StranksLab (@strankslab) 's Twitter Profile
StranksLab

@strankslab

Research group @CEBcambridge @DeptofPhysics @Cambridge_Uni led by @SamStranks working on new photovoltaic, lighting & detector tech. Account student/postdoc run

ID: 880524939677364224

linkhttp://strankslab.com calendar_today29-06-2017 20:34:39

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4,4K Followers

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Milos Dubajic (@milosdubajic) 's Twitter Profile Photo

• MA→ densely packed pancakes ⇒ higher electronic disorder. • FA→ sparse, isotropic spheres ⇒ sharper absorption edges and narrower PL spectrum & higher diffusion coefficients and luminescence efficiency. 3/8

• MA→ densely packed pancakes ⇒ higher electronic disorder.
• FA→ sparse, isotropic spheres ⇒ sharper absorption edges and narrower PL spectrum & higher diffusion coefficients and luminescence efficiency. 3/8
Milos Dubajic (@milosdubajic) 's Twitter Profile Photo

This project has been years in the making, you might enjoy our behind the scenes story, published here: communities.springernature.com/posts/blink-an… 5/8

StranksLab (@strankslab) 's Twitter Profile Photo

🚨new Nature Nanotechnology paper🚨 New work led by Milos Dubajic on the A-site significance in the dynamic structure of nanodomains in lead halide perovskites. Big takeaway: FA has less electronic disorder than MA lending to superior optoelectronic properties nature.com/articles/s4156…

Nature Reviews Methods Primers (@methodsprimers) 's Twitter Profile Photo

#Photoluminescence microscopy is the technique of this week's #Primer. The properties of #optoelectronic materials are characterised with this method, improving our understanding of their applicability. It's out today! Check it out📖👇 nature.com/articles/s4358…

Simon Kahmann (@skahmn) 's Twitter Profile Photo

If you want to get an overview about all the different flavours of PL microscopy and important aspects relevant for the study of optoelectronic materials, check out the new work nature.com/articles/s4358… - great collaboration with the Cambridge crew from StranksLab

StranksLab (@strankslab) 's Twitter Profile Photo

New review on all things “Photoluminescence microscopy of optoelectronic materials” in Nature Reviews Methods Primers led by StranksLab postdoc Dr. Zimu Wei. nature.com/articles/s4358…

Milos Dubajic (@milosdubajic) 's Twitter Profile Photo

🔬 New review led by zimudoesnttweet just out in Nature Reviews Methods Primers! We explore PL microscopy techniques for optoelectronic materials, many used in the StranksLab. 1/3

🔬 New review led by <a href="/kujwtiy/">zimudoesnttweet</a>  just out in Nature Reviews Methods Primers!

We explore PL microscopy techniques for optoelectronic materials, many used in the <a href="/StranksLab/">StranksLab</a>. 1/3
Milos Dubajic (@milosdubajic) 's Twitter Profile Photo

While they appear roughly 300 billion times per second, it took us several years and over 30 people from 20 institutions to have a chance to sneak in and take a snapshot of the formation of nanodomains in perovskites. Now that photo is proudly on the cover of Nature Nano: 1/4

While they appear roughly 300 billion times per second, it took us several years and over 30 people from 20 institutions to have a chance to sneak in and take a snapshot of the formation of nanodomains in perovskites.
Now that photo is proudly on the cover of Nature Nano: 1/4
IMOD STC (@imod_stc) 's Twitter Profile Photo

Thanks Sam Stranks @strankslab for sharing your insights on halide perovskites for cutting-edge solar cells, LEDs, X-ray detectors, and quantum emitters — and how growing these materials layer-by-layer on 2D substrates can enable even higher performance for optoelectronics! 📷

Thanks <a href="/SamStranks/">Sam Stranks</a> @strankslab for sharing your insights on halide perovskites for cutting-edge solar cells, LEDs, X-ray detectors, and quantum emitters — and how growing these materials layer-by-layer on 2D substrates can enable even higher performance for optoelectronics! 📷