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Research&Projects

Where laboratory microphysics meets the air we breathe. Full detail — results, methods, publications — lives on the CV page.

Research interests

Ice Nucleation

How aerosols, biological particles, and engineered surfaces like DNA origami trigger the freezing of supercooled water.

Urban Aerosols & Smog

Characterising the particulate matter in South Asian urban air and what it means for clouds, climate, and health.

Atmospheric Physics

Connecting laboratory microphysics to real-world atmospheric processes through custom instrumentation and sampling.

Highlights

NASA Space Apps Challenge

1st Place — National (2025)

Oxford / Clarendon Lab

DNA origami ice-nucleation collaboration

South Asian urban smog

First INP study of Lahore smog particles

TA'AB (non-profit)

Co-founder · 200+ volunteers

The full list of achievements, activities and certifications lives on the CV page.

Projects & tools

Research

Ice Nucleation on DNA Origami

Collaboration with the Clarendon Lab, Jonathan Bath group, University of Oxford.

Research

Microfluidic Structure Design

Designed a photomask with 11 “crystal hotel” structure variations to test smog and DNA origami in droplets.

Research

Air Sampler Development

Designed and built a custom steel-based air sampler for particulate-matter collection.

Try it: the freezing simulator

A little science toy — cool a droplet and watch supercooled water suddenly crystallise.

20.0°C

Liquid

-30 °C0 °C20 °C

Notice the droplet stays liquid below 0 °C. That's supercooling — freezing needs a nucleus to get started.

Latest in my field

Recent papers on ice nucleating particles, DNA origami ice nucleation and urban aerosol INP — pulled live from the literature.