Abraham Colin-Molina 👨🔬
@CrystalsACM
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PhD in Chemistry @Molinagroup @UNAM 🇲🇽/Postdoctoral Researcher @UMNCSE 🇺🇲. Interested in molecular electronics and crystal engineering.
Mexico
Joined September 2011
🚨New Publication🚨We demonstrated the structural sensitivity of 13C Conductance Isotope Effect in OPI #molecularwires @FrisbieLab @UMNCSE! Check it out at @acsnano! This is the culmination of a deep and great collaboration with the Troisi's team @LivUni! https://t.co/Kss9GaZq7i
pubs.acs.org
We report a strong and structurally sensitive 13C intramolecular conductance isotope effect (CIE) for oligophenyleneimine (OPI) molecular wires connected to Au electrodes. Wires were built from Au...
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omg everyone start tunneling NOW!!!! if ur not reporting KIE’s > 100 in 2025 what ARE u doing!?
BREAKING NEWS The Royal Swedish Academy of Sciences has decided to award the 2025 #NobelPrize in Physics to John Clarke, Michel H. Devoret and John M. Martinis “for the discovery of macroscopic quantum mechanical tunnelling and energy quantisation in an electric circuit.”
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Check out our new research, now out @NatureComms : Highly conductive single-molecule junctions through electrocatalytic formation of benzyl-type Au‒C bonds! https://t.co/ovifSZgiJw
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We had the enormous pleasure to witness how Obed López defended his thesis based on Charge-Transfer Cocrystals to obtain his BSc in Chemistry!! Shout out also to @Ernerdsto_ who acted as a technical supervisor! Congratulations Obed!!
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Which structural properties effectively control heat flow at the single-molecule level? Robust mechanisms revealed by a genetic algorithm. @blaschma Read it here 🔗 https://t.co/Ro2cxRKajE
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Fresh research from our group: Interested in using sustainable solvents in Electroanalysis or Organic Electrosynthesis, Dihydrolevoglucosenone (Cyrene®) can be an interesting option. Here available in Green Chemistry https://t.co/Nha7oJE4Rd
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Check out the fascinating world of carbazole and its derivatives in our new chapter!! Congratulations to Alonso, Jade, Erick and Armando!! 🇲🇽🎊 https://t.co/Oxrcrh3N6p
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Physicists learn to control electricity at the quantum scale https://t.co/DU12RxSLsy via @EarthDotCom
#UCRscience #physics #electricity #quantumphysics #silicon #ucr #ucriverside
earth.com
UC Riverside scientists built a molecular silicon switch that controls electricity using quantum interference instead of miniaturization.
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Our latest paper has been published in @J_A_C_S
https://t.co/zMnrpVL5Br A light-off salient effect — benzodifuranone crystals that leap after UV light is switched off. This is achieved by controlling the thermal phase transition using a second stimulus in a precise manner.
pubs.acs.org
The ways that molecular crystals respond to various stimuli have attracted much research attention, thus expanding the functional diversity of their response behavior. For example, ever since the...
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Sulfur[n]arenes: Synthesis and Solid-State Supramolecular Dimerization via Multiple Sulfur···Sulfur Interactions | Journal of the American Chemical Society @KyotoU_News
pubs.acs.org
Controlling structural dimensionality is key to designing supramolecular assemblies with tunable properties. Herein, we report synthesis of a series of new macrocycles, termed ″sulfur[n]arenes″,...
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Hace seis décadas, la Facultad de Química de la UNAM dio un paso decisivo: crear un Posgrado que uniera la pasión por el conocimiento con el compromiso en la formación de profesionales de la Química. 📚 https://t.co/7OKaFwDUGE
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Such great moments and new friends at Telluride, CO! Fantastic conference, and great science community 👌 @haj19932469 @wimblegon
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On-Surface Synthesis of a Large-Scale 2D MOF with Competing π–d Ferromagnetic/Antiferromagnetic Order
pubs.acs.org
Metal–organic frameworks (MOFs) represent an interesting class of versatile materials with important properties, including magnetism. However, the synthesis of atomically precise large-scale 2D MOFs...
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We are pleased to share that our latest work on piezocatalysis in a ball mill has been published in @ChemicalScience! https://t.co/91FrZOyjDO
#mechanochemistry, #piezocatalysis, @k0j1chem
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Check out our @ChemEurJ paper led by @Navarro0502, now fully formatted and OPEN ACCESS THANKS TO @UNAM_MX: https://t.co/e5xYfsXRUt 🇲🇽
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Paper alert 🚨!! Photothermal conversion🌡 from components that interact with each other within a defined space 🔥. Congratulations to @ErickRSantiago , who worked tirelessly to develop this supramolecular example now at ACS Applied Optical Materials! https://t.co/ebUcgWYnIR
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Check out our latest Review @TrendsChemistry “π–π stacked supramolecular dimers in molecular electronics” Investigating π–π dimers will deepen our understanding of noncovalent interactions and establish new frameworks in nanoelectronics.
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Paper alert 🚨 Check our latest report on low-temp thermosalient organic crystal with dual-scale dynamics! 🚀🧊 A work led by @WichoBelmonte, with @dazaetgb and superb intl collab @Pance_Naumov @NaumovGroup and @SchurkoFSU Out now @ChemMater OPEN ACCESS! https://t.co/WoVw8aFWhu
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🚨🚨Pleased to share our latest paper, published in @JPhysChem! The work explores how protonation alters charge transport in molecular junctions using benzimidazole-based SAMs. Check it out! 👉👉 https://t.co/tn9kP9sBXE
#MolecularElectronics #ChargeTransport #SAMs #Nanojunctions
pubs.acs.org
We report the formation and characterization of molecular tunnel junctions based on self-assembled monolayers (SAMs) of a benzimidazole-substituted terphenylene dithiol in protonated and unprotonated...
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A Robust Single-Molecule Diode with High Rectification Ratio and Integrability | Journal of the American Chemical Society @uclachem @UCLA
pubs.acs.org
Advancements in molecular electronics focus on single molecules as key components to create stable and functional devices that meet the requirements of device miniaturization and molecular function...
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