Giuseppe Pucci

Researcher in Physics in the National Research Council of Italy (CNR).

[Harris Lab @FluidDanamics]

Capillary surfers getting some love from the French magazine @Epsiloon_mag !

@H312Ian @gpucci_physics @brownengin #harrislab

[Harris Lab @FluidDanamics]

The original superhydrophobic surface, lotus leaf. #fluidsinthewild

[Nicolas Vandewalle @vdwnico]

The meeting is now closed. What a fantastic week we had with such a diverse and friendly community of scientists. Thanks to the organizers. ⁦

[Harris Lab @FluidDanamics]

Mermaid Cereal now available open-access @NatureComms! 🧜‍♀️🥣

https://t.co/U14vWbMqCf

We realize a macroscopic 2D SALR system that can be used to probe the fundamentals of equilibrium self-assembly in an accessible tabletop platform.

[Giuseppe Pucci @gpucci_physics]

PhD position - University of Calabria, Italy (DL July18, start Nov.1st)
Students interested in wave-driven particles or quantum analogs (experimental and/or theoretical) can contact me to know on-going research on these topics. #Physics #PhD https://t.co/XloN22FKJs

[Giuseppe Pucci @gpucci_physics]

Video entry to the Gallery of Soft Matter 2024 of APS. Great work by the Harris lab @FluidDanamics @BrownUniversity.
V006 Sync or Swim https://t.co/kiI9WXU5HT via @YouTube

[Harris Lab @FluidDanamics]

Leading off at #APSDFD we have Navid @hooshanginejad presenting on pattern formation in a magnetocapillary system. 🧜‍♀️🥣

A39.2 (8:13am): https://t.co/ISvlSwieRP

[Giuseppe Pucci @gpucci_physics]

Physics - Synchronized Surfing of Self-Propelled Particles https://t.co/BptLqWUDyb

[Giuseppe Pucci @gpucci_physics]

Capillary Surfers have appeared in Physical Review Fluids! @H312Ian @FluidDanamics
https://t.co/412BJAn4K0

[Giuseppe Pucci @gpucci_physics]

Theoretical modeling of capillary surfers interactions
https://t.co/mVYOZSiehU

[Harris Lab @FluidDanamics]

This is complemented by a first theoretical treatment on their wave-mediated interactions led by our close collaborator Anand Oza @NJIT.

https://t.co/mCoxRYZg5Q

[Harris Lab @FluidDanamics]

Surf's up! 🏄 After being lost at "sea" for several years, our work describing the discovery of the Capillary Surfer system has now made it to shore @PhysRevFluids.

https://t.co/E1YqhM9lAt

Work led by former #harrislab @brownengin postdoc @gpucci_physics and undergrad @H312Ian.

[Harris Lab @FluidDanamics]

Congrats again to the #harrislab @brownengin team on winning the Gallery of Soft Matter! The work is led by postdoc @hooshanginejad.

[Giuseppe Pucci @gpucci_physics]

Physics - Prizes for Breakfast Cereals and Bubble Tears https://t.co/Ylw4LJUPeu

[Harris Lab @FluidDanamics]

Mermaid Cereal wins the 2023 Gallery of Soft Matter @APSphysics! #marchmeeting @APSMeetings

🧜‍♀️🥣

[Harris Lab @FluidDanamics]

The #harrislab video entry to the Gallery of Soft Matter #apsmarch! @APSMeetings @brownengin

🧜🥣

https://t.co/Mcxr66ezTw

🧵1/4

[Giuseppe Pucci @gpucci_physics]

@WAMcWatters Hello Prof. McWatters, I am happy that you are trying to reproduce these experiments. Please have a look at this article and references therein, you should find all information you need. https://t.co/8nU7W4HAqU

[Harris Lab @FluidDanamics]

New #harrislab @instructables released! 3D-printed molding of (naturally hydrophobic) silicone rubber objects for studies of interfacial phenomena, such as the @cheerios effect!

https://t.co/of8vzeRqrz

#artcraftscience #openscience @jackwilliamb21 @hooshanginejad

[Harris Lab @FluidDanamics]

The SurferBot is now fully untethered and begins its journey on the open sea @BioinspBiomim!

https://t.co/kWtTQV13yS

Special congrats to Eugene (@brownengin/@risd) on her first paper!

@_Robert_Hunt_ @stuartthomson90 #harrislab #artcraftscience

[Harris Lab @FluidDanamics]

Introducing the SurferBot! The SurferBot is a simple vibrobot that propels along a fluid interface via asymmetric generation of capillary waves. @brownengin @BrownUResearch @fyfluiddynamics @stuartthomson90

https://t.co/05cv28ySzE

🧵1/5