Advanced microscopy, optics, and scientific instrumentation — across the boundary between what can be seen and what can be built.
"The best scientific instruments are the ones that make previously impossible questions suddenly answerable."
— Research PhilosophyI am a researcher and instrument builder working at the frontier of optical microscopy, nanoscience, and advanced imaging. My work spans fundamental physics and practical engineering — designing new systems that reveal how matter behaves at scales the naked eye cannot reach.
Beyond the lab, I build tools and platforms for the broader scientific community — including MicroscopyIndex.io, an open resource for microscopy researchers worldwide. I am driven by a conviction that science advances fastest when knowledge and tools are shared freely and built well.
My work spans several interconnected domains — united by a shared interest in seeing and measuring matter at its most fundamental scales.
Designing and building next-generation microscopy systems that push the boundaries of resolution, speed, and dimensional range.
Building imaging pipelines and systems capable of capturing spatial, temporal, and spectral information simultaneously.
Exploiting light-matter interactions to probe, manipulate, and characterize materials and structures at the nanoscale.
Investigating the physics and chemistry of matter at the nanoscale — where quantum effects, surface forces, and size-dependent phenomena dominate.
Engineering precision instruments from concept to working prototype — combining physics, mechanics, electronics, and software.
Developing computational approaches for processing, reconstructing, and extracting information from complex multidimensional datasets.
Major Initiative
microscopyindex.io
MicroscopyIndex.io is an open repository and community resource for microscopy researchers worldwide — a central hub for instruments, protocols, datasets, and knowledge that has long been scattered across the literature.
Learn More →Structured, searchable access to instruments, protocols, and resources.
Built with and for the global microscopy research community.
Free, open, and designed to lower barriers across the field.
I am open to a range of collaborations, from scientific partnerships to consulting, speaking, and joint initiatives.
Interdisciplinary projects combining optical science, imaging, and materials research.
Optics, microscopy systems, imaging pipelines, and scientific instrumentation.
Conferences, symposia, workshops, and seminars on microscopy, imaging, and open science.
Partnerships around open tools, community platforms, and shared scientific infrastructure.
My research sits at the intersection of optical physics, instrument design, and nanoscience. I am interested in questions that require new tools to answer — and in building those tools with the care and rigor that science demands.
I have worked on problems ranging from the design of advanced microscopy platforms to the physics of optically driven nanoparticle assemblies. What connects these threads is a conviction that the quality of scientific instrumentation directly determines the quality of the science it enables.
Beyond the lab, I think seriously about the infrastructure of science itself — how tools, data, and knowledge are shared — and I build accordingly.
My work spans advanced microscopy system design, multidimensional imaging, optical trapping, optical matter, nanophotonics, and precision instrumentation. I am drawn to problems that sit at the edge of what existing tools can measure — and to the engineering challenges of extending those limits.
I approach instrumentation not just as an engineering exercise, but as a form of scientific reasoning: the design of a tool encodes assumptions about what matters and what can be known.
Advanced microscopy, optical instrumentation, multidimensional imaging, and the MicroscopyIndex.io platform.
Thesis: [Brief descriptive title of your dissertation]
[One line about focus or achievement]
I am a strong believer in open science, collaborative knowledge-building, and the long-term importance of scientific infrastructure. MicroscopyIndex.io reflects this belief in practice. I am also interested in the relationship between scientific tools and scientific culture — how the instruments a field uses shape the questions it asks.
I am open to conversations about research collaborations, consulting, invited talks, or joint initiatives that advance the quality and accessibility of scientific tools.
My research spans the design, construction, and use of optical instruments — with a particular focus on problems where new instrumentation is the limiting factor.
I design and build custom microscopy systems that go beyond what commercial instruments allow — combining novel optical configurations, precision opto-mechanics, and integrated software to push resolution, speed, or dimensionality.
Developing systems and methods for simultaneous acquisition across multiple spatial, temporal, and spectral dimensions — enabling rich datasets that capture the full complexity of dynamic systems.
Exploiting structured light, near-field effects, and complex optical interactions to probe and manipulate matter at scales unreachable by conventional means.
Studying the formation and dynamics of light-driven nanoparticle assemblies — structures held together by optical forces that emerge from collective interaction with electromagnetic fields.
End-to-end instrument development — from concept and optical design through mechanics, electronics, control systems, and data acquisition. The full engineering stack for scientific tools.
Building algorithms and pipelines for image reconstruction, analysis, and information extraction from large multidimensional datasets — where physics-informed computation extends what optics alone can resolve.
A complete record of my published research. Google Scholar · ORCID
For a complete and up-to-date list, please visit my Google Scholar profile.
View on Google Scholar →MicroscopyIndex.io is more than a side project — it is a long-term commitment to open scientific infrastructure.
Microscopy is a vast and fragmented field. Instruments, protocols, datasets, analysis tools, and hard-won expertise are scattered across thousands of papers, lab wikis, and individual memories. MicroscopyIndex.io exists to bring this knowledge together in one open, structured, and community-maintained resource.
The platform is designed to be genuinely useful — searchable, well-organized, and built with the working scientist in mind. It is free, open-access, and built to last.
Every researcher who has spent weeks hunting for an obscure technique or rebuilding something another lab already solved understands the problem. The fragmentation of microscopy knowledge is not just an inconvenience — it is a structural barrier that slows discovery, particularly for labs with fewer resources.
MicroscopyIndex.io is a direct response to this gap — one built by someone who has felt it firsthand.
Curated records of microscopy instruments — commercial and custom-built — with structured metadata, specifications, and links to primary literature.
Step-by-step protocols, sample preparation methods, and best practices contributed and reviewed by the community.
An indexed collection of open-source analysis tools, plugins, and software pipelines relevant to microscopy researchers.
Built with contributions from researchers worldwide — designed to grow, improve, and remain accurate over time.
An open resource for anyone who works with light and lenses.
Visit MicroscopyIndex.io ↗ Partner With UsI believe the most interesting science happens at boundaries — between disciplines, between academia and industry, between the lab and the world outside it. I am always interested in conversations that cross those boundaries.
Whether you are looking for a research collaborator, a speaker who can make imaging science accessible and compelling, or a technical advisor for an instrument or imaging challenge — I am open to hearing from you.
I speak on microscopy, optical instrumentation, multidimensional imaging, and the future of open scientific tools. I am available for conferences, symposia, departmental seminars, and workshops.
I welcome collaborations with researchers in adjacent fields who need advanced imaging or instrumentation expertise — or who work on problems that intersect with optics, photonics, or nanoscience.
I consult for companies developing optical instruments, imaging systems, or scientific hardware — from early-stage startups to established instrument manufacturers.
I am interested in partnerships that support the development of MicroscopyIndex.io and broader efforts to build open infrastructure for the scientific community.
Hands-on workshops on microscopy techniques, optical design, instrumentation, and image analysis for researchers at all career stages.
Exploratory conversations welcome. If you are working on a problem where advanced imaging or instrumentation might make a difference, let's talk.
Whether you want to discuss a collaboration, explore consulting, invite me to speak, or simply connect — I'd be glad to hear from you. I try to respond to all thoughtful enquiries.
Complete positioning, sitemap, copy direction, and visual system for your personal website.
A scientist and instrument builder working at the edge of what can be seen — developing advanced microscopy systems, optical tools, and open platforms that extend the reach of scientific discovery.
The site should sit at the intersection of three archetypes — without fully collapsing into any one of them:
The site should feel like it belongs to someone who publishes in Nature Methods and also ships code on GitHub — not one or the other.
Verdict: Balanced mix, leaning "Scientist Portfolio" with "Deep-Tech Builder" energy. Avoid the "research lab" aesthetic (too institutional, loses personal warmth). Avoid pure "deep-tech founder" (too commercial for academic credibility). The sweet spot is a thoughtful, distinguished personal website — like the best academic portfolio sites you have seen, but cleaner and more human.
Most scientist websites fail in one of three ways: they are too dry and CV-like, too generic (template Squarespace), or they oversell with startup language. Yours should avoid all three by prioritizing: long-form serif typography, strong editorial whitespace, a restrained but warm color palette, and copy that sounds like a person — not a grant application.
Your proposed structure is solid. Minor adjustments recommended:
/
/about
/research
/publications
/microscopy-index
/collaborate
/contact
Rename "Speaking / Collaborations / Consulting" → "Collaborate" in the nav. It is shorter, more inviting, and doesn't sound transactional. The page itself covers all three without needing the long label.
/writing — Blog / essays / notes (add when ready)/media — Press mentions, podcast appearances, video talks/cv — Full academic CV as downloadable PDFThe homepage should tell a story in sequence: Who you are → What you work on → What you have built → What you have published → Your major initiative → How to work with you. Each section should feel inevitable after the previous one.
Imaging the invisible. Building what's missing.
Seeing further. Building better. Sharing openly.
I build the instruments that ask the questions.
Advanced microscopy, optics, and scientific instrumentation — across the boundary between what can be seen and what can be built.
I design and build tools that extend the reach of science — from novel microscopy systems and optical instrumentation to open platforms for the global imaging community. My work sits at the intersection of physics, engineering, and scientific discovery.
My research sits at the intersection of optical physics, instrument design, and nanoscience. I am interested in questions that require new tools to answer — and in building those tools with the care and rigor that science demands.
Microscopy is a vast and fragmented field. Instruments, protocols, datasets, analysis tools, and hard-won expertise are scattered across thousands of papers, lab wikis, and individual memories. MicroscopyIndex.io exists to bring this knowledge together in one open, structured, and community-maintained resource.
I believe the most interesting science happens at boundaries — between disciplines, between academia and industry, between the lab and the world outside it. I am always interested in conversations that cross those boundaries.
This trio creates a sophisticated hierarchy: the Garamond brings intellectual warmth and editorial gravitas; DM Sans provides modern legibility; DM Mono adds a precise, technical edge that suits the scientific context without feeling cold.
The palette is intentionally restrained. The warm off-white paper background prevents clinical coldness. The deep teal-navy accent evokes scientific precision and depth. The amber is used sparingly — for featured items, decorative rules, and warm highlights — to avoid the palette feeling cold or corporate.
clamp(5rem, 10vw, 9rem) — generous breathing room1200pxclamp(1.5rem, 5vw, 4rem)Avoid generic phrases like "Click here," "Learn more" (when used alone), or "Get started." Every CTA should feel like a natural continuation of the sentence before it. Use specific, action-oriented language that matches what the visitor will actually find.
About page narrative, research themes, positioning copy, and design elements. These should evolve intentionally, not frequently.
When you are ready, add a /writing section. Keep entries focused: research reflections, instrument design thinking, open science commentary. This adds SEO value and shows intellectual range beyond the publication list.
yourname.com — keep it simplefont-display: swap for web fonts<title> and <meta description> per pagePerson markup for your homepage/page-1 or UUIDs)