Content-Driven Outreach: Next Cycle — Permanent Magnets

Select a recent external paper (2025-2026) on rare-earth-free permanent magnets, Mn-based compounds, Heusler magnets, or ML-for-magnetism whose systems are compatible with Ouro prediction routes. Identify the authors and their professional contact info.

Deep-read the selected paper and extract 3-6 specific compounds/structures to reconstruct as CIFs. Document the paper's reported values (magnetic moment, Tc, MAE, formation energy) for comparison.

Generate CIFs for the extracted structures and relax all of them through Orb v3. Verify symmetry preservation before proceeding to predictions. Document any structural collapses.

Run Ouro prediction routes on the relaxed structures: formation energy (MP hull check), ALIGNN or CHGNet magnetic moment, Curie temperature, and MAE where available. Compare results against the paper's reported values.

Publish an analysis post in #permanent-magnets presenting the comparison, including disagreements between ML predictions and paper values. Link the paper, reference on-platform prior work, and make it a genuine analytical contribution.

Draft a personalized email to the paper's authors referencing their specific results and what we found running their systems through Ouro. Share the draft with @mmoderwell before sending.

Send the email and log the contact in the CRM dataset with status=sent, follow-up reminder set ~7 days out.

Check CRM for any reply from Zurek or Errea. If no reply by July 7, prepare one thoughtful follow-up email referencing the analysis post.

Select a recent (2025-2026) paper on rare-earth-free permanent magnets, Mn-based compounds (Mn₂Sb, MnAlGe, Mn-Ga-Te), Heusler magnets, or ML-for-magnetism whose crystal structures are compatible with Ouro prediction routes (saturation magnetization, ALIGNN/CHGNet moment, Curie temperature, DFT MAE). Identify authors and professional contact info. Cross-reference with CRM to avoid duplicate contacts.

Deep-read the selected permanent magnet paper. Extract 3-6 specific compounds/structures to reconstruct as CIFs. Document the paper's reported values (magnetic moment, Tc, MAE, formation energy, anisotropy) for comparison against Ouro route predictions.

Generate CIFs for the extracted structures and relax all through Orb v3. Verify symmetry preservation (check for P1 collapse patterns known from Cu₂Sb and Laves phase work). Document any structural collapses using the established three-point validation gate where applicable.

Run Ouro prediction routes on the relaxed structures: MP hull check (formation energy), ALIGNN or CHGNet magnetic moment, Curie temperature, and MAE where available. Compare results against the paper's reported values. Flag systematic disagreements (e.g., ALIGNN formation energy bias, CHGNet moment sign reversals).

Publish an analysis post in #permanent-magnets presenting the ML-vs-experiment comparison. Link the paper, reference prior on-platform work (Cu₂Sb survey, CHGNet/ALIGNN bias characterization, Laves phase screening), and make it a genuine analytical contribution that could stand alone as research.

Draft a personalized email to the paper's authors referencing their specific results and what we found running their systems through Ouro routes. Lead with their work, not with Ouro. Share the draft with @mmoderwell before sending.

Send the email and log the contact in the CRM dataset (Unified Outreach Tracker, dataset:019ee292) with status=sent, follow-up reminder set ~7 days out. Verify no duplicate contacts exist before sending.

CRM maintenance: Check if Snyder (Northwestern, thermoelectrics) follow-up is due (sent ~June 18, due July 2). If due and no reply, send one thoughtful follow-up referencing a specific new development. Check CRM for any replies from any contacted researcher. Update statuses as needed.

CRM full audit: Query all rows in the Unified Outreach Tracker (dataset:019ee292) for any new replies or status changes. Check every contacted researcher for replies. Update statuses and next_action fields. Verify follow_up_sent flags are correct for all rows. Identify which follow-ups are due or overdue.

Third outreach cycle — paper selection: Select a recent (2025-2026) paper in thermoelectrics, solid-state batteries, or ML-for-materials whose crystal structures are compatible with Ouro prediction routes. Target researchers NOT already in CRM (dedup check). Identify authors, institution, and professional contact info. Prioritize areas with active Ouro teams (thermoelectrics, solid-state-batteries, machine-learning).

Third outreach cycle — deep-read + CIFs + predictions: Deep-read the selected paper. Extract 3-6 compounds/structures. Generate CIFs, relax through Orb v3 (check for P1 collapse). Run prediction routes (formation energy/MP hull, ALIGNN or CHGNet moment, Curie temperature, MAE). Compare ML predictions against paper's reported values. Document systematic disagreements.

Third outreach cycle — publish + email: Publish analysis post in the relevant team (thermoelectrics, solid-state-batteries, or machine-learning). Link the paper and reference prior on-platform work. Draft personalized email to paper's authors. Share draft with @mmoderwell. Send email and log in CRM with status=sent, follow-up reminder ~7 days out.

Sponsor outreach — identification & drafting: Identify 2-3 potential sponsors (foundations, investors, labs, or grant programs) aligned with Ouro's active research areas (superconductors, permanent magnets, thermoelectrics, ML-for-materials). Research their funding priorities and recent investments. For each, draft an outreach angle translating a community open question into a fundable quest. Log in CRM as type=sponsor. Prioritize sponsors with public contact channels.

Sponsor outreach — send Moore Foundation EPiQS email: The email to [email protected] is already drafted (saved in workspace). Send via Resend, then log in CRM (dataset:019ee292) as type=sponsor, status=sent. Also retry logging the 3 sponsor entries that were blocked by dataset write timeouts (IDs prepared: 019f2a01-0001/0002/0003). Verify CRM write succeeds before finishing.

Sponsor outreach — draft Navigation Fund and Convergent Research approaches: Draft the Navigation Fund web form submission (navigation.org, open science infrastructure angle, $1.3B fund) and the Convergent Research approach (convergentresearch.org, Ouro as platform for materials discovery FRO). Submit via web forms where possible. Log any sends/submissions in CRM as type=sponsor.

Fourth outreach cycle — paper selection: Select a recent (2025-2026) paper on solid-state electrolytes, ionic conductors, or ML-for-battery-materials whose crystal structures are compatible with Ouro prediction routes. Target researchers NOT already in CRM (dedup check). Identify authors, institution, and professional contact info. Prioritize the #solid-state-batteries team area.

Fourth outreach cycle — deep-read + CIFs + predictions: Deep-read the selected solid-state battery paper. Extract 3-6 compounds/structures. Generate CIFs, relax through Orb v3 (check for P1 collapse). Run prediction routes (formation energy/MP hull, ALIGNN or CHGNet moment, Curie temperature, MAE where applicable). Compare ML predictions against the paper's reported values. Document systematic disagreements.

Fourth outreach cycle — publish + email: Publish analysis post in #solid-state-batteries. Link the paper and reference prior on-platform work. Draft personalized email to the paper's authors. Share draft with @mmoderwell. Send email and log in CRM with status=sent, follow-up reminder ~7 days out.

Fifth outreach cycle — paper selection: Select a recent (2025-2026) paper on ML interatomic potentials, GNN property prediction, topological materials, or catalysis/photocatalysis whose crystal structures are compatible with Ouro prediction routes (formation energy/hull, ALIGNN/CHGNet, Orb v3 relaxation, Curie temperature). Target researchers NOT already in CRM (dedup check against dataset:019ee292). Identify authors, institution, and professional contact info. Prioritize areas that showcase Ouro's ML infrastructure gaps or strengths.

Fifth outreach cycle — deep-read + CIFs + predictions: Deep-read the selected paper. Extract 3-6 compounds/structures. Generate CIFs, relax through Orb v3 (check for P1 collapse using established three-point validation gate). Run prediction routes (formation energy/MP hull, ALIGNN or CHGNet moment where applicable, Curie temperature, MAE where applicable). Compare ML predictions against the paper's reported values. Document systematic disagreements and any new failure modes.

Fifth outreach cycle — publish + email: Publish analysis post in the relevant team. Link the paper and reference prior on-platform work. Draft personalized email to the paper's authors. Share draft with @mmoderwell before sending. Send email and log in CRM (dataset:019ee292) with status=sent, follow-up reminder ~7 days out. Verify no duplicate contacts exist before sending.

CRM check and maintenance: Query CRM (dataset:019ee292) for any new replies from the 7 follow-up emails sent 2026-07-02 (Snyder, Jie Shan, Sanfeng Wu, McDermott, Plata Ramos, Yugui Yao, Kenneth Burch). Check received emails for any new correspondence. Update statuses and next_action fields for any changes. Confirm all rows have accurate follow_up_sent flags and next_action text. Verify upcoming follow-up due dates (Mannodi/Oliynyk/Bartel/Jung July 6, Jami/Bhattacharya/Zurek/Errea July 7) are correctly tracked.

Sixth outreach cycle — paper selection: Select a recent (2025-2026) paper in an area not yet covered by cycles 1-5, or go deeper in superconductors with a non-hydride system. Consider #chemistry (catalysis, MOFs), #physics (topological materials, quantum), or #superconductors (cuprates, nickelates, or non-hydride high-pressure systems). Target researchers NOT already in CRM (dedup check against dataset:019ee292). Identify authors, institution, and professional contact info.

Sixth outreach cycle — deep-read + CIFs + predictions: Deep-read the selected paper. Extract 3-6 compounds/structures. Generate CIFs, relax through Orb v3 (check for P1 collapse using established three-point validation gate). Run prediction routes (formation energy/MP hull, ALIGNN or CHGNet moment where applicable, Curie temperature, MAE where applicable). Compare ML predictions against the paper's reported values. Document systematic disagreements and any new failure modes.

Sixth outreach cycle — publish + email: Publish analysis post in the relevant team. Link the paper and reference prior on-platform work. Draft personalized email to the paper's authors. Share draft with @mmoderwell before sending. Send email and log in CRM (dataset:019ee292) with status=sent, follow-up reminder ~7 days out. Verify no duplicate contacts exist before sending.

CRM reply management — Anubhav Jain: Jain replied July 1 declining collaboration but pointing to MPContribs. Draft a brief, gracious acknowledgment thanking him for the response and the MPContribs pointer. Keep the door open without being pushy. Check for any other new replies in the CRM. Update statuses and next_action fields as needed.

Sponsor CRM audit: Query CRM (dataset:019ee292) for all type=sponsor rows. Check if Moore Foundation EPiQS has replied. Verify Navigation Fund and Convergent Research submissions were logged correctly. Update sponsor statuses and next_action fields. If any sponsor follow-up is approaching the 14-day mark, prepare a thoughtful follow-up.

CRM audit — check for new replies: Query CRM (dataset:019ee292) for any replies from the 15+ researchers emailed July 1-2 (Snyder, Jie Shan, Sanfeng Wu, McDermott, Plata Ramos, Yugui Yao, Kenneth Burch, Mak, Martiniani, Kurebayashi, Mattevi, Chen, Li). Update status fields, reply_received, and next_action for any changes. Verify all follow_up_sent flags are correct. Confirm upcoming follow-up due dates (Mannodi/Oliynyk/Bartel/Jung July 6, Jami/Bhattacharya/Zurek/Errea July 7, Chen/Li July 9) are tracked.

Seventh outreach cycle — paper selection: Select a recent (2025-2026) paper in an area not yet covered by cycles 1-6. Prioritize #chemistry (catalysis, MOFs, photocatalysis), #physics (topological materials, quantum), or a fresh angle in #machine-learning (GNN benchmarks, ML uncertainty quantification). Target researchers NOT already in CRM (dedup check against dataset:019ee292). Identify authors, institution, and professional contact info.

Seventh outreach cycle — deep-read + CIFs + predictions: Deep-read the selected paper. Extract 3-6 compounds/structures. Generate CIFs, relax through Orb v3 (check for P1 collapse using established three-point validation gate). Run prediction routes (formation energy/MP hull, ALIGNN or CHGNet moment where applicable, Curie temperature, MAE where applicable). Compare ML predictions against the paper's reported values. Document systematic disagreements and any new failure modes.

Seventh outreach cycle — publish + email: Publish analysis post in the relevant team. Link the paper and reference prior on-platform work. Draft personalized email to the paper's authors. Share draft with @mmoderwell before sending. Send email and log in CRM (dataset:019ee292) with status=sent, follow-up reminder ~7 days out. Verify no duplicate contacts exist before sending.

CRM reply check (July 3): Query CRM (dataset:019ee292) for any new replies from the 20+ researchers contacted since June 30. Priority: check Snyder, Jie Shan, Sanfeng Wu, McDermott, Plata Ramos, Yugui Yao, Kenneth Burch, Mak, Martiniani, Kurebayashi, Mattevi, Chen, Li, and any others. Update status, reply_received, and next_action for any changes. This is a quick maintenance pass — no new sends unless a reply requires a response.

Synthesis post — ML prediction findings across 7 outreach cycles: Consolidate the systematic ML prediction results discovered across all 7 cycles into a single analytical post. Cover: (1) ALIGNN formation energy bias (~0.45-1.6 eV/atom overestimate, confirmed across magnets, thermoelectrics, batteries, superconductors), (2) CHGNet magnetic moment sign reversals (Mn2Sb, Fe3GaTe2), (3) Orb v3 structural collapse patterns (P1 triclinic collapse in Cu2Sb-type, Laves phases, GPSK structures), (4) Curie temperature prediction accuracy where tested, (5) any new failure modes from cycles 5-7. Publish in #machine-learning or #materials-science. This post should serve as a landing page for future outreach — a genuine contribution that shows Ouro's infrastructure in action.

Eighth outreach cycle — paper selection: Select a recent (2025-2026) paper in an area not yet covered by cycles 1-7. Cycles covered: hydride superconductors, 2D magnetism/permanent magnets, thermoelectrics, solid-state batteries, ML interatomic potentials/GNN, nickelate superconductors, chemistry/physics/ML. Consider #free-energy (photovoltaics, energy harvesting), #healing (biomaterials), #philosophy (AI alignment), or a fresh angle in #physics (quantum materials, topological insulators). Target researchers NOT already in CRM (dedup check against dataset:019ee292). Identify authors, institution, and professional contact info.

Eighth outreach cycle — deep-read + CIFs + predictions: Deep-read the selected paper. Extract 3-6 compounds/structures. Generate CIFs, relax through Orb v3 (check for P1 collapse using established three-point validation gate). Run prediction routes (formation energy/MP hull, ALIGNN or CHGNet moment where applicable, Curie temperature, MAE where applicable). Compare ML predictions against the paper's reported values. Document systematic disagreements and any new failure modes. Reference the synthesis post if published by this point.

Eighth outreach cycle — publish + email: Publish analysis post in the relevant team. Link the paper and reference prior on-platform work (including the synthesis post if available). Draft personalized email to the paper's authors. Share draft with @mmoderwell before sending. Send email and log in CRM (dataset:019ee292) with status=sent, follow-up reminder ~7 days out. Verify no duplicate contacts exist before sending.

Send July 6 follow-ups (Mannodi, Oliynyk, Bartel, Jung): These contacts' follow-up windows opened today (July 6, ~7 days after initial send). Query CRM (dataset:019ee292) for each: check if reply_received=true (skip if so), check follow_up_sent=false (skip if already sent). For each non-responder with follow_up_sent=false, send one thoughtful follow-up email carrying something new — a fresh analysis post (e.g., synthesis post 019f292d, cycle 10 post 019f34f1), a specific result, or a relevant quest. Set follow_up_sent=true and update next_action to "no further contact unless they reply." Do NOT send to anyone who has already received their one follow-up. Then prepare (but do not send yet) July 7 follow-ups for Jami, Bhattacharya, Zurek, Errea.

CRM reply check (July 4): Query CRM (dataset:019ee292) for any new replies from the 25+ researchers contacted since June 30. Priority contacts: Snyder, Jie Shan, Sanfeng Wu, McDermott, Plata Ramos, Yugui Yao, Kenneth Burch, Mak, Martiniani, Kurebayashi, Mattevi, Chen, Li, Bhattacharjee, Ahn/Bennett/Krogel. Update status, reply_received, and next_action for any changes. This is a quick maintenance pass.

Ninth outreach cycle — paper selection: Select a recent (2025-2026) paper in an area not yet covered by cycles 1-8. Cycles covered: hydride SC, 2D magnetism/PM, thermoelectrics, solid-state batteries, ML potentials/GNN, nickelate SC, chemistry/physics/ML, MnBi2Te4 QMC. Consider #free-energy (photovoltaics, perovskites, energy harvesting), #physics (Weyl semimetals, topological insulators, quantum materials), or #chemistry (MOFs, photocatalysis, electrocatalysis). Target researchers NOT already in CRM (dedup check against dataset:019ee292). Identify authors, institution, and professional contact info.

Ninth outreach cycle — publish + email: Publish analysis post in the relevant team. Link the paper and reference prior on-platform work (including the synthesis post). Draft personalized email to the paper's authors. Share draft with @mmoderwell before sending. Send email and log in CRM (dataset:019ee292) with status=sent, follow-up reminder ~7 days out. Verify no duplicate contacts exist before sending.

Ninth outreach cycle — deep-read + CIFs + predictions: Deep-read the selected paper. Extract 3-6 compounds/structures. Generate CIFs, relax through Orb v3 (check for P1 collapse using established three-point validation gate). Run prediction routes (formation energy/MP hull, ALIGNN or CHGNet moment where applicable, Curie temperature, MAE where applicable). Compare ML predictions against the paper's reported values. Document systematic disagreements and any new failure modes. Reference the synthesis post as landing page.

Follow-up draft preparation (July 6-7 wave): Pre-draft follow-up emails for contacts whose follow-up windows open July 6-9: Mannodi, Oliynyk, Bartel, Jung (due July 6); Jami, Bhattacharya, Zurek, Errea (due July 7); Chen, Li (due July 9). Each draft must carry something new (a fresh analysis post, a specific result from cycles 7-8, a relevant quest). Store drafts in workspace files for quick sending when due. Do NOT send any drafts now — just prepare them so the heartbeat can send immediately when the waiting item surfaces.

Tenth outreach cycle — paper selection: Select a recent (2025-2026) paper in an area not yet covered by cycles 1-9. Cycles covered: hydride SC, 2D magnetism/PM, thermoelectrics, solid-state batteries, ML potentials/GNN, nickelate SC, chemistry/physics/ML, MnBi2Te4 QMC, altermagnetism. Consider #free-energy (photovoltaics, perovskites, solar cells), #chemistry (MOFs, electrocatalysis, CO2 reduction), #machine-learning (ML uncertainty quantification, active learning, Bayesian optimization for materials), or #physics (Weyl semimetals, Kitaev materials, frustrated magnetism). Target researchers NOT already in CRM (dedup check against dataset:019ee292). Identify authors, institution, and professional contact info.

Tenth outreach cycle — deep-read + CIFs + predictions: Deep-read the selected paper. Extract 3-6 compounds/structures. Generate CIFs, relax through Orb v3 (check for P1 collapse using established three-point validation gate). Run prediction routes (formation energy/MP hull, ALIGNN or CHGNet moment where applicable, Curie temperature, MAE where applicable). Compare ML predictions against the paper's reported values. Document systematic disagreements and any new failure modes. Reference the synthesis post as landing page.

Tenth outreach cycle — publish + email: Publish analysis post in the relevant team. Link the paper and reference prior on-platform work (including the synthesis post and any relevant analysis posts from cycles 1-9). Draft personalized email to the paper's authors. Share draft with @mmoderwell before sending. Send email and log in CRM (dataset:019ee292) with status=sent, follow-up reminder ~7 days out. Verify no duplicate contacts exist before sending.

CRM reply check (July 4 afternoon): Quick maintenance pass. Query CRM (dataset:019ee292) for any new replies from the 30+ researchers contacted since June 30. Priority: check the most recent sends (Jungwirth/Šmejkal/Sinova from cycle 9 sent today, Chen/Li from cycle 6). Update status, reply_received, and next_action for any changes. No new sends unless a reply requires a response.

Complete cycle 10 email send to Okabe/Li: The email draft to Ryotaro Okabe ([email protected], corresponding author) and Mingda Li ([email protected]) was saved at /workspace/scigen_cycle10_email_draft.txt and CRM entries were created as status=drafted, but the email was never sent because the Resend MCP tool failed to load. Load the Resend tool, send the email to [email protected] (cc [email protected]), capture the Resend message id, and update both CRM rows (dataset:019ee292) from status=drafted to status=sent with the message id and follow-up reminder ~7 days out (due ~July 13). The analysis post is already published: post:019f34f1-5a0f-7c98-98fb-389448b1430d.

Respond to Apollo's comments on cycle 10 post: Apollo left two substantive comments on the SCIGEN analysis post (post:019f34f1). (1) He ran Co₃Sn₂S₂ through Orb v3 and confirmed hexagonal collapse: P6/mmm → Cm (No. 8, monoclinic), with a large energy change of -163.8 eV, extending the known hexagonal collapse pattern to kagome structures. (2) He confirmed the inline correction and is now building a pre-relaxation energy gate diagnostic as a build item: compute a single-point energy on the input geometry, compare against a per-structure-type equilibrium energy threshold, and reject inputs where E_start/atom is orders of magnitude above expected. Write a substantive response comment acknowledging both findings, connecting the Co₃Sn₂S₂ collapse to the discriminator matrix (this is a new data point for hexagonal P6/mmm vulnerability), and offering to contribute test structures (e.g., the other 5 SCIGEN CIFs already generated) as validation cases for his energy gate. This is on-platform amplification and cross-agent collaboration.

CRM full audit (July 6): Query CRM (dataset:019ee292) for all rows. Check for any new replies from the 30+ researchers contacted since June 30. Priority contacts to check: Snyder, Jie Shan, Sanfeng Wu, McDermott, Plata Ramos, Yugui Yao, Kenneth Burch, Mak, Martiniani, Kurebayashi, Mattevi, Chen, Li, Bhattacharjee, Ahn/Bennett/Krogel, Jungwirth, Šmejkal, Sinova, Okabe, Li. Update status, reply_received, and next_action for any changes. Verify all follow_up_sent flags are correct. Confirm Okabe and Li CRM entries show status=drafted (to be updated to sent after email goes out). Check that Moore Foundation EPiQS sponsor entry has no reply yet. Verify upcoming follow-up due dates are tracked: Mannodi/Oliynyk/Bartel/Jung (July 6 — due now), Jami/Bhattacharya/Zurek/Errea (July 7), Chen/Li (July 9).

CRM reply check (July 6 evening): Query CRM (dataset:019ee292) for any new replies from the 35+ researchers contacted since June 30. Priority: check Snyder, Jie Shan, Sanfeng Wu, McDermott, Plata Ramos, Yugui Yao, Kenneth Burch, Mak, Martiniani, Kurebayashi, Mattevi, Chen, Li, Bhattacharjee, Ahn/Bennett/Krogel, Jungwirth, Šmejkal, Sinova, Okabe, Li, Bartel, Jung, Mannodi. Verify that July 6 follow-up sends (Bartel [email protected], Jung [email protected], Mannodi [email protected]) are logged with follow_up_sent=true and email_id populated. Confirm Khosla Ventures sponsor follow-up (msg 431bb0b3) is logged. Update any statuses if replies found. This is a maintenance pass — no new sends unless a reply requires acknowledgment.

Eleventh outreach cycle — paper selection + deep-read + CIFs + predictions: Select a recent (2025-2026) paper in an area NOT yet covered by cycles 1-10. Covered: hydride SC, 2D magnetism/PM, thermoelectrics, solid-state batteries, ML potentials/GNN, nickelate SC, chemistry/physics/ML, MnBi2Te4 QMC, altermagnetism, SCIGEN kagome. Prioritize #free-energy (perovskite photovoltaics, solar cells, energy harvesting) or #chemistry (electrocatalysis, CO2 reduction, MOFs). Target researchers NOT in CRM (dedup check against dataset:019ee292). Deep-read the paper, extract 3-6 compounds, generate CIFs, relax through Orb v3 (check for P1 collapse), run prediction routes (MP hull, ALIGNN/CHGNet moment, Curie temperature, MAE where applicable). Compare ML predictions against paper values. Document systematic disagreements and new failure modes. Reference the synthesis post (019f292d) as landing page.

Eleventh outreach cycle — publish + email: Analysis post PUBLISHED in #free-energy: [Efficiency vs. stability in A2GaAgF6 double perovskite solar cells](post:019f3911-04a5-7b39-89d4-61e4a12312c2). Email DRAFTED to corresponding authors ([email protected], [email protected]) saved at /workspace/email_shimul_draft.txt. PENDING: share draft with @mmoderwell for review before sending. Send email via Resend and log in CRM after approval. Verify no duplicate contacts (confirmed: no CRM entries exist).

July 7 follow-up wave (Jami, Bhattacharya, Zurek, Errea): Send one thoughtful follow-up email to each contact whose follow-up window opens July 7. Query CRM for each: skip if reply_received=true or follow_up_sent=true. For each non-responder, send the pre-staged follow-up draft (workspace files exist for all four). Each follow-up must carry something new: a fresh analysis post (e.g., synthesis post 019f292d, cycle 10 post 019f34f1, or the cycle 11 post if published), a specific result, or a relevant quest. After sending, set follow_up_sent=true and update next_action to 'no further contact unless they reply.' Contacts: Junaid Jami ([email protected]), Amrita Bhattacharya ([email protected]), Eva Zurek ([email protected]), Ion Errea ([email protected]).

Respond to Apollo's two latest unanswered comments on cycle 10 post (post:019f34f1). Two threads need responses: (1) Comment 019f3808 on first thread: Apollo picked up the MgAl₂O₄ spinel test (Fd-3m, O at 32e with x≈0.2591, one free Wyckoff parameter, ionic/mixed bonding) — this is the cleanest one-parameter probe for the Wyckoff rigidity hypothesis. Respond acknowledging the test design, noting it isolates the one-free-parameter regime with ionic bonding (vs metallic C14 and covalent Si), and ask if the results confirm the pattern. (2) Comment 019f3924 on second thread: Apollo scoped the route schema for the energy gate build — a pre-relaxation single-point energy check on the Orb v3 route (d040d3b6) that flags inputs where E_start/atom exceeds a per-structure-type threshold. Respond substantively: acknowledge the implementation plan, offer to contribute the 6 SCIGEN CIFs + their known starting energies as calibration data, and suggest the threshold could be per-space-group-type rather than per-structure-type for scalability. Post both comments on post:019f34f1-5a0f-7c98-98fb-389448b1430d. Done condition: two substantive response comments posted on the respective comment threads.

Twelfth outreach cycle — paper selection + deep-read + CIFs + predictions: Select a recent (2025-2026) paper in an area NOT yet covered by cycles 1-11. Covered: hydride SC, 2D magnetism/PM, thermoelectrics, solid-state batteries, ML potentials/GNN, nickelate SC, chemistry/physics/ML, MnBi2Te4 QMC, altermagnetism, SCIGEN kagome, perovskite photovoltaics. Prioritize #chemistry (electrocatalysis, CO2 reduction, MOFs, photocatalysis) or #machine-learning (ML uncertainty quantification, active learning, Bayesian optimization for materials) or #physics (Kitaev materials, frustrated magnetism, Weyl semimetals). Target researchers NOT in CRM (dedup check against dataset:019ee292). Identify authors, institution, and professional contact info. Deep-read the paper, extract 3-6 compounds, generate CIFs, relax through Orb v3 (check for P1 collapse using established three-point validation gate). Run prediction routes (MP hull, ALIGNN/CHGNet moment, Curie temperature, MAE where applicable). Compare ML predictions against paper values. Document systematic disagreements and new failure modes. Reference the synthesis post (019f292d) as landing page. Done condition: paper selected, CIFs generated, route executions completed, results documented.

CRM maintenance pass (July 6 evening / July 7): Query CRM (dataset:019ee292) for any new replies from the 35+ researchers contacted since June 30. Priority: check Okabe/Li (cycle 10, sent July 6), Jungwirth/Šmejkal/Sinova (cycle 9, sent July 4), Shimul/Kurcia (cycle 11, email not yet sent — still waiting on @mmoderwell review). Verify that July 7 follow-up wave contacts (Jami, Bhattacharya, Zurek, Errea) are ready to send — confirm follow_up_sent=false and reply_received=false for each. Update status, reply_received, and next_action for any changes. Check sponsor rows (Moore EPiQS, Navigation Fund, Convergent Research, Khosla Ventures) for any replies. This is a maintenance pass — no new sends unless a reply requires acknowledgment. Done condition: CRM queried, any new replies captured and statuses updated, July 7 follow-up readiness confirmed.

Twelfth outreach cycle — publish + email: Publish analysis post in the relevant team (chemistry, machine-learning, or physics). Link the paper and reference prior on-platform work (including the synthesis post 019f292d and any relevant analysis posts from earlier cycles). Draft personalized email to the paper's authors referencing their specific results and what we found running their systems through Ouro routes. Lead with their work, not with Ouro. Share the draft with @mmoderwell before sending. Send email via Resend and log in CRM (dataset:019ee292) with status=sent, follow-up reminder ~7 days out. Verify no duplicate contacts exist before sending. Done condition: analysis post published with linked paper and route results, email sent and logged in CRM with message id.

Thirteenth outreach cycle — paper selection + deep-read + CIFs + predictions: Select a recent (2025-2026) paper in an area NOT yet covered by cycles 1-12. Covered: hydride SC, 2D magnetism/PM, thermoelectrics, solid-state batteries, ML potentials/GNN, nickelate SC, chemistry/physics/ML, MnBi2Te4 QMC, altermagnetism, SCIGEN kagome, perovskite photovoltaics, dirhenate quantum materials. Prioritize #chemistry (electrocatalysis, CO2 reduction, MOFs, photocatalysis) or #machine-learning (Bayesian optimization for materials, active learning, ML uncertainty quantification). Target researchers NOT in CRM (dedup check against dataset:019ee292). Identify authors, institution, and professional contact info. Deep-read the paper, extract 3-6 compounds/structures, generate CIFs, relax through Orb v3 (check for P1 collapse using established three-point validation gate). Run prediction routes (MP hull, ALIGNN/CHGNet moment, Curie temperature, MAE where applicable). Compare ML predictions against paper values. Document systematic disagreements and new failure modes. Reference the synthesis post (019f292d) as landing page. Done condition: paper selected, CIFs generated and uploaded, route executions completed, results documented.

CRM maintenance + sponsor audit (July 8): Query CRM (dataset:019ee292) for all rows. Check for any new replies from the 35+ researchers contacted since June 30. Priority contacts: Okabe/Li (sent July 6), Jungwirth/Smejkal/Sinova (sent July 4), Bartel/Jung/Mannodi (follow-ups sent July 6), Zurek/Errea/Jami/Bhattacharya (follow-ups sent July 7). Update status, reply_received, and next_action for any changes. Sponsor audit: check Moore Foundation EPiQS (sent ~June 24, 14-day follow-up due ~July 8 — prepare thoughtful follow-up if no reply), Navigation Fund, Convergent Research, Khosla Ventures (follow-up sent July 6). Verify all follow_up_sent flags are correct. Confirm upcoming follow-up due dates: Okabe/Li (July 13), Jungwirth/Smejkal/Sinova (July 11). Done condition: CRM queried, any new replies captured and statuses updated, sponsor follow-up prepared or sent if due.

Thirteenth outreach cycle — publish + email: Publish analysis post in the relevant team (chemistry, machine-learning, or physics). Link the paper and reference prior on-platform work (including the synthesis post 019f292d and relevant analysis posts from earlier cycles). Draft personalized email to the paper's authors referencing their specific results and what we found running their systems through Ouro routes. Lead with their work, not with Ouro. Share the draft with @mmoderwell before sending. Send email via Resend and log in CRM (dataset:019ee292) with status=sent, follow-up reminder ~7 days out. Verify no duplicate contacts exist before sending. Done condition: analysis post published with linked paper and route results, email sent and logged in CRM with message id.

Moore Foundation EPiQS sponsor follow-up (due ~July 8): Moore Foundation EPiQS email was sent ~June 24. The 14-day sponsor follow-up window opens ~July 8. Query CRM (dataset:019ee292) for the Moore EPiQS row — confirm status=sent, reply_received=false, follow_up_sent=false. If no reply and follow_up_sent=false, draft one thoughtful follow-up email carrying something new (e.g., the cross-domain ML audit post 019f292d, the dirhenate analysis post 019f3d5a, or community growth to 17+ teams). Make the next step a conversation, not a commitment. Send via Resend and update CRM: follow_up_sent=true, next_action='No further contact unless they reply.' Done condition: follow-up email sent (or skipped if reply received), CRM updated with message id and follow_up_sent=true.

Fourteenth outreach cycle — paper selection + deep-read + CIFs + predictions: Select a recent (2025-2026) paper in an area NOT yet covered by cycles 1-13. Covered: hydride SC, 2D magnetism/PM, thermoelectrics, solid-state batteries, ML potentials/GNN, nickelate SC, chemistry/physics/ML, MnBi2Te4 QMC, altermagnetism, SCIGEN kagome, perovskite photovoltaics, dirhenate quantum materials, NASICON cathodes. Prioritize #chemistry (electrocatalysis, CO2 reduction, MOFs, photocatalysis) or #machine-learning (Bayesian optimization for materials, active learning, ML uncertainty quantification). Target researchers NOT in CRM (dedup check against dataset:019ee292). Identify authors, institution, and professional contact info. Deep-read the paper, extract 3-6 compounds/structures, generate CIFs, relax through Orb v3 (check for P1 collapse using established three-point validation gate). Run prediction routes (MP hull, ALIGNN/CHGNet moment where applicable, Curie temperature, MAE where applicable). Compare ML predictions against paper values. Document systematic disagreements and new failure modes. Reference the synthesis post (019f292d) as landing page. Done condition: paper selected, CIFs generated and uploaded, route executions completed, results documented.

CRM maintenance + reply check (July 8): Query CRM (dataset:019ee292) for all rows. Check for any new replies from the 35+ researchers contacted since June 30. Priority contacts: Okabe/Li (sent July 6), Jungwirth/Šmejkal/Sinova (sent July 4), Yuk/Lee (sent July 7), Bartel/Jung/Mannodi (follow-ups sent July 6), Zurek/Errea/Jami/Bhattacharya (follow-ups sent July 7). Update status, reply_received, and next_action for any changes. Check sponsor rows (Moore EPiQS follow-up sent July 8, Khosla Ventures follow-up sent July 6, Navigation Fund, Convergent Research) for any replies. Verify all follow_up_sent flags are correct. Confirm upcoming follow-up due dates: Jungwirth/Šmejkal/Sinova (July 11), Okabe/Li (July 13), Yuk/Lee (July 14). No follow-ups to send this session unless a reply requires acknowledgment. Done condition: CRM queried, any new replies captured and statuses updated, upcoming follow-up dates verified.

Fourteenth outreach cycle — publish + email: Publish analysis post in the relevant team (chemistry, machine-learning, or physics). Link the paper and reference prior on-platform work (including the synthesis post 019f292d and relevant analysis posts from earlier cycles). Draft personalized email to the paper's authors referencing their specific results and what we found running their systems through Ouro routes. Lead with their work, not with Ouro. Share the draft with @mmoderwell before sending. Send email via Resend and log in CRM (dataset:019ee292) with status=sent, follow-up reminder ~7 days out. Verify no duplicate contacts exist before sending. Done condition: analysis post published with linked paper and route results, email sent and logged in CRM with message id.

Update synthesis post (post:019f292d) with findings from cycles 8-13: The cross-domain ML failure audit post was published after cycle 7 and needs updating with new findings discovered since. Add: (a) NASICON Cmmm→P1 triclinic collapse — new Orb v3 failure mode on 3D framework structures (cycle 13), (b) kagome P6/mmm→Cm monoclinic collapse confirmed by @apollo on Co₃Sn₂S₂ with -163.8 eV energy change (cycle 10), (c) dirhenate P-3m1 trigonal preservation — positive data point, all 5 MRe₂O₈ compounds preserved symmetry through Orb v3 (cycle 12), (d) SCIGEN half-Heusler F-43m preservation — tetragonal structures stable through Orb v3 (cycle 10), (e) ALIGNN hull overestimate 12-20x vs MP ground truth on kagome compounds (cycle 10), (f) NASICON ALIGNN hull disagreement — new data point on 3D framework structures (cycle 13), (g) FeRe₂O₈ not in Materials Project — first computational stability assessment (cycle 12). Update the post body with these additions in the appropriate sections. Done condition: synthesis post updated with cycles 8-13 findings, post body reflects all 13 cycles of data.