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Increasing the efficiency of eco-friendly solar cells by converting wind energy into high-voltage electricity

Increasing the efficiency of eco-friendly solar cells by converting wind energy into high-voltage electricity
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Lee ju hyuckMinsu heoNano energyDepartment of energy science engineeringSamsung electronics mechatronics manufacturing technology centerProfessor lee ju hyuckEnergy scienceSeung wan chulSamsung electronics mechatronicsManufacturing technology center

DGIST increases the efficiency of eco-friendly solar cells by converting wind energy into high-voltage electricity

DGIST increases the efficiency of eco-friendly solar cells by converting wind energy into high-voltage electricity
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Lee ju hyuckMinistry of scienceEnergy science engineeringNational research foundationDepartment of energy science engineeringNano technologySamsung electronics mechatronics manufacturing technology centerProfessor lee ju hyuckPresident lee kun wooEnergy scienceSeung wan chulSamsung electronics mechatronicsManufacturing technology centerHeo min suAuthore mail address

Implementation of a high-performance graphite-silicon-diffusion-based electrode

Implementation of a high-performance graphite-silicon-diffusion-based electrode
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Yongmin leeJongjun leeJuyoung kimCover of advanced energy materialDepartment of energy science engineeringSmart materials labCover of advanced energy materialsEnergy materialsAdvanced energy materialAdvanced energyProfessor yongmin leeEnergy scienceMaterials labDry preSilicon diffusionDependent electrode

Development of Cd-Free Quantum Dot Synthesis Technology for overcoming the limitations of existing technology

Development of Cd-Free Quantum Dot Synthesis Technology for overcoming the limitations of existing technology
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South koreaJong soo leeDepartment of energy science engineeringNational research foundation of koreaEnergy scienceMid career researchers support projectNational research foundationHyper connected future device valleytronicsPre coe project

Nanotechnology Now - Press Release: Pushing the boundaries of colloidal quantum dots by making their sizes equal: Scientists demonstrate the relationship between optoelectronic performance and size uniformity in perovskite colloidal quantum dots

Nanotechnology Now Our NanoNews Digest Sponsors Home > Press > Pushing the boundaries of colloidal quantum dots by making their sizes equal: Scientists demonstrate the relationship between optoelectronic performance and size uniformity in perovskite colloidal quantum dots Younghoon kim, Ph.D. (Left) and Prof. Jongmin Choi(Right), DGIST. CREDIT DGIST Abstract: Quantum dots (QDs) are semiconductor particles only a few nanometers across that, thanks to their small size, exhibit peculiar optical and electronic properties due to quantum mechanics. With existing and foreseen applications in screens, lighting, lasers, and energy harvesting, research in quantum dots has been steadily progressing. In particular, colloidal QDs (CQDs) have been in the nanotechnology spotlight for over a decade.

South koreaRepublic of koreaQds cqdsKyounghoon kimJongmin choiKwanghoon choiJian shi research groupResearch onDepartment of energy science engineeringDepartment of chemical engineeringDivision of energy technologyEngineering in korea universityUniversity of torontoSociety international research congressDaegu gyeongbuk institute of scienceEnergy letters