Publications ACS Applied Materials & Interfaces! Nano imprint process was transferred onto borosilicate substrates which allowed the first high resolution mapping of the organization and dynamics of cell membranes. This latest research work is the result of a collaboration between the IES-CNRS (Adrien Carretero, David Sanchez and Raissa Rathar) and IRIM, team: ” Biologie Quantitative […]

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Very proud of our paper "Tailoring the crystal growth of quartz on silicon for patterning epitaxial piezoelectric films" selected now for the themed collection: Nanoscale Advances Most Popular Articles so far!!!👍https://t.co/KfYaKgv2xw — NanoChemLab (@ChemNano) January 27, 2020

Published in @ACS_AMI "Sol-Gel offers a compatible process with top-down lithographic techniques providing a versatile and cost-efficient approach for making piezoelectric epitaxial quartz nanostructures on chip" https://t.co/hNxWSU6eYN@NNgroupICMAB@icmabCSIC@IESMontpellier pic.twitter.com/KovSgIkUpX — NanoChemLab (@ChemNano) January 14, 2020

🔊Today we have the #PhDThesisDefense by Qianzhe Zhang! "Microstructural Control of Epitaxial α-Quartz Films" He is from the @NNgroupICMAB and the thesis has been co-supervised by @MartiGich and Adrián Carretero from @ChemNano @IESMontpellier Good luck!➡️https://t.co/pjFvXDqFSO pic.twitter.com/zI5GlRorWc — ICMAB-CSIC (@icmabCSIC) October 4, 2019

Want to know how to manipulate the nanoscale topography of cellular membranes using the simplicity of soft-chemistry? Check our recent work: https://t.co/QVQBf8rBTW It was great to team up with amazing collaborators and very talented students! @ChemNano @IRIM_life pic.twitter.com/xMZUKPkMqB — Laura Picas (@LauraPicas) September 13, 2019

New joint publication between @NNgroupICMAB at @icmabCSIC and @ChemNano, an output from the co-supervised PhD of Qianzhe Zhang: "Tailoring the crystal growth of quartz on silicon for patterning epitaxial piezoelectric films" in Nanoscale Advances https://t.co/1XpcWDY90p — Martí Gich Garcia (@MartiGich) August 29, 2019

AFM is able to measure several physical magnitudes including Ferroelectricity! Discover this and more is this amazing book!!Nice work team!Characterizing Ferroelectricity with an Atomic Force Microscopy: An All-Around Technique | SpringerLink https://t.co/ij4qnhjQHT — NanoChemLab (@ChemNano) August 1, 2019

Testing our first nano oxide balance! Amazing results and a lot of fun with Andres Gomez @icmab pic.twitter.com/xujBq1rvJe — NanoChemLab (@ChemNano) July 31, 2019