You saw the demo. You saw atoms snapping into place with real physical rigor—no keyframes, no “faked” geometry, just pure data-driven visualization.
To collaborate on your next high-impact visualization:
How to Fund Our Collaboration
We typically work with clients through three specific channels:
- NSF/NIH Broader Impacts & Outreach: Science with Impact is a spin-off of the NSF Center for Molecular Optimized Networks (Award #1832256). We provide the interactive simulations and the trackable impact metrics you need to satisfy—and exceed—the rigorous Broader Impacts requirements of federal agencies.
- Departmental Instructional Budgets: If you’re looking to 3D-visualize your general, organic, and bio/medicinal chemistry curriculum, we can develop interactive sandboxes that integrate with standard departmental software/tech.
- Industrial/Biotech Retainers: For firms needing high-fidelity Mechanisms of Action (MoA) visuals, we offer hourly retainers to act as your "on-call" scientific visualization department.
“Accuracy is non-negotiable. Our engine ensures that every bond angle and interaction is backed by the laws of physics, not the whims of an artist."
Bringing MONET’s Polymer Chemistry to ACS Kids Zone Spring 2026 in Atlanta, GA
Learn the chemistry behind slime and help choose what we visualize next!
Vanessa Rosa, Ph.D.
Behind the Scenes: Animating Pharmaceutical Chemistry
We solved the complex challenge of creating scientifically accurate molecular animations that work reliably across all devices and browsers, with zero software installation required for students.
Vanessa Rosa, Ph.D.
Looking Back: A Year of Interviews with Impactful Scientists
In this season recap episode, we’ve curated the most impactful moments from our guests—the insights that challenge conventional thinking and offer practical wisdom for navigating today’s science landscape.
Vanessa Rosa, Ph.D.
Before We Meet
To make our 15 minutes as productive as possible, come prepared with:
- The Molecule: What is the 'hero' of your current research?
- The Story: What is the one interaction (binding, folding, reacting) that is hardest to explain?
- The Goal: Is this for a publication, a grant, or a classroom?
