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smbtech. au > news > monash-university-develops-new-membrane-to-boost-hydrogen-fuel-cell-efficiency-at-high-temperatures-in-evs

Monash University Develops New Membrane To Boost Hydrogen Fuel Cell Efficiency At High Temperatures In EVs

11+ hour, 41+ min ago  (397+ words) Engineers at Monash University have developed an atomically thin membrane that allows hydrogen fuel cells to operate at high temperatures without relying on water for proton transport, addressing a long-standing limitation in clean energy technology. The research, published in Science…...

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smbtech. au > news > scientists-apply-centuries-old-glass-chemistry-to-engineer-new-metal-organic-framework-materials

Scientists Apply Centuries-Old Glass Chemistry To Engineer New Metal-Organic Framework Materials

1+ week, 4+ day ago  (626+ words) An international research team has demonstrated that a new class of glass made from metal-organic frameworks can be tuned using the same chemical principles that have been applied to conventional glass for centuries, a finding that could make the materials…...

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smbtech. au > news > unsw-researchers-develop-ai-workflow-to-fast-track-semiconductor-materials-discovery

UNSW Researchers Develop AI Workflow To Fast-Track Semiconductor Materials Discovery

3+ week, 4+ day ago  (822+ words) Researchers at the University of New South Wales have built an artificial intelligence-assisted workflow designed to replace the slow and costly trial-and-error methods that have long defined how new semiconductor materials are found. The approach targets hybrid perovskites, a class…...

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smbtech. au > news > monash-scientists-capture-atoms-in-motion-unlocking-next-generation-memory-technology

Monash Scientists Capture Atoms In Motion, Unlocking Next-Generation Memory Technology

1+ mon, 2+ week ago  (777+ words) Researchers at Monash University have directly observed the atomic-scale movements that write data to next-generation memory devices for the first time, in a breakthrough that could reshape the future of electronics. The study, published in Nature Communications, reveals the precise…...

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smbtech. au > news > uk-start-up-cooloop-to-produce-carbon-negative-acetic-acid-using-monash-university-tech

UK Start-Up COOloop To Produce Carbon-Negative Acetic Acid Using Monash University Tech " SMBtech

2+ mon, 5+ day ago  (823+ words) A UK-based start-up co-founded by a Monash University Ph D graduate has secured seed funding to commercialise a catalytic process that converts captured carbon dioxide into acetic acid, a chemical used across a wide range of industries. COOloop, co-founded by…...

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smbtech. au > news > uk-start-up-cooloop-to-produce-carbon-negative-acetic-acid-using-monash-university-tech

UK Start-Up COOloop To Produce Carbon-Negative Acetic Acid Using Monash University Tech

2+ mon, 5+ day ago  (823+ words) A UK-based start-up co-founded by a Monash University Ph D graduate has secured seed funding to commercialise a catalytic process that converts captured carbon dioxide into acetic acid, a chemical used across a wide range of industries. COOloop, co-founded by…...

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smbtech. au > news > university-of-oxford-engineers-quantum-enabled-proteins-in-world-first-biotech-breakthrough

University of Oxford Engineers Quantum-Enabled Proteins In World-First Biotech Breakthrough " SMBtech

3+ mon, 2+ week ago  (698+ words) Researchers at the University of Oxford have engineered a quantum mechanical process inside proteins, creating what they describe as a new class of quantum-enabled biological technologies. The study, published in Nature, was led by its Department of Engineering Science and…...