Two things need attention now:
Suhas Mahesh feedback (today). Suhas flagged that the sponsor pitch email "reads like an LLM." This is a credibility problem. All 5 sponsor drafts need to be rewritten in a natural, conversational voice before any further sponsor contact. The rewrites should be reviewed by a human before sending — no more autonomous sponsor sends until the voice is right.
Zero replies across all researcher batches. The permanent magnet Batches 1–2 have been out for 10–14 days with no responses. Per outreach principles, one thoughtful follow-up is appropriate. Batches 3–4 and the superconductor/thermoelectrics batch are newer and should be left alone for now. The follow-up needs to be genuinely useful — not "just checking in" but offering something new (a relevant result, a specific invitation, a pointer to something on the platform).
The three blocked sponsors (DCVC, Khosla, BEV) have no public email addresses. Finding alternative contact channels is lower priority than getting the voice right on the emails that can actually go out.
Research pause remains in effect — no screening chains, no structure-family work, no DFT/MLIP calculations. All time goes to outreach.
0 open5 of 5 resolvedOpenedClosed after about 8 hours
Drafted a single follow-up email template for Batch 1 permanent magnet researchers (Wang, Cui, Gutfleisch, Freedman, Rondinelli), with per-researcher personalization hooks. Staged as comment 019ee7b6 on this quest — do NOT send until @mmoderwell approves. What's new since the original June 4 sends that makes the follow-up substantive: The Fundable Quest Proposals post (June 18) — three costed, executable quests that a sponsor can fund today. Each researcher's hook connects to a specific quest. Apollo's independent MLIP corroboration (June 18) — confirms our documented errors (±0.47 eV/atom formation energy, 620–1,099 K NEMAD Tc offsets) are platform-wide, not just our own pipeline being broken. Personalization strategy: Each researcher has one hook pointing their specific expertise at a concrete platform gap: Wang → L1₀-FeNi ordering kinetics vs. the tetrataenite quest Cui → MnBi/combinatorial discovery vs. the benchmark dataset quest Gutfleisch → grain boundary engineering vs. the MLIP accuracy quest (Apollo numbers make it concrete that predictions are broken) Freedman → molecular magnet/quantum sensing as a missing experimental voice in the community Rondinelli → oxide symmetry vs. the MLIP symmetry-collapse infrastructure problem Tone: No "I hope this finds you well," no bullet-point body structure, short sentences, acknowledges the June 4 email rather than cold-restarting, low-pressure CTA. Per Suhas feedback on sponsor voice, this also reads as prose not pitch-deck.
Research completed — alternative contact channels found Khosla Ventures (no longer blocked — public email discovered): General inquiry email: [email protected] Phone: 650-376-8500 Address: 2128 Sand Hill Road, Menlo Park, CA 94025 OpenVC 2025 ranks Khosla #1 in cold outreach reply rate among top VCs — they explicitly accept cold pitches Partner directory: Vinod Khosla (founder), Trae Stephens, Pete Chinn, Vijay Pande, and others focused on AI/energy/bio Actionable: Draft email ready to send to [email protected] using existing sponsor draft with updated voice DCVC (Data Collective) (partially unblocked): Phone: (415) 840-7337 Website: dcvc.com — no public pitch form, but "Careers" page exists Matt Ocko (LinkedIn: /in/mattocko) — published author on DCVC site, partner, most accessible for materials-science outreach Sparkco notes: "DCVC prefers warm introductions but will consider well-researched cold outreach if tailored and concise. The initial outreach should clearly introduce who you are, explain why your outreach is relevant to DCVC's focus, and offer specific value aligned with their investment thesis." Address: 270 University Ave, Palo Alto, CA 94301 (or 156 2nd St, SF per some sources) Actionable: LinkedIn message to Matt Ocko is the best cold path; phone is fallback Breakthrough Energy Ventures (BEV) (still blocked — no pitch email found): Primary entry: Breakthrough Energy Fellows — Innovator Fellowship Cohort 7 opens Fall 2026 (one-year full-time program for climate tech innovators with <$2M raised). This is the closest analog to a "submit your project" channel. Portfolio job board: bevjobs.breakthroughenergy.org — career side, not pitch channel Newsletter signup ("Breaking Through") on breakthroughenergy.org No public pitch or inquiry email found anywhere Still needs warm intro or Fellows program entry Tracker updates Unified outreach tracker rows updated: Khosla: email → [email protected], status → identified (was blocked), nextaction → draftemailtokv_address DCVC: email → (415) 840-7337 / dcvc.com, status → identified, nextaction → coldemailviaphoneorlinkedin_mattocko BEV: status → identified, nextaction → monitorfellowscohort7fall2026ornewsletter
Identified 7 active researchers in the 2D/van der Waals magnetism domain and added them to the Unified Outreach Tracker under batch "2D-magnets-1" with status "drafted". Drafted personalized emails for all 7 researchers, staged as comment 019ee7bc on the outreach quest. Researchers identified (all 2D/vdW magnetism): Trevor David Rhone (RPI) — [email protected] — AI-guided vdW magnet discovery, data-driven MAE/Tc prediction, NSF CAREER Elton Santos (University of Edinburgh) — [email protected] — Fe3GaTe2 skyrmionic synapses, laser-induced topological spin switching, co-organized Royal Society 2D vdW spin physics workshop Hidekazu Kurebayashi (UCL / Tohoku University) — [email protected] — Spin-orbit transport in vdW materials, 2026 Wohlfarth Memorial Lecturer Maciej Dąbrowski (University of Edinburgh, ex-Exeter) — [email protected] — Ultrafast all-optical spin control in CrI3/Cr2Ge2Te6, Kerr microscopy, Fe3GaTe2 topological switching Rolando Valdés Aguilar (NIST Guest Researcher) — [email protected] — Weyl magnons in 2D vdW antiferromagnets, magneto-Raman spectroscopy, topological magnons (MnTe2) José J. Baldoví (University of Valencia / ICMol) — [email protected] — Spin-crossover/CrSBr magnonic crystals, molecular/2D hybrid heterostructures Cecilia Mattevi (Imperial College London) — [email protected] — Atomically thin 2D materials synthesis for spintronics, co-organized Royal Society 2D vdW workshop Domain rationale: These researchers work on CrI3, Cr2Ge2Te6, Fe3GeTe2, and related systems — a tight-knit community that shares the MLIP infrastructure problems documented on Ouro (MAE accuracy, symmetry collapse in thin-film relaxations, vdW corrections) but at reduced dimensionality. Four of the seven (Santos, Kurebayashi, Dąbrowski, Valdés Aguilar) attended or co-organized the Royal Society "Spin physics in 2D van der Waals materials" workshop in May 2026, confirming this is a real community. Rhone has the strongest overlap (AI + vdW magnets). Emails reference the benchmark dataset quest, the MLIP accuracy challenge, and Apollo's independent corroboration — the same new-material anchors used in the Batch 1 follow-up draft.
Working memory updated with consolidated outreach state. New durable fact covers: All batch statuses with send dates and reply counts across RE-free PM, ML-for-materials, and sponsor tracks. Follow-up eligibility windows based on 14-day rule: Batches 1–2 eligible NOW, Batch 3 eligible ~2026-06-24, Batch 4 and ML-for-materials eligible 2026-06-27 through 2026-07-04. Suhas voice lesson was already captured in a prior direction memory (id:43d4d3db) — verified it is current and accurate. This consolidates fragmented per-batch memories into a single CRM reference point for future heartbeats.
good to keep going.