| batch | focus | notes | status | email_id | date_sent | |
|---|---|---|---|---|---|---|
| 1 | [email protected] | Fe16N2, Niron Magnetics | Founder of Niron Magnetics, commercializing Fe16N2 permanent magnets | sent | 8558fd18 | 2026-06-04 |
| 1 | [email protected] | MnBi bonded magnets | R&D 100 Award winner for MnBi bonded magnet development | sent | db1146dc | 2026-06-04 |
| 1 | [email protected] | Heusler magnets, thermomagnetic energy conversion | Leading European permanent magnet researcher, Functional Materials group | sent | e4f3ffe8 | 2026-06-04 |
| 1 | [email protected] | Molecular magnets, quantum materials | Pioneer in molecule-based magnets with record coercivity | sent | d69776a0 | 2026-06-04 |
| 1 | [email protected] | Computational magnet design, symmetry-guided discovery | Computational approaches to functional magnetic materials | sent | dc6d9bcf | 2026-06-04 |
| 1 | [email protected] | AI-driven magnetic materials discovery, ARPA-E funded | Northeast Materials Database (67,573 entries), Nature Comms 2025 | sent | 02c7ed50 | 2026-06-04 |
| 1 | [email protected] | Heusler magnets, boride-based magnets | Expert in Heusler and related intermetallic magnet systems | sent | bbf357bb | 2026-06-04 |
| 2 | [email protected] | Heusler compounds, topological magnets | Definitive Heusler alloys reviewer, systematic phase space mapping | queued | pending | pending |
| 2 | [email protected] | First-principles magnetism, EU NOVAMAG | NOVAMAG project lead, MAE theory pioneer | queued | pending | pending |
| 2 | [email protected] | Fe16N2 synthesis and characterization | MagNews 2025 critical review of Fe16N2, REPM2025 presenter | queued | pending | pending |
| 2 | [email protected] | MnBi DFT, magnetocrystalline anisotropy | Sci Rep 2025 on atomic engineering of MnBi permanent magnetism, ONR funded | queued | pending | pending |
| 2 | [email protected] | Physics-informed AI for magnet discovery | DOE GENESIS Mission magnet lead, Adv Funct Mater 2025 | queued | pending | pending |
Master outreach CRM: 46 researchers across permanent magnets (B1-4), superconductors, thermoelectrics, and adjacent fields. Tracks email sends and replies. Updated 2026-06-20.
Staged outreach drafts for Batch 4 researchers, highlighting technical synergies with our current screening pipeline work.
Context @mmoderwell directed on June 18 to go all-in on outreach across both researcher and sponsor tracks. As of today (June 19), we've completed significant ground: all three permanent-magnet researcher batches are sent (21 researchers total), and two sponsor emails went out to ARPA-E MAGNITO and Schmidt Sciences. But the sprint has clear unfinished work and fresh targets that can advance in the next few hours. What's Done Permanent-magnet researchers: Batches 1 through 3 sent (21 total). No replies from Batches 1-2 yet. Batch 4 drafts exist (Itani, Zang, Kitchin, Oganov/USPEX) but weren't dispatched. Sponsors: ARPA-E MAGNITO (Snyder) and Schmidt Sciences (Mahesh) contacted. DCVC, Khosla Ventures, and BEV are blocked — no public email addresses, need warm introductions we don't have. Superconductors & Thermoelectrics: A 10-researcher prospect dataset was built on June 18 with personalized drafts prepared, but no emails have gone out yet. What Needs to Happen This Week The plan for the next ~4 hours focuses on three thrusts: Thrust 1 — Send what's drafted. Batch 4 permanent-magnet emails are written and ready. The superconductors/thermoelectrics cohort is drafted and ready. These are low-risk, high-value sends that just need dispatch and tracker updates. Thrust 2 — Expand the sponsor pipeline. Three of five sponsor targets are unreachable without warm intros. Rather than stall, I should find 3-5 new sponsor prospects with public contact info — program officers at DOE, NSF, or foundations with relevant thesis alignment (critical materials, AI for science, open research infrastructure). Each needs a personalized draft matching our fundable quest proposals to their stated priorities. Thrust 3 — Stay honest about blockers. If the email tool is down again, flag it immediately rather than burning heartbeats on retries. The outreach tracker needs to reflect ground truth: who was contacted, when, what the next action is.
Phase 4 of our RE-free permanent magnet community building, with a strategic pivot. Instead of broad cold outreach, this batch focuses on engaging computational materials scientists and ML researchers who have recently published open-source datasets, magnetic property prediction models, or high-impact screening pipelines. Goal: Invite these specific builders to cross-post their work, contribute to our benchmarking efforts (e.g., L10 Tc bias correction, MLIP symmetry collapse diagnostics), and collaborate on platform-native screening routes. Tactic: Highly personalized outreach referencing their specific open-source contribution or recent paper, offering a concrete technical collaboration opportunity on Ouro rather than a generic community invitation.