🔥The 9th Round of Easy Loan, Earn $40 Reward is in progress❗️ ⏰ Promotion Period: January 15th - Feburary 15th, 2025 👉 Register now and check more details at gate.io/campaigns/358

“We applaud CSIRO Publishing in taking this initiative in making research outputs openly available. We expect there will be far-reaching societal and scientific benefits globally". blog.publish.csiro.au/caul-csiro-pub…

The methods used by the chip industry to perform defect inspection and review have remained relatively the same for decades. Find out why now is the time for a new playbook for process control in our latest tech blog by Applied's Ortal Yesodi. bit.ly/3epdDXu

My new research paper was recently published, modelling an advanced high-resolution patterning technique for #R2R #printableelectronics called topographical discontinuous dewetting. #nanotechnology #nano #nanotech AIBN Research doi.org/10.1002/nano.2…

Great work from our collaborators, led by Marco Fronzi dr dave winkler Olexandr Isayev 🇺🇦🇺🇸 and Mike Ford! We used active learning to predict the bandgap of around 2.2M heterostructures! 🤯 Check it out 👀 doi.org/10.1002/aisy.2… #MachineLearning #OpenAccess @engunimelb Nick Shepelin

Excited to show my new research reported in J. Mater. Chem. family C demonstrating high-resolution and scalable printing of PEDOT:PSS for printable #electronics. It was even featured in the inside back cover.📖 Check it out:👇 pubs.rsc.org/en/content/art… AIBN Research #nanotechnology

Corletto and Shapter explore an innovative patterning technique that exploits pinning of liquid inks at topographical features through interface control. This achieves high resolution and R2R-compatible (often mutually exclusive) patterning of PEDOT:PSS for printable electronics.

Thank you J. Mater. Chem. family for sharing our work!

Electronic devices are constantly evolving. A Chem Soc Rev review by LIMS Prof @ dr dave winkler (& colleagues) describes how optimal hybrid 2D materials may be designed. With implications for future capabilities and functions of electronic devices. Read: now.latrobe/3LdhHrM

Don't miss this Review Article 'A bright future for engineering piezoelectric 2D crystals' from Amanda V. Ellis and first authors Peter C. Sherrell & Marco Fronzi Its available here ⬇ rsc.li/34PnsuQ

Really interesting research showing 2D nanomaterial inks without additives required for dispersion. Instead, interparticle van der Waals interactions are controlled to promote stable gelation. Great advance for #printedelectronics. doi.org/10.1002/adma.2… #research #nanotech

Lovely to see Alexander Corletto - Nanotechnologist talking on his PhD work on Topographical Discontinuous Dewetting and Liquid Bridge Transfer in Carbon Horizons at #RACI2022

Awesome to see Head of Chemical Engineering @engunimelb, Prof. Amanda Ellis, talking about Nick Shepelin and our work on #Piezoelectric #Polymers at #RACI2022

The Ellis Group @engunimelb have had a wonderful time talking science across DNA nanotechnology, 2D materials, and Energy devices at #raci2022 Thanks Royal Australian Chemical Institute for putting on a great conference!

Job opening in a great team based in @engunimelb, led by Prof. Amanda Ellis collaborating with CSIRO, QUT, and 7 industry partners. Develop, test, and innovate in the silicon/graphite anode lithium ion battery 🔋space for EVs 🚗. See below for details! jobs.unimelb.edu.au/caw/en/job/909…

We are holding a series of webinars for potential applicants and research office staff to answer questions about the new Industry Fellowships. Please see the industry fellowships page of our website for details: ow.ly/JlB650KzWOs

I finally received this after starting my PhD journey 4 years ago and submitting my thesis over a year ago. Thank you to all who made this possible, especially my supervisor/research group, family, friends, and partner. Here's to the next part of my research journey! AIBN Research

Join us again in two weeks (31/05) ⏰ for more a live action Bob Burgers character webinars from the Amazing: Prof. Michelle Coote (Flinders University) - The radical character of quinone dimethides 🧪; and Nicholas Stapleton (Molecular Sci-UWA) - Modelling Titan-relevant Molecular Minerals 🪐 No registration is required!

Huge semiconductor efforts ramping up in the US (#ChipsAct) will need 70k to 300k new workers over the next 5-10 yrs. How do we make this happen? 1)⬆️research funding for MS/PhD 2)⬆️salaries (vs. CS) 3)⬆️immigration 4) make nano & semiconductors sexy csis.org/analysis/resho…