Purdue agrivoltaic farming structures and software harvest solar power at lower cost and with minimal impact on crop yield

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Purdue University researchers in the colleges of Agriculture and Engineering have created agrivoltaic structures that optimize the amount of electricity generated by solar farms. The modules are mounted lower than traditional solar structures and rotate to form a near-vertical structure when farm equipment needs to pass. (Purdue University photo/Mitch Tuinstra) Innovative modules created at the… Learn More >

Purdue biology innovation allows the introduction of valuable traits in plants without creating transgenic plants

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Stanton Gelvin (left), the Edwin Umbarger Distinguished Professor of Biology, and Lan-Ying Lee, research scientist, in the Department of Biological Sciences of Purdue University’s College of Science have developed Agrobacterium strains that deliver T-DNA to plants but do not integrate this DNA into the plant genome. The plants can still be modified to express valued… Learn More >

From artisanal to automatic: Purdue tool allows greater control, speed for semiconductor manufacture

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Former Purdue University mechanical engineering students Alex Bauer, from left, Mark Ragei and Dylan Balter make a presentation during the spring 2022 Malott Innovation Awards. A research team of Purdue University mechanical engineers led by associate professor Thomas Beechem has created a tool that makes the manufacture of ultrathin semiconductors more consistent, controllable and repeatable… Learn More >

Purdue startup Aerovy Mobility develops cloud software to support infrastructure for electric aircraft

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The advanced air mobility sector includes urban air mobility, which uses electrical vertical takeoff and landing vehicles. Aerovy Mobility, a Purdue University-connected startup, has developed software solutions to benefit airport and vertiport operators and real estate developers looking to establish advanced air mobility technology at existing and potential sites. (Image provided by Electro.Aero) Company’s cloud-based… Learn More >

High-tech toolkit to analyze digital evidence made more efficient and budget-friendly for law enforcement agencies

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Sean Leshney, director of digital forensics investigations at Tippecanoe County (from left) and Patrick Harrington, Tippecanoe County prosecutor, view an analysis of digital evidence created by the FileTSAR+ forensic tool. Purdue University researchers improved the original tool by simplifying its functionality and packaging to make FileTSAR+ easier and more cost effective for law enforcement agencies… Learn More >

Insignum AgTech and Beck’s collaborate to help corn ‘talk’

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Insignum AgTech develops plant genetic traits that give farmers an early indication of yield-limiting factors like disease, insect pests or fertility loss. Insignum AgTech and Beck’s Hybrids have signed an agreement to test Insignum’s innovative corn traits in Beck’s elite varieties. (Insignum AgTech photo) Plant genetic innovation indicates if crops have been exposed to disease,… Learn More >

Purdue researchers combine electric poling and 3D printing into a single step

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Purdue University researchers have combined 3D printing and electric poling into a single process called electric poling-assisted additive manufacturing, or EPAM. It aligns the dipoles in PVdf filament during the print, which leads to a better indication of stress that is being applied. (Purdue University image/Robert Nawrocki) Method creates parts with customized shapes and sensor… Learn More >

Ericsson, Saab and Purdue University announce ‘lab to life’ innovative 5G network to make Purdue Airport accessible as a real-life research site for aviation industry

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Purdue University President Mung Chiang discusses the collaboration with industry partners Ericsson and Saab. A private 5G network will be installed at the airport, allowing companies and university researchers to develop their newest innovations in a real-world setting. (Purdue University/Charles Jischke) WEST LAFAYETTE, Ind. – Purdue University Airport, in collaboration with industry partners Ericsson and… Learn More >

Purdue engineers create safer solid-state lithium-ion batteries from new composite materials

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A battery cell made from a new composite material developed at Purdue University undergoes testing to determine its stability when bent, cut and punched. Vilas Pol, a Purdue professor of chemical engineering, developed the material, which is safer to use in high-voltage, solid-state, lithium-ion batteries than traditional solid polymer electrolyte technologies. (Purdue University photo/Sensen Zhang)… Learn More >

Wheelchair prototype safely navigates passengers through airports to aircraft seats

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A wheelchair prototype designed by teams of recent graduates from the Purdue Polytechnic Institute, College of Engineering and College of Science is being developed to help passengers navigate airports and travel through airplane aisles. (Purdue University photo/Zach Rodimel) FAA award-winning, patent-pending design travels omnidirectionally and has an adjustable base WEST LAFAYETTE, Ind. – Teams of… Learn More >