LIVING WITH MACHINES WITH BILLION TIMES MORE MATHS BRAINPOWER THAN SEPARATE HUMAN MINDS. GROK3/2025 Report announces 10 Peoples Science Networks

Rank	People's Science Field	Description	Key Open Elements
1	Open Data Science & Analytics	Using open datasets and tools (e.g., Python, R) for insights in policy, environment, and health.	arXiv preprints;
2	Citizen Science & Crowdsourced Research	Public participation in data collection (e.g., birdwatching apps, pollution monitoring).	Platforms like Zooniverse;
3	Open Access Biomedical Research	Free sharing of health studies, drug trials, and genomics data.	PubMed Central (2M+ articles);
4	Environmental & Climate Open Modeling	Collaborative simulations for weather, biodiversity, and carbon tracking.	OpenEarth/Climate repositories;
5	Open Educational Resources (OER) in STEM	Free textbooks, courses, and simulations for science learning.	ERIC database;
6	Collaborative Software & Code Repositories	Open-source coding for apps, simulations, and tools (e.g., GitHub for science).	GitHub's 100M+ repos;
7	Open Hardware & Maker Science	DIY designs for sensors, labs, and renewables (e.g., 3D-printed tools).	OpenDOAR hardware dirs;.
8	Bioinformatics & Genomics Sharing	Open genomes and protein folding data for personalized medicine.	BioRxiv preprints;
9	Fusion & Advanced Energy Research	Open plasma/physics models for clean power.	ITER collaborations (35 countries);
10	Quantum Computing & Simulation	Shared algorithms for drug discovery and materials.	Quantum OA in arXiv;

HUMANITY FALL 2025 : Grok3 announces 10 Peoples Science Projects (above)This ranking reflects a progression from information-heavy (ranks 1–3) to infrastructure-dependent (ranks 7–10) fields, per open science trends where 82% of OA growth is in digital realms. Global application accelerates via UNESCO's 194-country Recommendation, targeting inclusivity for underrepresented regions. Allphafold3 open source 250 million proteins was first demo of billion times more maths and is core to 2025-35 being the most exciting time to be alive. GROK DETAILED POST Rank People's Science Field Description Key Open Elements Likely Worldwide Application Timeline Rationale for Order 1 Open Data Science & Analytics Using open datasets and tools (e.g., Python, R) for insights in policy, environment, and health. arXiv preprints; Kaggle competitions; FAIR principles for data sharing. 2025–2030 (already 70%+ adoption in academia via open repos). Immediate digital scalability; powers SDGs like poverty reduction via free analytics. 2 Citizen Science & Crowdsourced Research Public participation in data collection (e.g., birdwatching apps, pollution monitoring). Platforms like Zooniverse; UNESCO-backed global hubs. 2025–2032 (expanding via apps in 100+ countries). Low-cost entry; builds on smartphones for inclusive global monitoring. 3 Open Access Biomedical Research Free sharing of health studies, drug trials, and genomics data. PubMed Central (2M+ articles); PLOS ONE's inclusive publishing. 2026–2033 (post-COVID acceleration; 1/3 of literature now OA). Urgent for pandemics; equitable access reduces global health disparities. 4 Environmental & Climate Open Modeling Collaborative simulations for weather, biodiversity, and carbon tracking. OpenEarth/Climate repositories; SciELO for Global South data. 2027–2035 (tied to Paris Agreement; 50% growth in OA climate papers). Rising climate urgency drives adoption; open models aid vulnerable regions first. 5 Open Educational Resources (OER) in STEM Free textbooks, courses, and simulations for science learning. ERIC database; Khan Academy/UNESCO OER hubs. 2027–2034 (doubling access in low-income countries via mobile). Bridges education gaps; enables self-paced learning in underserved areas. 6 Collaborative Software & Code Repositories Open-source coding for apps, simulations, and tools (e.g., GitHub for science). GitHub's 100M+ repos; Hindawi's OA software publishing. 2028–2036 (ubiquitous in dev; 80% of AI tools now open). Fuels all other fields; rapid iteration via global coders. 7 Open Hardware & Maker Science DIY designs for sensors, labs, and renewables (e.g., 3D-printed tools). OpenDOAR hardware dirs; De Gruyter's OA engineering books. 2029–2037 (growth in fab labs; 30% rise in community makerspaces). Empowers local innovation; slower due to material access but scales with 3D printing. 8 Bioinformatics & Genomics Sharing Open genomes and protein folding data for personalized medicine. BioRxiv preprints; BMC Biology's free access. 2030–2038 (AlphaFold-like tools democratize; ethical data sharing ramps up). Builds on biomed; privacy regs delay full global rollout. 9 Fusion & Advanced Energy Research Open plasma/physics models for clean power. ITER collaborations (35 countries); open journals like GOAJS. 2032–2040 (prototypes by 2035; grid integration post-2040). High engineering barriers; international treaties accelerate but lag behind digital fields. 10 Quantum Computing & Simulation Shared algorithms for drug discovery and materials. Quantum OA in arXiv; emerging open quantum hubs. 2035–2045 (hardware immaturity; sims apply first via cloud). Most nascent; requires infra but open code speeds virtual applications. This ranking reflects a progression from information-heavy (ranks 1–3) to infrastructure-dependent (ranks 7–10) fields, per open science trends where 82% of OA growth is in digital realms. Global application accelerates via UNESCO's 194-country Recommendation, targeting inclusivity for underrepresented regions.