The Guo Laser Lab at U of Rochester

Prof. Chunlei Guo's Lab at University of Rochester studies fundamental interactions of high-intensity femtosecond laser with matter.

[TechXplore @TechXplore_com]

#Superhydrophobic metal tubes engineered to remain buoyant even when damaged could enable unsinkable ships, robust floating platforms, and new approaches to renewable energy generation. @UofR https://t.co/wMVX0HZGMo https://t.co/woqc78cBoo

[University of Rochester @UofR]

What if we could engineer an “unsinkable” ship?

Researchers from @RochesterOptics have created aluminum tubes that are unsinkable by design, staying afloat despite prolonged submersion or even significant damage | #URochesterResearch
https://t.co/NVgmRixicM

[Nanotechnology World @NanotechnoWorld]

More than a century after the Titanic sank, engineers still have hopes of someday creating “unsinkable” ships.

In a step toward reaching that lofty goal, researchers have developed a new process that turns ordinary metal tubes unsinkable—meaning they will stay afloat no matter how long they are forced into water or how heavily they are damaged.

https://t.co/hMljMQL5qD

[The Guo Laser Lab at U of Rochester @guolaserlab]

Femtosecond laser‐produced optical absorbers for solar‐thermal energy harvesting - Singh - 2022 - EcoMat - Wiley Online Library https://t.co/mc5XQyqHU1

[Hajim School of Engineering & Applied Sciences @ur_engineering]

How did @UofR researchers make solar thermoelectric generators that are 15 times more efficient than previous devices? A little black metal🤘#URochesterResearch
Read about the research: https://t.co/wXmaUk8k9j
Read the full paper: https://t.co/ShE4rZoxik

[The Guo Laser Lab at U of Rochester @guolaserlab]

Maintenance-free ultrahigh energy- and water-efficient evaporative cooling with superwicking, anti-scaling, and antifouling surface: Cell Reports Physical Science https://t.co/xld8IuRePc

[The Guo Laser Lab at U of Rochester @guolaserlab]

Passive superwicking interfacial evaporative cooling enables single-junction photovoltaic operation under 10× solar concentration: Cell Reports Physical Science https://t.co/TuflJrWzZd

[The Guo Laser Lab at U of Rochester @guolaserlab]

Gigantic suppression of recombination rate in 3D lead-halide perovskites for enhanced photodetector performance | Nature Photonics https://t.co/5huuiavszm

[Mohamed ElKabbash @MElkabbash]

https://t.co/k6dogd0Cwv

[Chunlei Guo @cguo_roc]

https://t.co/40RVotAQQL

[The Guo Laser Lab at U of Rochester @guolaserlab]

Perovskites, a 'dirt cheap' alternative to silicon, just got a lot more efficient https://t.co/Wx5Mg8lE9R via @physorg_com,

[The Guo Laser Lab at U of Rochester @guolaserlab]

@physorg_com @UofR @NaturePhotonics Excellent work!

[The Guo Laser Lab at U of Rochester @guolaserlab]

Perovskites, a 'dirt cheap' alternative to silicon, just got a lot more efficient https://t.co/Wx5Mg8lE9R via @physorg_com

[The Guo Laser Lab at U of Rochester @guolaserlab]

Perovskites, a ‘dirt cheap’ alternative to silicon, just got a lot more efficient https://t.co/eejSKQPqgt

[Phys.org @physorg_com]

Perovskites, a 'dirt cheap' alternative to silicon, just got a lot more efficient @UofR @NaturePhotonics https://t.co/NN36UeoKBX https://t.co/yAw4NmAe7F

[Atoms @Atoms_MDPI]

New Publication in 2021: Investigation of Resonance-Enhanced High-Order Harmonics by Two-Component Laser-Produced Plasmas
https://t.co/tZVuCJ3NLq

Abstract Views 597
Full-Text Views 370
Citations 2

[The Guo Laser Lab at U of Rochester @guolaserlab]

How research is protecting our most valuable resource https://t.co/nCdRqounoV via @altmetric

[The Guo Laser Lab at U of Rochester @guolaserlab]

An optical coating like no other https://t.co/qEa5fSzUTG

[MSOCNanochemistry.bsky.social @MNanochemistry]

Fano-resonant ultrathin film optical coatings https://t.co/ipBStSsaQG

[Nature Nanotechnology @NatureNano]

New content online: Fano-resonant ultrathin film optical coatings https://t.co/Zn7lCyOpfj