Gabriel Vega Bellido

Computational materials scientistEnergy policy analystApprentice-level seeker

I modeled how matter organizes itself, now I analyze and manage how energy can be better delivered, and I try to take the old wisdom traditions seriously enough to test them in practice.

01

About

I finished my PhD at the University of Pennsylvania in the Riggleman Lab, modeling how molecular-level ordering shapes the mesoscale structures that emerge during phase separation — and how nanoparticle fillers can be used to tune the structure of phase-separating polymer blends.

Following curiosity has led me to cast a wider net than purely physical matter. Since 2020 I've been studying the metaphysical, and I've come away convinced that the mystery schools, the ancient wisdom traditions, and the shamanic practitioners were onto something real with the idea that the metaphysical supersedes the physical. I try to embody what I learn through daily practice, not just to read about it.

Through the Eagleton Science and Politics Fellowship, I now work in the New Jersey Board of Public Utilities' Division of Clean Energy. Having lived through what Hurricane Maria did to Puerto Rico's fragile fossil-fuel-based grid, I wish to learn how regulatory policy can make access to the magic of energy more reliable, sustainable, and affordable.

What follows is an assortment of the bits and bobs that make up my story. I hope some of it earns me a fulfilling job, helpful advice, or constructive criticism.

Principles

01

Science without spirit is lame; spirit without science is blind. Neither is complete alone.

02

Human flourishing is the proper telos of science.

03

Future generations should inherit a better world from us.

02

Research

01

Doctoral

Mesoscale phase separation in structured fluids and nanoparticle-filled blends

University of Pennsylvania · Riggleman Group
Chemical & Biomolecular Engineering

My dissertation used MATILDA.FT — a hybrid particle-field molecular dynamics framework, GPU-native in CUDA/C++ — to study phase separation in structured fluids: liquid-crystal mesogens mixing with an isotropic fluid, and nanoparticles as a knob on the structural behavior of phase-separating polymer blends.

  • Smectic order emergence
  • Domain coarsening
  • Nanoparticle-filled blends
  • Microstructural rearrangement

02

Policy

Science policy & diplomacy

MIT Science Policy Review · Associate Editor
Science diplomacy case study, co-author

As an associate editor at the MIT Science Policy Review I worked on peer-reviewed analysis of emerging science and technology policy. I'm also co-authoring a science diplomacy case study on shared governance structures for One Health disease threats at the US–Mexico border.

  • Editorial review
  • Science & technology policy
  • US–Mexico diplomacy
  • One Health

03

Undergraduate

Magnetic colloid self-assembly & machine-learned synthesizability

University of Puerto Rico at Mayagüez
Chemical Engineering

As first author I used Brownian dynamics to show that magnetic Janus colloids with off-center dipoles self-assemble differently depending on the dipolar shift — a single control knob over cluster size, morphology and aggregation kinetics. I also co-authored work applying positive-unlabeled machine learning to predict which proposed MXenes, and their precursor phases, are actually synthesizable.

  • Brownian dynamics
  • Magnetic Janus colloids
  • Positive-unlabeled learning
  • MXene synthesizability
From the simulations

A blend caught mid-decision

Two species in a periodic cell, coarse-grained beads, held at the moment before the domains commit. Run the clock forward and the speckle becomes structure — coarsening is the whole story of the dissertation, watched one frame at a time.

OVITO render · MATILDA.FT trajectory


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Selected publications

04

Education & roles

Education

2020–2026

PhD, Chemical & Biomolecular Engineering

University of Pennsylvania · Riggleman Group

2014–2019

BS, Chemical Engineering

University of Puerto Rico at Mayagüez

Roles

2026–2027

Eagleton Science & Politics Fellow

NJ Board of Public Utilities · Division of Clean Energy

2024–2026

Author and Associate Editor

MIT Science Policy Review

2020–2026

Graduate Researcher

University of Pennsylvania

Dates are approximate where a role overlapped — the résumé has the exact record.


05

Telos

Mission · M0

To serve as a credible bridge between the material and the metaphysical — using the rigor of science to take seriously what the wisdom traditions have long pointed at.

The three principles above are the short form. Lately I read reality mostly through Hermetic philosophy — the Corpus Hermeticum, the Renaissance synthesis in Agrippa, and the seven principles of the Kybalion — which I find genuinely resonant with my lived experience. I also have a cursory knowledge of astrology, numerology, tarot, psychology (mostly Jung, Adler, and Freud), different magic systems (Ceremonial, Chaos, Shamanism), Gnosticism, and other somewhat esoteric knowledge. Movement, breathwork and stillness are how the abstract gets embodied for me.

An evolving articulation, not a finished creed.

06

Media

Essays, videos and podcast appearances — archived here so they outlast the platforms that first hosted them.


07

Contact

Correspondence

Profiles

Located

Philadelphia, Pennsylvania
New Jersey, weekdays