For researchers, educators, and brands looking for a science‑credible collaborator who knows how to make complex ideas connect.
Chloe works with academics and researchers to translate complex work into content that is accurate, engaging, and built for real people to understand.
Chloe visits classrooms virtually or in person to make science careers, research, and curiosity feel real for students at different stages of learning.
Chloe partners with brands, events, and media teams that want a collaborator with scientific credibility and a public‑facing platform.
Hands-on, low-prep, and really interesting, each one designed to make students ask why before they even finish setting up.
Turn ordinary milk into a moldable bioplastic using simple kitchen chemistry, a perfect, tactile introduction to how polymers work.
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Yeast and hydrogen peroxide collide to create a dramatic foamy eruption, a crowd-pleasing way to demonstrate catalytic reactions.
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A plastic bottle, balloon, and straw come together to build a working model of how lungs breathe, science that connects directly to the human body.
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Soap films always find the most efficient shape, a beautiful, visual demonstration of surface tension that doubles as a geometry lesson.
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Compare how plants and bare soil respond to rainfall. Students see firsthand why roots matter for our land, rivers, and ecosystems.
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A battery, wire, and magnet come together to build a spinning motor, a hands-on look at electromagnetism that students can take home.
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Specifically, what happens inside a cell when things go sideways, and why some cancer cells just... stop and hide instead of growing. That's what amyloid bodies are about.
Those same stress patterns I was seeing in cancer? They showed up in Alzheimer's and Parkinson's too. Nobody talks about that connection nearly enough.
All of this was sitting in journals nobody reads, written in language nobody outside a lab could understand. Important science, invisible to the world.
Not just research. Not just publish. Actually talk about it, in a way that makes sense to real people.
Specifically, what happens inside a cell when things go sideways, and why some cancer cells just... stop and hide instead of growing. That's what amyloid bodies are about.
Those same stress patterns I was seeing in cancer? They showed up in Alzheimer's and Parkinson's too. Nobody talks about that connection nearly enough.
All of this was sitting in journals nobody reads, written in language nobody outside a lab could understand. Important science, invisible to the world.
Not just research. Not just publish. Actually talk about it, in a way that makes sense to real people.
