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Innovative Technique Eliminates Parasitic Capacitance in Organic Electronics

Researchers have unveiled an innovative approach to create flexible organic integrated circuits (ICs) devoid of parasitic capacitance. This advancement heralds a substantial enhancement in the dynamic performance and operating frequency of organic thin-film transistors (OTFTs) and rectifying diodes, charting a course towards the realization of high-performance, cost-effective, and energy-efficient flexible electronics.

Laura thomsonmarNanjing university

Korean Researchers Develop Revolutionary Heat Dissipation Material

Dr. Cheol-Woo Ahn, leading a research team at the Department of Functional Ceramics within the Ceramic Materials Division at the Korea Institute of Materials Science(KIMS), has developed the world's first heat dissipation material.

South koreaLaura thomsonmarDepartment of functional ceramicsMinistry of scienceCeramic materials divisionKorea institute of materials scienceCheol woo ahnFunctional ceramicsKorea instituteMaterials science

Researchers Combine Novel Biomaterial with Microsurgical Approach for Rapid Tissue Regeneration

For soft tissue to recover and regrow, it needs blood vessels to grow to deliver oxygen and nutrients. Sluggish vascularization, however, can slow or even prevent recovery and regrowth of lost or damaged soft tissue after a severe injury or serious illness such as cancer.

Amir sheikhiAneesh risbudAlexander kedzierskiDorothy foehr huckAlvese silvaHorchler srinivasv koduruLaura thomsonmarArian jaberiZaman ataieMingjie sunAngelo roncalliJ lloyd huckSina kheirabadiDino ravnicJessicac elPenn state cancer institute

IRMA Releases Audits of Kumba Iron Ore s Kolomela and Sishen Mining Operations

IRMA Releases Audits of Kumba Iron Ore s Kolomela and Sishen Mining Operations
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United statesAimee boulangerLaura thomsonmarMpumi zikalalaInitiative for responsible miningResponsible miningKumba iron oreIron oreAnglo americanExecutive directorChief executive

MIT Engineers Develop Efficient Method to Convert CO2 to Carbon Monoxide

MIT chemical engineers have devised an efficient way to convert carbon dioxide to carbon monoxide, a chemical precursor that can be used to generate useful compounds such as ethanol and other fuels.

United statesLaura thomsonmarThomas gillAmruta karbelkarAriel furstEvan mooreUs army research officeJournal of the american chemical society auEnergy initiativeAzrieli global scholars programDeshpande centerCareer development assistant professorChemical engineeringHelix carbonGang fanAmerican chemical society