Center for Integrated Nanotechnologies
@CINTScience
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A U.S. DOE Nanoscale Science Research Center exploring the path from scientific discovery to the integration of nanostructures into the micro and macro worlds.
Joined February 2023
Registration is open for the 2025 CINT User Meeting! The 2025 CINT User Meeting will take place in-person, September 15–16, in beautiful Santa Fe, NM. Please visit the 2025 CINT Annual Meeting Registration Site to register: https://t.co/66n17dswGo
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Working with CINT — 2D materials are emerging as a promising platform for epitaxial growth. In this study, a CINT User Team demonstrates sequential growth of fully epitaxial ZnSe/MoSe2/ZnSe heterostructures using metal-organic chemical vapor deposition. https://t.co/sHv3xONfWd
science.org
An atomically sharp 3D ZnSe/2D MoSe2/3D ZnSe epitaxial heterointerface provides insights into advanced device architectures.
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Quantum communication systems ‘come alive,’ thanks in part to CINT Scientists. In this research, a CINT User Team demonstrates an important step toward on-chip integration of single-photon sources at room temperature. Learn more about this research at https://t.co/g5sFmbuIeV.
pubs.acs.org
We demonstrate an important step toward on-chip integration of single-photon sources at room temperature. Excellent photon directionality is achieved with a hybrid metal–dielectric bullseye antenna,...
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Join us for our annual User Meeting Sept. 16-17, in beautiful Santa Fe, NM and meet scientists working in the Gateway and Core Ion Beam Materials Laboratories. https://t.co/uUQeppW0Pq
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The CINT 2024 Fall Call for User Proposals opens September 1, 2024. Discover and utilize the capabilities and scientific expertise your research depends upon! https://t.co/qz5MTtLliz
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The CINT 2024 Fall Call for User Proposals opens September 1, 2024. Discover and utilize the capabilities and scientific expertise your research depends upon! https://t.co/qz5MTtLliz
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Discover CINT at our 2024 User Meeting! September 16-17, in beautiful Santa Fe, NM, and meet our scientists working in our Ion Beam Materials Laboratory (IBL), a 6K sq. ft. facility hosting several accelerators for HE experiments. https://t.co/lOSMxEojkP
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Meet CINT this week at ACS Fall 2024! Stop by the LANL Booth (#308) and learn about CINT and the NSRC program. https://t.co/cktTLWwqHk
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Discover CINT at our 2024 User Meeting! Join us September 16-17, in beautiful Santa Fe, NM and meet scientists from the Laboratory for Ultrafast Materials and Optical Science (LUMOS) team. https://t.co/ISCMMFSWb0
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Discover CINT at our 2024 User Meeting! Join us September 16-17, in beautiful Santa Fe, NM and meet scientists from our Nanophotonics and Optical Nanomaterials Thrust. The conference website is available at https://t.co/4LOfqml0Qi and registration is open. https://t.co/ZGuGHw3rUX
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Discover and utilize the capabilities and scientific expertise your research depends upon! The CINT 2024 Fall Call for User Proposals opens September 1, 2024. CINT offers no-cost access to exceptional scientific expertise and world-class capabilities. https://t.co/qz5MTtKNt1
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Discover CINT Science — In this perspective, CINT Scientists suggest critical future research directions essential for enabling 2D material-based future microelectronics to address challenges faced by the current microelectronics technology. https://t.co/fa6rgHrXz1
pubs.acs.org
The growth of the information era economy is driving the pursuit of advanced materials for microelectronics, spurred by exploration into “Beyond CMOS” and “More than Moore” paradigms. Atomically thin...
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Congratulations to CINT Affiliate Scientist Susan Rempe and Team for their 2024 R&D 100 award for "Low-cost Direct Air Capture of CO2 with Clay Nanointerlayers (LDAC3)." More about this research here: https://t.co/E69YrcUWgB
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Discover CINT Science — Large atomic-force-microscopy (AFM) scans at nanoscale resolutions can take hours and produce datasets with millions of pixels. Here, a CINT User team presents an approach to speedup this process using the Noise2Noise algorithm. https://t.co/vcLWRiytYs
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Working with CINT — In this research, a team of CINT Users sought to investigate and overcome optical interference of IONPs in colorimetric, fluorometric and luminescence assays. https://t.co/MwlhjEoNKD
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CINT in the News — HPC Wire Jan. 24, 2024 LANL Spearheads Innovative Research in Quantum Optoelectronics Full Story —
hpcwire.com
Jan. 24, 2024 — New research into topological phases of matter may spur advances in innovative quantum devices. As described in Nature Communications, a research team including Los Alamos National...
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QCamp with CINT! Join us for QCaMP 2024, a summer camp for STEM teachers and students. Teacher Camp dates: June 10 – 12 , 2024 Student Camp dates: July 1 -26, 2024 Format: In-person and Virtual options. Visit https://t.co/7CNfbnBkHa
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Serving with CINT — CINT Scientists Yongqiang Wang and Ben Derby participating in last week's NNSA Minority Serving Institution Partnership Program (MSIPP).
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Discover CINT Science — CINT Scientists Sergei A. Ivanov, Eric G. Bowes, Han Htoon, and Jennifer A. Hollingsworth work with CINT Users to provide a comprehensive analysis of gQD structural properties “from the inside out.” https://t.co/IHVmkRbLb8
onlinelibrary.wiley.com
The functionally unique “giant” quantum dot—a nonblinking and nonphotobleaching room-temperature photon source—is the subject of numerous investigations of its optical properties and application...
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Working with CINT — CINT team demonstrates a novel heterostructure fabrication process that enables direct deposition of numerous materials onto a low-dimensional layer and exposure of the buried interface for direct characterization. https://t.co/kYZdNnx1aI
pubs.acs.org
Inconsistent interface control in devices based on two-dimensional materials (2DMs) has limited technological maturation. Astounding variability of 2D/three-dimensional (2D/3D) interface properties...
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