Professor of Atmospheric Science at University of Birmingham; physical chemist with interests e.g. in aerosols, indoor air & pollution impact on plants/insects.
It was a great honour to receive the ISIS Society Impact Award 2025 building on highly collaborative research with leading contributions from Max Skoda, Adam Milsom, Ben Woden, Federica Sebastiani, Richard Campbell, @adsquires and others. Many thanks! https://t.co/WAgSof7GxU
🎉Join us this month for the Inaugural Lecture of Professor Sami Ullah (@samdeolai), 'The Good and Grim Forms of Nitrogen: Tackling a Pollution Enigma'.
📅Weds 26 March, 4-6pm
📍Main Lecture Theatre, Aston Webb, C Block
🌐Hybrid
🔗Book your place: https://t.co/PYvKLdcyHf
Research Technician job open! Interested in air pollution ecology and engineering? Join us @UniRdg_SAPD to run our Free-Air Diesel and Ozone Enrichment (FADOE) platform. Apply here:
https://t.co/nh8tWbZ0BK
Our latest paper with @adam_milsom94 @adsquires@I22_DLS@CLF_STFC just out in Atmospheric Chemistry and Physics: Aerosol pollutants from cooking may last longer in the atmosphere – new study https://t.co/k7Q1eanXvW
https://t.co/uQ4yPdGIvj
📰| Air fryers produce a tiny fraction of the indoor air pollution emitted by other cooking methods including pan and deep frying, a new study has shown.
https://t.co/KvhXtZWMkB
@LES_UniBham
Our latest work on indoor cooking emissions published in Indoor Air: https://t.co/K0DhiidjnM
Air fryers confirmed as least polluting cooking method https://t.co/M4dqw9vWHb
Many thanks to @LES_UniBham for organising & friends/colleagues for joining! Great to see many familiar faces traveling from across UK incl. @adsquires @adam_milsom94 @swshargi@ChristineCardin & David; especially John P. Burrows, Fellow of @royalsociety travelling from Bremen...
Please join if you are free next week (note the slightly opened door in the background of my picture ensuring good indoor air quality through ventilation #WorldVentil8Day in the same week...)!
Please join us for the Inaugural Lecture of Professor Christian Pfrang
📅 Tues 5 Nov
⏲️ 16:00 - 18:00
🏬 G15, Muirhead Building, @unibirmingham
https://t.co/WsQYTTVld2
@ukhadds@DiamondLightSou@njt3303@LES_UniBham Yes, it was! Top left (hint of) image of levitated droplet; top right product formation followed in-situ by PTR-MS; bottom left SAXS (only 0.5 s acquisition, but clear self-assembly...) and bottom right WAXS...
Fun experiment this week @DiamondLightSou at I22 with @njt3303 and Dr Andy Smith levitating droplets while probing the gas-phase with @LES_UniBham's PTR-Qi-ToF-MS during ozonolysis
Great conference @The_RHS excellently co-organised by @cheerscientist at @RHSWisley learning about urban greening and considering the role plants can play for air pollution mitigation
📰Urgent action needed to understand links between air pollution and mental health.
NEW research from @UniofOxford
with @chpfrang
https://t.co/73bf9bDn9b
We brought @ukhadds to his first neutron trip at the Zoom beamline at @isisneutronmuon to try levitating surfactant droplets with (twitterless) Jack Macklin’s levitation device, in front of a neutron beam. Here’s how he found it.
Air pollution impacts mental health, but the mechanisms aren’t clear. New research calls for better methods to study bioaerosols & their effects, pushing for interdisciplinary collaboration & standardized measurements to guide future studies and policies: https://t.co/wHiiBeWVFF
Collaborative work on AQ/BioPM just out led by @KSBhui@UniofOxford with @BioAirNet1@pk_shishodia@AirPollSurrey and others: Air quality and mental illness: role of bioaerosols, causal mechanisms and research priorities | BJPsych Open | Cambridge Core - https://t.co/M7RFTSJQdB
Very exciting visit to @BoulbyLab for @STFC_Matters Science Board (Facilities & Laboratories) last week 1100 m underground: great to see thriving research across a much broader range than anticipated incl. astrobiology and geology work from @unibirmingham
Latest work with @adam_milsom94 led by Martin King @RHULEarthSci just released as preprint @EgUsphere on lifetimes and albedo change due to OH oxidation of organic films from atmospheric aerosols at the air-water interface: https://t.co/6MfEvXn829