• A warm welcome to Abdul Ghani Ismail, who joins as a PDRA
• Hearty Welcome to Rongrong Qi and Ravalika Sajja, our newest PhD students
• We received ERC Starting Grant ANGSTROCAP, watch this space for PDRA and PhD Openings
• May 2019 - Yi You joins us as postdoctoral fellow, Hearty welcome Yi
• New year - new member - Hearty welcome to new student - Ankit Bhardwaj to the group
• Angstrofluidics group gets support from Royal Society, prestigious University Resarch Fellowship to PI, read here 
• We participated in outreach program done by Brightersound and National Graphene institute, where art, music and science talk to each other, for details please see here.
• A warm welcome to PDRA Solleti Goutham and Marie Curie fellow Gangaiah Mettela
• Radha is selected as International Rising Talents programme 2018 by  L’Oréal-UNESCO For Women In Science programme: https://en.unesco.org/women-in-science-rising-irt-2018
• Radha has been named as Innovator under 35 for year 2017 by MIT's Technology Review

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​Media coverage about research:​

• Together with collaborators from ENS, Paris, we measure how the electric current of an ionic fluid is generated by the flow of water through ångstrom-sized channels
• Molecular streaming and voltage gated response in Angstrom scale channels, Nature (2019), 567, 87
  • Physics org             Physics world

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• Only the water may pass - Removing objects by size to keep only the smallest ones is simple in theory, but it requires a sieve, membrane, or filter with holes small enough to allow only the smallest objects to pass. We engineered two-dimensional water channels by removing a single atomic plane of atoms from a sandwich made from bulk crystal with a graphene spacer. Water flowed through the channels without resistance, but the channels excluded all ions except for protons because the ion hydration shells could not squeeze through the channels.
• Complete steric exclusion of ions and proton transport through confined monolayer water, Science (2019), 363, 145
•            Engineer
             Atomic scale capillaries block smallest of ions
             Physics today
             Physics org

 
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• We studied gas flows through the angstrom scale channels, and discovered frictionless flow on flat walls of the channel. It is ballistic flow ! First time, quantum effects in gas flow are observed  at room temperature using Helium atoms as tiny ping-pong balls bouncing through a pipe (channel). Depending on whether the pipe surface is bumpy or smooth, the ball comes out of the other end slower or faster.                                                                                            Ballistic molecular transport through two-dimensional channels, Nature (2018), 558, 42

           Eurekalert
           Atomic scale Ping Pong
           Physics World
           Physics org

• Ions squish through angstrom scale channels, highlighting the role of geometric confinement

           Size effect in ion transport through angstrom-scale slits,  Science (2017), 358, 511
            Physics org
            2D materials help separate salt in sea water
            UoM news
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• First paper about angstrom scale capillaries published in Nature, reported the fabrication of such capillaries is widely covered in media (as below). Moving forward, my group will be exploring fundamental science of water under ultimate confinement in these capillaries.

       Molecular transport through capillaries made with atomic-scale precision, Nature (2016), 538, 222
​                    .............View all news articles




         

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