Honored to win the Young Scientist Award from the International Society for Solid State Ionics!
Professor Iwnetim Abate won the ISSI Young Scientist Award, organized by the International Society for Solid State Ionics, for his pioneering work on advanced materials in renewable energy technologies. buff.ly/4dJXkAf
Delighted to be awarded the prestigious Bose Award for my lab’s work on a technology for simultaneous clean H2 production and CO2 mineralization while mining for critical minerals.
news.mit.edu/2024/mit-announ…
At MRS 2024, I will be chairing a session on ion-insertion (link below) and giving two talks on our group's work on sodium-ion batteries and the electrochemical switching of charge and spin states. Please join us for exciting discussions!
mrs.org/meetings-events/spri…
A "new" pathway for clean H2 generation at solid-liquid-gas interface in the sub-surface. news.mit.edu/2024/iwnetim-ab…
First pre-print from the Abate Lab on 1) thermodynamic investigation of void/pit formation mechanism in Na versus Li metal anodes in batteries and 2) descriptors for selections of 2D materials coatings to suppress voids/pits.chemrxiv.org/engage/chemrxiv… (continues)
And, the first paper (work led by our collaborators), we introduced a universal growth strategy for single-crystal mono- or few-layered 2D materials on various insulating substrates using chemical vapor deposition. onlinelibrary.wiley.com/doi/…
My lab is thrilled to have been awarded an ARPA-E grant for the stimulated generation of geological H2. We are eager to develop technologies that produce H2 in a carbon-free and cost-effective manner. arpa-e.energy.gov/technologi…
Iwnetim (Tim) Iwnetu Abate retweeted
Iwnetim Iwnetu Abate (@iiabate), a member of the Talented 12 Class of 2023, is a materials scientist who engineers new electrode materials for energy applications. #cent12
Read more about the 2023 Class & nominate the next Class of Talented 12 today: cen.acs.org/people/CENs-Tale…
Iwnetim (Tim) Iwnetu Abate retweeted
A big day and huge accomplishment the entire Form Energy team!
Today we broke ground on Form Factory 1, our first high-volume manufacturing facility. The factory will be located in Weirton, West Virginia and will employ more than 750 people when operating at full capacity. Learn more here: formenergy.com/form-energy-b…
Delighted and honored to be included in Talented 12! Grateful for mentors and colleagues at @Stanford, @UCBerkeley, @UCB_MillerInst, @MIT and beyond!
.@iiabate, a professor at @MIT, engineers new electrode materials for energy applications. His goal is to design materials that facilitate electrochemical reactions in batteries or offer improvements in catalysis, sensors, or computing. #CENT12 fal.cn/3yqVa
ALT Iwnetim Iwnetu Abate engineers new electrode materials for energy applications.
Delighted and honored to be included in Talented 12! Grateful for mentors and colleagues at @Stanford, @UCBerkeley, @UCB_MillerInst, @MIT and beyond!
Introducing C&EN’s Talented 12 Class of 2023. These early-career scientists are paving the way toward the future of scientific advancement by fearlessly taking on some of the most complex problems in the chemical universe: fal.cn/3yofk
#CENT12
We are hiring! If you are an excellent post-doc candidate with a background in both electrochemistry and synchrotron science, please reach out to me by email with your CV. abatelab.mit.edu/
Iwnetim (Tim) Iwnetu Abate retweeted
A new cross-disciplinary study from @Dionne_Group reveals an innovative method for bacterial detection in fluids that combines the decades-old technology of an inkjet printer with two cutting-edge technologies of our time: nanoparticles and AI. engineering.stanford.edu/mag…
Boston Area colleagues, please join us on this two-day event I am organizing on the Future of Mining. We will cover perspectives from DOE, a DC policy think-tank and Activate Fellows!
Two-day seminar on US mining’s renaissance and the energy transition: Day 1: @ARPAE’s Douglas Wicks will discuss how mines of the future could facilitate the clean energy transition. Day 2: Policy and entrepreneurship Feb 2-3, 10 am, 6-120
buff.ly/3HpEb7X
Another pre-print alert: we report the discovery of spin-glass in a rare lattice configuration called maple-leaf lattice (MLL). arxiv.org/abs/2301.10399
Particularly, we studied Na2Mn3O7 (also a battery material), which is one of the few phase-pure materials with MLL making it an ideal platform to study the interplay between magnetic frustration and the spin-glass dynamics.
More to come on fundamentals and applications of magnetism in layered oxides and 2D materials from: abatelab.mit.edu
A collaboration with incoming members of the Abate Lab (Bo Tian and Junzhu Li) on universal growth of graphene on arbitrary insulating substrates. More to come on fundamentals and applications of 2D materials for energy and electronics. abatelab.mit.edu/
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