Advanced Materials | AcceleratingBiz https://acceleratingbiz.com/accelerator/core-technologies/advanced-materials/ Thu, 27 Feb 2020 07:21:42 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.4 https://acceleratingbiz.com/wp-content/uploads/2017/06/cropped-SquareBlueBGLogo-32x32.png Advanced Materials | AcceleratingBiz https://acceleratingbiz.com/accelerator/core-technologies/advanced-materials/ 32 32 Rutgers University researchers developed robot and software system that automate polymer synthesis for discovering and making new materials and medicines https://acceleratingbiz.com/briefing/rutgers-university-researchers-developed-robot-and-software-system-that-automate-polymer-synthesis-for-discovering-and-making-new-materials-and-medicines/ https://acceleratingbiz.com/briefing/rutgers-university-researchers-developed-robot-and-software-system-that-automate-polymer-synthesis-for-discovering-and-making-new-materials-and-medicines/#respond Thu, 05 Dec 2019 10:00:41 +0000 https://acceleratingbiz.com/?post_type=briefing&p=261409 The post Rutgers University researchers developed robot and software system that automate polymer synthesis for discovering and making new materials and medicines appeared first on AcceleratingBiz.

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]]> https://acceleratingbiz.com/briefing/rutgers-university-researchers-developed-robot-and-software-system-that-automate-polymer-synthesis-for-discovering-and-making-new-materials-and-medicines/feed/ 0 Aluminum alloy powder from Equispheres verified by third-party certification facility to have greater density, leading to faster production and better material performance potentially for aerospace and defense applications https://acceleratingbiz.com/briefing/aluminum-alloy-powder-from-equispheres-verified-by-third-party-certification-facility-to-have-greater-density-leading-to-faster-production-and-better-material-performance-potentially-for-aerospace-an/ https://acceleratingbiz.com/briefing/aluminum-alloy-powder-from-equispheres-verified-by-third-party-certification-facility-to-have-greater-density-leading-to-faster-production-and-better-material-performance-potentially-for-aerospace-an/#respond Fri, 25 Oct 2019 10:00:44 +0000 https://acceleratingbiz.com/?post_type=briefing&p=211005 The post Aluminum alloy powder from Equispheres verified by third-party certification facility to have greater density, leading to faster production and better material performance potentially for aerospace and defense applications appeared first on AcceleratingBiz.

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]]> https://acceleratingbiz.com/briefing/aluminum-alloy-powder-from-equispheres-verified-by-third-party-certification-facility-to-have-greater-density-leading-to-faster-production-and-better-material-performance-potentially-for-aerospace-an/feed/ 0 3D printing company Digital Metal produced two new superalloy grades, DM 247 and DM 625, for aerospace, automotive and industrial applications https://acceleratingbiz.com/briefing/3d-printing-company-digital-metal-produced-two-new-superalloy-grades-dm-247-and-dm-625-for-aerospace-automotive-and-industrial-applications/ https://acceleratingbiz.com/briefing/3d-printing-company-digital-metal-produced-two-new-superalloy-grades-dm-247-and-dm-625-for-aerospace-automotive-and-industrial-applications/#respond Tue, 10 Sep 2019 10:00:44 +0000 https://acceleratingbiz.com/?post_type=briefing&p=210268 The post 3D printing company Digital Metal produced two new superalloy grades, DM 247 and DM 625, for aerospace, automotive and industrial applications appeared first on AcceleratingBiz.

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]]> https://acceleratingbiz.com/briefing/3d-printing-company-digital-metal-produced-two-new-superalloy-grades-dm-247-and-dm-625-for-aerospace-automotive-and-industrial-applications/feed/ 0 MIT researchers built microprocessor comprised of carbon nanotube transistors that can be built with existing silicon chip fabrication processes https://acceleratingbiz.com/briefing/mit-researchers-built-microprocessor-comprised-of-carbon-nanotube-transistors-that-can-be-built-with-existing-silicon-chip-fabrication-processes/ https://acceleratingbiz.com/briefing/mit-researchers-built-microprocessor-comprised-of-carbon-nanotube-transistors-that-can-be-built-with-existing-silicon-chip-fabrication-processes/#respond Tue, 03 Sep 2019 10:00:43 +0000 https://acceleratingbiz.com/?post_type=briefing&p=210243 The post MIT researchers built microprocessor comprised of carbon nanotube transistors that can be built with existing silicon chip fabrication processes appeared first on AcceleratingBiz.

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]]> https://acceleratingbiz.com/briefing/mit-researchers-built-microprocessor-comprised-of-carbon-nanotube-transistors-that-can-be-built-with-existing-silicon-chip-fabrication-processes/feed/ 0 UCSB researchers invented diffusion technique that can successfully synthesize graphene on silicon substrate, paving way for faster, smaller integrated circuits https://acceleratingbiz.com/briefing/ucsb-researchers-invented-diffusion-technique-that-can-successfully-synthesize-graphene-on-silicon-substrate-paving-way-for-faster-smaller-integrated-circuits/ https://acceleratingbiz.com/briefing/ucsb-researchers-invented-diffusion-technique-that-can-successfully-synthesize-graphene-on-silicon-substrate-paving-way-for-faster-smaller-integrated-circuits/#respond Thu, 25 Jul 2019 10:00:35 +0000 https://acceleratingbiz.com/?post_type=briefing&p=210347 The post UCSB researchers invented diffusion technique that can successfully synthesize graphene on silicon substrate, paving way for faster, smaller integrated circuits appeared first on AcceleratingBiz.

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]]> https://acceleratingbiz.com/briefing/ucsb-researchers-invented-diffusion-technique-that-can-successfully-synthesize-graphene-on-silicon-substrate-paving-way-for-faster-smaller-integrated-circuits/feed/ 0 Rutgers University developed 4D printed light and flexible materials for airplane or drone wings, soft robotics and tiny implantable biomedical devices https://acceleratingbiz.com/briefing/rutgers-university-developed-4d-printed-light-and-flexible-materials-for-airplane-or-drone-wings-soft-robotics-and-tiny-implantable-biomedical-devices/ https://acceleratingbiz.com/briefing/rutgers-university-developed-4d-printed-light-and-flexible-materials-for-airplane-or-drone-wings-soft-robotics-and-tiny-implantable-biomedical-devices/#respond Thu, 11 Apr 2019 10:00:54 +0000 https://acceleratingbiz.com/?post_type=briefing&p=211732 The post Rutgers University developed 4D printed light and flexible materials for airplane or drone wings, soft robotics and tiny implantable biomedical devices appeared first on AcceleratingBiz.

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]]> https://acceleratingbiz.com/briefing/rutgers-university-developed-4d-printed-light-and-flexible-materials-for-airplane-or-drone-wings-soft-robotics-and-tiny-implantable-biomedical-devices/feed/ 0 Aerospace and defense company Lockheed Martin partnered with U.S. Army Research Laboratory to accelerate research on bioengineered materials for military applications https://acceleratingbiz.com/briefing/aerospace-and-defense-company-lockheed-martin-partnered-with-u-s-army-research-laboratory-to-accelerate-research-on-bioengineered-materials-for-military-applications/ https://acceleratingbiz.com/briefing/aerospace-and-defense-company-lockheed-martin-partnered-with-u-s-army-research-laboratory-to-accelerate-research-on-bioengineered-materials-for-military-applications/#respond Fri, 01 Mar 2019 10:00:46 +0000 https://acceleratingbiz.com/?post_type=briefing&p=172832 The post Aerospace and defense company Lockheed Martin partnered with U.S. Army Research Laboratory to accelerate research on bioengineered materials for military applications appeared first on AcceleratingBiz.

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]]> https://acceleratingbiz.com/briefing/aerospace-and-defense-company-lockheed-martin-partnered-with-u-s-army-research-laboratory-to-accelerate-research-on-bioengineered-materials-for-military-applications/feed/ 0 Northwestern University researchers invented graphene oxide (GO) dough that can be molded to form solid graphene structures https://acceleratingbiz.com/briefing/northwestern-university-researchers-invented-graphene-oxide-go-dough-that-can-be-molded-to-form-solid-graphene-structures/ https://acceleratingbiz.com/briefing/northwestern-university-researchers-invented-graphene-oxide-go-dough-that-can-be-molded-to-form-solid-graphene-structures/#respond Fri, 15 Feb 2019 10:00:43 +0000 https://acceleratingbiz.com/?post_type=briefing&p=155433 The post Northwestern University researchers invented graphene oxide (GO) dough that can be molded to form solid graphene structures appeared first on AcceleratingBiz.

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]]> https://acceleratingbiz.com/briefing/northwestern-university-researchers-invented-graphene-oxide-go-dough-that-can-be-molded-to-form-solid-graphene-structures/feed/ 0 Northwestern University developed self-healing coating for metal structures exposed to water or highly corrosive liquids, repairing scratches, scrapes, and cracks within seconds https://acceleratingbiz.com/briefing/northwestern-university-developed-self-healing-coating-for-metal-structures-exposed-to-water-or-highly-corrosive-liquids-repairing-scratches-scrapes-and-cracks-within-seconds/ https://acceleratingbiz.com/briefing/northwestern-university-developed-self-healing-coating-for-metal-structures-exposed-to-water-or-highly-corrosive-liquids-repairing-scratches-scrapes-and-cracks-within-seconds/#respond Fri, 15 Feb 2019 10:00:32 +0000 https://acceleratingbiz.com/?post_type=briefing&p=155445 The post Northwestern University developed self-healing coating for metal structures exposed to water or highly corrosive liquids, repairing scratches, scrapes, and cracks within seconds appeared first on AcceleratingBiz.

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]]> https://acceleratingbiz.com/briefing/northwestern-university-developed-self-healing-coating-for-metal-structures-exposed-to-water-or-highly-corrosive-liquids-repairing-scratches-scrapes-and-cracks-within-seconds/feed/ 0 Imperial College London researchers developed metal deposition technique that can allow 3D printers to print metals into fabrics, creating low-cost sensors, batteries, and smart clothing https://acceleratingbiz.com/briefing/imperial-college-london-researchers-developed-metal-deposition-technique-that-can-allow-3d-printers-to-print-metals-into-fabrics-creating-low-cost-sensors-batteries-and-smart-clothing/ https://acceleratingbiz.com/briefing/imperial-college-london-researchers-developed-metal-deposition-technique-that-can-allow-3d-printers-to-print-metals-into-fabrics-creating-low-cost-sensors-batteries-and-smart-clothing/#respond Fri, 08 Feb 2019 10:00:21 +0000 https://acceleratingbiz.com/?post_type=briefing&p=156808 The post Imperial College London researchers developed metal deposition technique that can allow 3D printers to print metals into fabrics, creating low-cost sensors, batteries, and smart clothing appeared first on AcceleratingBiz.

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