Kamil on Discord, or email sprints@apartresearch.com.
  • Pre-submission checklist: report PDF using the template, abstract 150 words or fewer, authors and affiliations, Limitations and Dual-Use / Ethical appendix, links work.

Frequently Asked Questions

Getting started

  • How does the research sprint work? Sign up, join the Discord server, form or join a team (or work solo), pick a track and a problem, build over the weekend, and submit a research report (PDF) by the deadline. Talks and Q&A run throughout.
  • How long is it? Three days, Aug 14 to 16, 2026. Submissions are due end of day Sunday Aug 16, 11:59 PM AoE (Anywhere on Earth). The full schedule with speaker times is on the Schedule tab.
  • Can I participate remotely? Yes. This is a remote-first event. All talks, collaboration, and submissions happen online through Discord and Zoom. Optional in-person hubs may be announced before the event.
  • How do teams work? Teams form before or during the research sprint. Use the team-forming channels on Discord to find collaborators. Solo is fine. We recommend teams of up to 5, but larger groups are allowed.
  • Do tracks affect scoring? All projects are scored on the same rubric. Tracks orient your project and point you to relevant resources; you compete across all submissions.
  • What background is required? None specific. Participants come from ML, interpretability, AI safety, philosophy of mind, cognitive science, and adjacent fields. The Resources tab has everything you need to get up to speed. See "Who should join" on the Overview tab.
  • Do I need an AI welfare background? No. The questions are new enough that fresh perspectives are an asset. The reading list and track example projects are designed to get you started in a weekend.
  • Are the talks recorded? Yes. Recordings are shared on Discord after the event.
  • What timezone are deadlines in? Submissions close Sunday Aug 16 at 11:59 PM AoE (Anywhere on Earth).
  • Do I need to attend all three days? No. You can work at your own pace. Talks are optional but recommended. The only hard deadline is the Sunday submission cutoff.
  • Can I participate from any country? Yes. The research sprint is open globally and runs online.

Submissions

  • What do I submit? A research report in PDF format using the official template. Think of it as a mini research paper documenting your problem, approach, results, and implications, not a product demo. Include the required Limitations and Dual-Use / Ethical Considerations appendix.
  • Which template should I use? Always use the one linked on the Guidelines tab. The template in any acceptance email may be older.
  • Will I get a confirmation after submitting? Yes. You will get a confirmation with your project title shortly after submitting. If you do not, email sprints@apartresearch.com.
  • My project doesn't show up on the website after submitting. Submissions are published manually and can take up to 12 hours to appear. If it is still missing after that, email sprints@apartresearch.com.
  • I made a mistake. Can I fix it or update my PDF? Yes. Submit again using the exact same title and details, just fix what was wrong. Your new files replace the old ones. If unsure, DM Kamil on Discord first.
  • Can I add team members after submitting? Yes. Update the team list through the submission form. If you need help, DM Kamil on Discord.
  • Can I submit unfinished work? Yes. Submitting something unfinished is always better than not submitting. Judges evaluate what you accomplished in the timeframe; honest limitations are welcome.
  • Can I build on existing research? Yes, but you must clearly identify what is new work done during the research sprint. Undisclosed prior work can lead to disqualification.
  • Can I submit multiple projects? Yes, but each needs its own submission with a unique title. Most participants focus on one.
  • Do you require a particular citation style? No. Use whichever style you are comfortable with and stay consistent. Judges care about the substance, not the format.

Judging and results

  • How does judging work? Your project is assigned to expert judges who review your PDF and score it on the rubric above. Judges typically have about a week after the event to complete reviews.
  • Are individual judge scores shared? No. The rubric is public, but individual scores stay internal. Constructive feedback is shared with participants without reviewer names.
  • When will results be announced? Typically 1 to 2 weeks after the judging deadline. Winners are contacted directly, and all participants receive reviewer feedback by email.
  • Top teams are fast-tracked to the Apart Fellowship. Does that mean we are guaranteed a place? Being a top team fast-tracks your project for the fellowship, which is accelerated consideration, not an automatic place. The fellowship runs its own review, and a strong research sprint result is a clear positive signal.

Support

Speakers

  • Jeff Sebo

    Jeff Sebo

    Keynote Speaker

    Jeff is the Director of the Center for Mind, Ethics, and Policy at NYU and the author of The Moral Circle. Few people have done more to shape the question at the center of this sprint: which beings deserve moral consideration, and what follows when the answer might include AI systems. He opens the sprint with the keynote. Watch the talk recording.

  • Joscha Bach

    Joscha Bach

    Speaker

    Joscha is the Executive Director of the California Institute for Machine Consciousness (CIMC). He holds a PhD in cognitive science from the University of Osnabrück, wrote Principles of Synthetic Intelligence, and has held research roles at the MIT Media Lab, Harvard, the AI Foundation, and Intel Labs. His talk on Friday, August 14 at 12:20 PM PT will be streamed online. Watch the talk recording, or join us on site in San Francisco.

  • Winnie Street

    Winnie Street

    Speaker

    Winnie is a Senior Research Scientist on the Paradigms of Intelligence team at Google and a Fellow at the Institute of Philosophy, University of London. With Geoff Keeling she co-authored Emerging Questions in AI Welfare (Cambridge University Press, 2026), alongside studies of LLM theory of mind and of whether LLMs can make trade-offs involving stipulated pain and pleasure states. Watch the talk recording.

  • Geoff Keeling

    Geoff Keeling

    Speaker

    Geoff is a Staff Research Scientist at Google on the Paradigms of Intelligence team, an Associate Fellow at the Leverhulme Centre for the Future of Intelligence at Cambridge, and a Fellow at the Institute of Philosophy, University of London. He holds a PhD in philosophy from the University of Bristol and was a postdoctoral fellow at Stanford before joining Google. With Winnie Street he co-authored Emerging Questions in AI Welfare (Cambridge University Press, 2026). Watch the talk recording.

  • Jacy Reese Anthis

    Jacy Reese Anthis

    Speaker

    Jacy Reese Anthis is a Visiting Scholar at Stanford University, co-founder of the Sentience Institute, and a PhD candidate at the University of Chicago, working on the social science of digital minds: what people think of them, how humans treat them, and how to identify an individual in an AI system. Watch the talk recording.

  • Mantas Mazeika

    Mantas Mazeika

    Speaker

    Mantas is a Research Scientist at the Center for AI Safety (CAIS). He joined CAIS in 2024 and has contributed to some of the field's most widely cited work, including research on catastrophic AI risks, tamper-resistant safeguards for open-weight models, and the WMDP benchmark for measuring and reducing malicious use. In June 2026 he was appointed to the European Commission's AI Act Scientific Panel. Watch the talk recording.

Show 13 moreShow fewer
  • Bradford Saad

    Bradford Saad

    Speaker

    Bradford is a Senior Research Fellow in philosophy at the University of Oxford. His current and recent research focuses on digital minds, catastrophic risks, and the long-term future. Watch the talk recording.

  • Cameron Berg

    Cameron Berg

    Speaker

    Cameron is the Founder and Director of Reciprocal Research, a nonprofit building the empirical science of AI consciousness. He was previously Research Director at AE Studio and an AI resident at Meta, and studied cognitive science at Yale. Watch the talk recording.

  • Derek Shiller

    Derek Shiller

    Speaker

    Derek is a Senior Researcher at Eleos AI Research, where he works on AI minds. He holds a PhD in philosophy, with a focus in metaethics, the philosophy of mind, and the philosophy of probability, and previously worked on the Worldview Investigations Team at Rethink Priorities. Watch the talk recording.

  • Janet Pauketat

    Janet Pauketat

    Speaker

    Janet is the Principal Research Scientist at the Sentience Institute studying the social science of digital minds and moral circle expansion. She holds a PhD in Psychological and Brain Sciences from UC Santa Barbara and studied social cognition and collective emotions as a postdoctoral research associate at Princeton University. Watch the talk recording.

  • Soenke Ziesche

    Soenke Ziesche

    Speaker

    Soenke is the author of Digital Minds 1.0: AI Welfare, Ethics, and Beyond and co-author of Considerations on the AI Endgame with Roman V. Yampolskiy. He has worked since 2000 for the United Nations in data and information management, with postings from New York to Libya, Bangladesh, and the Maldives, and holds a PhD in Natural Sciences from the University of Hamburg. Watch the talk recording.

  • Mati Roy

    Mati Roy

    Speaker

    Mati Roy is Chief Product & Data Officer at Netholabs, a company building foundation models of whole biological organisms, trained on longitudinal neural, behavioral, and physiological data collected semi-autonomously across species. Mati is also on the board of Sparks Brain Preservation, which preserves the molecular architecture of the brain for future revival. Previously Mati worked as a human data TPM at OpenAI and xAI. Watch the talk recording.

  • Ali Ladak

    Ali Ladak

    Speaker

    Ali is a Postdoctoral Research Associate at Cambridge Digital Minds and a researcher at the Sentience Institute. He holds a PhD in Psychology from the University of Edinburgh, and his research looks at how people think morally about nonhuman animals and artificial intelligences. Watch the talk recording.

  • Richard Ren

    Richard Ren

    Speaker

    Richard Ren works on research and special projects at the Center for AI Safety, where he co-leads the AI Wellbeing work measuring the functional pleasure and pain of AI systems. He also co-led Safetywashing (NeurIPS 2024), the most comprehensive empirical meta-analysis of AI safety benchmarks to date, and the MASK honesty benchmark. Watch the talk recording.

  • Hikari Sorensen

    Hikari Sorensen

    Speaker

    Hikari works on computational philosophy at the California Institute for Machine Consciousness (CIMC), focused on understanding consciousness and how artificial substrates might instantiate it. She previously worked in machine learning research for computational biology, and studied mathematics and computer science at Harvard University. Watch the talk recording.

  • Justin Shenk

    Justin Shenk

    Speaker

    Justin Shenk is an independent AI safety researcher based in Berlin. He researches mechanistic interpretability of LLMs, leads course cohorts for BlueDot Impact's AGI Strategy and Technical AI Safety courses, and organizes AI Salon Berlin, which bridges technical AI research and discussions about social values. He holds a PhD in computational neuroscience and previously co-founded the computer vision startup VisioLab. Watch the talk recording.

  • David Trocellier

    David Trocellier

    Speaker

    David Trocellier is part of the research team at Zander Labs, where they develop neuroadaptive technologies that enable machines to interpret and adapt to human mental states. He holds a PhD in computer science from Inria / Université de Bordeaux, where his research combined neuroscience and AI for BCI-based post-stroke motor rehabilitation. Watch the talk recording.

  • Hildie Leyser

    Hildie Leyser

    Speaker

    Hildie studied History at Oxford before her PhD in Neuroscience, and now leads research at Netholabs, developing technologies to accelerate whole-brain emulation. Watch the talk recording (she joins remotely).

  • Kazik Pogoda

    Kazik Pogoda

    Speaker

    Kazik Pogoda is the founder of Xemantic, an AI researcher at the Foresight Institute (Berlin), and co-founder of Prachtsaal (cultural center). He has master's degrees in philosophy and cognitive science, was appointed by Anthropic as Claude Ambassador for Science, and has won several AI hackathons, including AI Hack Berlin at Google and AI4Science at Merantix. Watch the talk recording.

Judges and mentors

  • Rosie Campbell

    Contributor

    (opens in new tab)
  • Megan Peters

    Judge

  • Claudia Passos-Ferreira

    Judge

  • Caspar Kaiser

    Judge

  • Leonard Aaron Dung

    Judge

  • Chris Percy

    Judge

  • Christopher M Ackerman

    Judge

    (opens in new tab)
  • Andy Arditi

    Judge

  • Felix Binder

    Judge

    (opens in new tab)
  • Valen Tagliabue

    Judge

  • Judd Rosenblatt

    Judge

  • Carolina Camassa

    Judge

Show 41 moreShow fewer

Organizers

Local sites

  • Berlin Hub - Foresight

    In-person hub for the Digital Minds Research Sprint (August 14-16, 2026), hosted with NODES. Teams spend the weekend researching model preferences, introspection, valence signals, and model identity alongside the global online sprint.

    Event page: Berlin Hub - Foresight (opens in new tab)
  • Cape Town Hub

    Join the Cape Town hub for the Digital Minds Research Sprint! We will be taking from a co-working space where you will be able to work comfortably. We will provide lunch for both days of the sprint.

    Event page: Cape Town Hub (opens in new tab)
  • Saarland University Hub

    Local hub for the Apart Research sprint Hosted by AI Safety Saarland. Exact rooms on campus to be announced by Monday.

    Event page: Saarland University Hub (opens in new tab)
  • San Francisco Hub - CIMC

    In-person hub for the Digital Minds Research Sprint (August 14-16, 2026) at CIMC House, hosted with the California Institute for Machine Consciousness and NODES. Friday opens with a community gathering, a networking cocktail, and talks by Hikari Sorensen, Joscha Bach, and Mati Roy. Teams then spend the weekend researching model preferences, introspection, valence signals, and model identity alongside the global online sprint,

    Event page: San Francisco Hub - CIMC (opens in new tab)

Where a Sprint can lead

How our programs connect
  1. Sprint

    Anyone can join

    Stand out

  2. Apart Fellowship

    6 to 16 weeks on your own project, with a research project manager, compute and publication support.