Mark Main (@markmain_) 's Twitter Profile
Mark Main

@markmain_

Researcher in the Structured Photonics Research Group @UofG.

ID: 1119719510725079040

calendar_today20-04-2019 21:48:29

27 Tweet

31 Followers

52 Following

Mark Main (@markmain_) 's Twitter Profile Photo

Hints of what’s to come! πŸ“#ModLightUofG πŸ”¦ So glad to be a part of this project, extending #ModMicroUofG πŸ”¬capabilities and tools with Graham Gibson, rob arch and Akhil Kallepalli .. on πŸ¦‹ (Glasgow Optics Group)

Hints of what’s to come! πŸ“#ModLightUofG πŸ”¦
So glad to be a part of this project, extending #ModMicroUofG πŸ”¬capabilities and tools with Graham Gibson, <a href="/rob98arch/">rob arch</a> and <a href="/OptoPhysAkhil/">Akhil Kallepalli .. on πŸ¦‹</a> (<a href="/glasgowoptics/">Glasgow Optics Group</a>)
Glasgow Optics Group (@glasgowoptics) 's Twitter Profile Photo

Featuring Grant (PhD Student), as he shares the latest Gas Camera πŸ“ΈπŸ”₯ research at the launch of the UofGARC! πŸ‘πŸΌπŸ‘πŸΌ Well done, UofGARC, for a fantastic launch. University of Glasgow #AdvancedResearchCentre

Featuring Grant (PhD Student), as he shares the latest Gas Camera πŸ“ΈπŸ”₯ research at the launch of the <a href="/UofGARC/">UofGARC</a>! 
πŸ‘πŸΌπŸ‘πŸΌ
Well done, <a href="/UofGARC/">UofGARC</a>, for a fantastic launch. 
<a href="/UofGlasgow/">University of Glasgow</a> 
#AdvancedResearchCentre
Kallepalli Lab .. on πŸ¦‹ (@kallepallilab) 's Twitter Profile Photo

Literally right now 🀩πŸ₯³ Mark Main working with Vittorio Saggiomo (@[email protected])’s EnderX syringe pumps & Julien Reboud’s microfluidic devices (James Watt School of Engineering, Uni. of Glasgow). First steps towards a remote diagnostics testbed, replicating blood flow. Our first collab. at UofGARC!

Kallepalli Lab .. on πŸ¦‹ (@kallepallilab) 's Twitter Profile Photo

We’ve been busy! Our BAOMS supported research is seeing amazing progress with Mark Main’s latest models are taking shape. Stay tuned for a detailed model! Blood vessels and the whole lot πŸ˜‰ School of Physics & Astronomy, Uni. of Glasgow UofGARC Glasgow Optics Group

We’ve been busy! 
Our <a href="/BAOMSOfficial/">BAOMS</a> supported research is seeing amazing progress with <a href="/MarkMain_/">Mark Main</a>’s latest models are taking shape. Stay tuned for a detailed model! Blood vessels and the whole lot πŸ˜‰
<a href="/UofGPhysAstro/">School of Physics & Astronomy, Uni. of Glasgow</a> <a href="/UofGARC/">UofGARC</a> <a href="/glasgowoptics/">Glasgow Optics Group</a>
Kallepalli Lab .. on πŸ¦‹ (@kallepallilab) 's Twitter Profile Photo

Hard at work, "building" time at the lab w/ Mark Main πŸ˜‰ Building our own #openaccess peristaltic pumps for our #microfluidics project! Thank you for the suggestions, Vittorio Saggiomo (@[email protected]). We eventually found ourselves this fantastic paper rdcu.be/cTr4Z!πŸ“œ

Hard at work, "building" time at the lab w/ <a href="/MarkMain_/">Mark Main</a> πŸ˜‰
Building our own #openaccess peristaltic pumps for our #microfluidics project! Thank you for the suggestions, <a href="/V_Saggiomo/">Vittorio Saggiomo (@Vsaggiomo@bsky.social)</a>. 
We eventually found ourselves this fantastic paper rdcu.be/cTr4Z!πŸ“œ
Mark Main (@markmain_) 's Twitter Profile Photo

Submitted our research Kallepalli Lab .. on πŸ¦‹! πŸ“πŸ₯³ Poster sharing our #Biophotonics #MonteCarlo simulation results, investigating light transport through skin grafts! πŸ”¦πŸ₯ Come say hello at #Photon2022 UofGARC Glasgow Optics Group School of Physics & Astronomy, Uni. of Glasgow Claire Garland

Submitted our research <a href="/KallepalliLab/">Kallepalli Lab .. on πŸ¦‹</a>! πŸ“πŸ₯³
Poster sharing our #Biophotonics #MonteCarlo simulation results, investigating light transport through skin grafts! πŸ”¦πŸ₯

Come say hello at #Photon2022 
<a href="/UofGARC/">UofGARC</a> <a href="/glasgowoptics/">Glasgow Optics Group</a> <a href="/UofGPhysAstro/">School of Physics & Astronomy, Uni. of Glasgow</a> <a href="/iop_conferences/">Claire Garland</a>
Kallepalli Lab .. on πŸ¦‹ (@kallepallilab) 's Twitter Profile Photo

Something amazing this way comes? πŸ˜‰ (Nothing like making a Ray Bradbury title… amazing 😎) Mark Main’s setting up key components of his experiment with Miles Padgett’s ext. cavity laser and Vittorio Saggiomo (@[email protected])’s syringe pumps! #opensource #openaccess #optics

Something amazing this way comes? πŸ˜‰
(Nothing like making a Ray Bradbury title… amazing 😎) 

<a href="/MarkMain_/">Mark Main</a>’s setting up key components of his experiment with <a href="/MilesPadgett/">Miles Padgett</a>’s ext. cavity laser and <a href="/V_Saggiomo/">Vittorio Saggiomo (@Vsaggiomo@bsky.social)</a>’s syringe pumps! 
#opensource #openaccess #optics
Akhil Kallepalli .. on πŸ¦‹ (@optophysakhil) 's Twitter Profile Photo

Looking forward to this weekend's Big Bounce (Institute of Physics), sharing "#Biophotonics for all ages"! Thank you to QuantIC for organising (and all the freebies) πŸ˜‰ Come along, and say hello! (1/3) 🧡 The Big Bounce 2022 | Institute of Physics iop.org/explore-physic…

Kallepalli Lab .. on πŸ¦‹ (@kallepallilab) 's Twitter Profile Photo

We have had an incredible 2022 and we have a new logo for 2023 and beyond. Tq to Research Figures for the collab. Like the symbolism of a light bulb and motivated to build a mindful and inclusive community, we are looking forward to a fantastic 2023! πŸŽ‡πŸŽ‡πŸŽ‡ 1/8 πŸͺ‘🧡

We have had an incredible 2022 and we have a new logo for 2023 and beyond. 
Tq to <a href="/ResearchFigures/">Research Figures</a> for the collab.  
Like the symbolism of a light bulb and motivated to build a mindful and inclusive community, we are looking forward to a fantastic 2023! πŸŽ‡πŸŽ‡πŸŽ‡
1/8 πŸͺ‘🧡
cellUview (@celluview) 's Twitter Profile Photo

Take a look at the microscopic world with cellUview! πŸ”¬ Our software makes it easy to do real time image analysis using the Openflexure microscope. Check out these amazing images captured with our open source software. Akhil Kallepalli .. on πŸ¦‹ Kallepalli Lab .. on πŸ¦‹ Mark Main @BerndPorr

Take a look at the microscopic world with cellUview! πŸ”¬ Our software makes it easy to do real time image analysis using the Openflexure microscope.  Check out these amazing images captured with our open source software. <a href="/OptoPhysAkhil/">Akhil Kallepalli .. on πŸ¦‹</a>  <a href="/KallepalliLab/">Kallepalli Lab .. on πŸ¦‹</a> <a href="/MarkMain_/">Mark Main</a>  @BerndPorr