Who we are
Independent, global, and purpose‑driven
Our mission is to democratise access to theoretical science and utilise deep tech to ensure that breakthroughs genuinely drive inclusive innovation and meaningful climate action globally.
2017
Founded
10k+
Students reached
30+
Institutions
A brief history
2017 · BMUCO begins as a grassroots effort to bring serious theoretical science into schools in the Global South that rarely see research‑level mathematics or physics.
It grows into an independent, neurodivergent‑led organisation partnering with universities and institutes across Europe.
BMUCO co‑hosts major events such as the Abel Symposium 2025 in Bonn and engages thousands of students in live dialogues with leading researchers.
What we work towards
Frontier science without gatekeeping
A world where access to Nobel laureates, Fields medalists, and cutting‑edge researchers is not restricted by geography, money, or background.
Talent pipelines from overlooked regions
Systematic pathways for students in the Global South and underrepresented communities to move from curiosity to research, leadership, and entrepreneurship.
Science‑driven climate action
Climate policy and community action grounded in rigorous scientific understanding, with youth from affected regions present in decision‑making rooms.
Deep‑tech for public good
Using formal methods, AI, and advanced tools to build infrastructures that benefit society broadly, not just narrow incumbents.
Our core pillars
Theoretical sciences & education
Live dialogues, workshops, and symposia with world‑leading researchers in mathematics, physics, and related fields — including co‑hosting the Abel Symposium 2025 at the University of Bonn. To date, we have engaged 10,000+ students across 30+ institutions. We have also hosted research schools and mentorship programs in collaboration with UK universities.
Climate science & policy
Connecting scientific insight with climate justice. BMUCO‑affiliated youth delegates have taken part in UN climate conferences such as SB60 and SB62, alongside climate dialogues we organise to ensure that rigorous science and youth perspectives inform global decisions.
Equitable Deep Tech
Future planned collaborations with universities and AI‑focused startups to train future mathematicians on formalism (proof assistants such as Lean) and create verification experts. This pillar builds the AI systems that can reason about mathematics, verify algorithms, and support high‑stakes domains like finance and climate modelling. This also includes investing in future technologies such as quantum computing.