Hi! I'm Olga Moreira, an astrophysicist and AI knowledge architect.
I design decentralized, portable, modular systems. My work bridges astrophysics with semantic systems for machine-learning knowledge bases.
I hold a PhD + MSc in Astrophysicsfrom the University of Liege and a BSc + MSc in Physics & Applied Mathematics (Astronomy) from the University of Porto. I've worked with both the European Space Agency (ESA) and the European Southern Observatory (ESO). Based in the Niagara region, I now focus on instruction-driven, auditable AI workflows and science-communication projects that unite logic, openness, diversity, and inclusivity.
My philosophy is rooted in local-first, eco-conscious design. Systems that run on user devices, adapt to low-resource settings, and reduce dependence on energy-intensive centralized infrastructure. For me, decentralization and modularity are more than engineering choices: they're a path towards accessibility, portability, privacy, and a lighter environmental footprint.
Consulting & Collaboration
Strategic systems for data-heavy and AI-driven teams.
I help teams design reliable, interpretable, and well-structured AI and data workflows.
My work blends astrophysics-level analytical rigor with modern AI systems architecture, giving clients clarity, reproducibility, and measurable results.
How I Work
Clear scoping and expectations
Transparent, reproducible methods
Clean documentation
Honest, actionable feedback
Collaborative, detail-oriented approach
My goal is to deliver systems that are robust, easy to maintain, and genuinely useful.
Data Modelling & AI Integration
AI-Assisted Editorial & Knowledge Systems
I design structured workflows that make technical content accurate, consistent, and scalable.
Modular prompt and instruction design
Semantic taxonomy alignment
Quality checks and audit trails
Local-first or hybrid LLM integration (Ollama, HF, OpenAI-compatible)
Data Analytics & Decision Modeling
I turn complex datasets into clear, defensible insights using transparent, well-documented methods.
Local-first personal assistant with structured reasoning and portable memory.
Combines chat mode with agent mode for multi-step workflows.
Uses a portable contextual memory layer that can run locally or via APIs.
Includes truth-checking and cognitive-distortion detection for safer reasoning support.
Designed as a modular system so new tools and workflows can be added easily.
Solar Physics Analytics Notebook (In Progress)
Integrated analysis of stellar, flare, and sunspot datasets.
Combines SIMBAD stellar parameters, GOES solar X-ray, and NOAA sunspot region data.
Plans regression modeling of stellar and solar parameters with interpretable diagnostics.
Explores flare classification metrics (PPV, sensitivity, specificity) and event statistics.
Frames results in a decision-theoretic context for space-weather risk assessment.
Open Research & Initiatives
Research threads and long-term projects exploring the intersection of astrophysics, AI systems, and open knowledge.
OM OpenSkies Initiative
A long-term project creating emotionally supportive, culturally inclusive scientific resources.
It blends open-access research, Indigenous sky traditions, and modern astrophysics to build a global platform where science is a shared right — not a privilege.
This initiative includes future projects such as the "OM Atlas of the Skies", "Voices in Science", and the "SkyMemory Archive".
Solar Physics & Stellar Research
My scientific roots are in asteroseismology, solar-like oscillations in red giants, and interferometric radius calibration — work that connected stellar interiors with observable seismic signatures. I continue exploring these themes while expanding into heliophysics and space-weather research.
I am currently drafting a review paper, From SOHO to Solar Orbiter: 25 Years of Solar MHD, which traces the evolution of solar missions, MHD simulations, and the transition toward data-driven heliophysics. The review aims to bridge classical plasma modeling with modern machine learning workflows and next-generation mission data.
Additional ongoing threads include flare statistics, sunspot region analysis, and the broader interplay between magnetic activity in the Sun and other solar-type stars. These projects evolve steadily alongside my AI systems work, informing how I combine astrophysical reasoning with modern computational tools.
AI Cognitive Systems & Assistant Architecture
Ongoing conceptual development of AI systems that combine:
structured reasoning templates,
contextual memory engines,
cognitive tagging systems (Neuro-Tags),
and modular assistant workflows.
This includes the evolving "Assistant Brain" architecture, designed for local-first, transparent, and auditable AI collaboration.
These research threads evolve slowly and steadily alongside my professional work, informing how I design AI systems, analyze data, and explore the sky.
Clear and open skies
I build humane systems at the edge of science and AI. If you're curious, let's talk.
Short, accessible articles that translate complex science into clear language.
Solar Physics — Coming Soon
Early materials for my solar-physics work: outlines, datasets, and first analyses.
Research Notes — Coming Soon
Concise technical references: cheat-sheets, guides, and structured working notes.
The development of this website involved the use of AI tools — including GitHub Copilot, Codex, and ChatGPT (GPT-5 mini) — in much the same way that modern creators use code completion, grammar checking, or documentation assistants.
AI tools were used for:
Generating basic boilerplate code and debugging suggestions
Refining text clarity and enhancing visual presentation
However, all architectural design, creative direction, and ethical decisions were entirely conceived, guided, and reviewed by the human creator, Olga Moreira, PhD.
Every element of content and code was manually audited for accuracy, coherence, and integrity.
This disclosure is offered in the interest of transparency — to acknowledge that while AI can support structured thinking and development, it does not replace human intent, authorship, or ethical responsibility.
Open scientific practice is more than a research standard — it's a way of engaging with knowledge that honors transparency, equity, and intellectual honesty.
I align my work with the principles set out by the TU/e Code of Scientific Conduct and IGDORE's Open Scientific Practices, integrating them into every stage of my research, writing, and project design.
Core Commitments:
Integrity and Transparency — Upholding clarity in data, sources, and authorship.
Openness and Accessibility — Sharing knowledge responsibly, making science understandable and available to all.
Equity and Responsibility — Recognizing the social impact of research and prioritizing inclusivity in scientific participation.
Reflection and Accountability — Continuously examining how methods, technologies, and biases shape the stories we tell through science.
Open practice, to me, means building bridges between rigor and compassion — ensuring that science remains both a shared language and a shared right.
We favor local-first workflows and collect minimal analytics to protect user privacy.
No personal data is sold, shared, or tracked beyond what is technically necessary for secure site functionality.
If you choose to subscribe to our newsletter, your email address will be used solely for that purpose and can be unsubscribed at any time.
We support informed consent and transparent communication, because openness begins with trust.
All other visuals — including the Consulting & Collaboration, Open Research & Initiatives, and Creative Writing section imagery — are original works by Olga Moreira.
This notice supports transparency, ethical reuse, and recognition of creative authorship across scientific and artistic domains.
All architectural design, creative direction, and ethical decisions were conceived, guided, and reviewed by the human creator, Olga Moreira, PhD.
For details regarding authorship and fair use:
See "Copyright & Fair Dealing".
See "AI Assistance Disclosure]" for information on AI tool usage.
This notice is offered in the spirit of transparency, ethical reuse, and respect for creative labor within the open science and digital media communities.
OM Scripting — Coming Soon
Gateway to my om-scripting repo: Python patterns, workflows, and modular tools.
Open Science — Coming Soon
Open-science archives, preprints, datasets, and reproducible research components.
Design & Formatting — Coming Soon
LaTeX templates and HTML/CSS layout prototypes for clean, minimal design work.
The European Space Agency (ESA) is Europe's gateway to space. Its mission is to shape the development of Europe’s space capability and ensure that investment in space continues to deliver benefits to the citizens of Europe and the world.
The European Southern Observatory (ESO) enables scientists worldwide to discover the secrets of the Universe for the benefit of all. We design, build and operate world-class observatories on the ground. Astronomers worldwide use our telescopes to tackle exciting questions and spread the fascination of astronomy: How did the Universe come into existence? What are black holes? Are we alone in the Universe?
An international university located in the heart of Europe, the University of Liège is spread out over 4 campuses gathering together 10 Faculties and 1 School of Management. Today, ULiège hosts 28,000 students forming a multicultural community brought together and animated by an intense intellectual, cultural, sports, and associative life.
The University of Porto is one of the most distinguished Portuguese institutions in international academic and scientific rankings.