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Mathematical Model Demonstrates High Viral Transmissions Reduce Progression Rates for Severe Covid

Mathematical Model Demonstrates High Viral Transmissions Reduce Progression Rates for Severe Covid
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South Korea , Sunhwa Choi , Boseung Choi , Jae Kyung Kim , Ji Yun Noh , Hyukpyo Hong , Jae Kyoung Kim , Hyojung Lee , Eui Cheol Shin , Korea Health Industry Development Institute , Department Of Mathematical Science , School Of Medical Science , National Research Foundation Of Korea , Institute Of Basic Science , Korea Advanced Institute Of Science , Korea Advanced Institute , Professor Jae Kyoung Kim , Mathematical Science , Professor Eui Cheol Shin , Graduate School , Medical Science , Basic Science , National Research Foundation ,

Novel Microscope Offers High-Throughput 3D Adaptive Optical Imaging

Microscopes are considered to be a useful tool in biomedical research as they enable for close examination and visualization of tissues. ....

Wonshik Choi , Institute For Basic Science , Institute Of Basic Science Center , Institute Of Basic Science , Microscope Offers High Throughput , Adaptive Optical , Image Credit , Professor Wonshik Choi , Basic Science , Molecular Spectroscopy , Associate Director ,

Researchers Announce Creation of Most Perfect Graphene

A team of researchers, led by Director Rodney Ruoff at the Center for Multidimensional Carbon Materials (CMCM) within the Institute for Basic Science. ....

Rodney Ruoff , Williami Suh , Yunqing Li , Rodneys Ruoff , Kyung Seong , Meihui Wang , Ming Huang , Department Of Chemistry , Institute For Basic Science , Myeonggi Choe Department Of Materials Science , Institute Of Basic Science , Professor Zonghoon Lee Group , Director Rodney Ruoff , Multidimensional Carbon Materials , Basic Science , Director Ruoff , Won Kyung Seong , Myeonggi Choe , Materials Science , Professor Zonghoon Lee , Supplemental Information , Senior Research Fellow , Research Fellow ,

Understanding Graphene Growth on Insulating Substrates

Date Time
Understanding Graphene Growth on Insulating Substrates
The thinnest material, graphene, is the most promising materials for many applications, such as in electronics, energy storage and etc. For high performance electronic applications, synthesizing graphene directly on an insulating substrate is highly desired. To date, a great deal of efforts has been dedicated to synthesizing graphene on numerous insulating substrates, such as SiO2, Al2O3, Si3N4, BN. It is found that the growth of graphene on these insulating substrates are generally 10,000 times slower than that on metallic substrates (Figure 1) and, as a consequence, the graphene synthesized on an insulating substrate is generally with very low quality and the productivity is very low. To understand why graphene growth on an insulating substrate is so different from that on metallic substrates is critical for optimizing the experiential design but such a question has never been answered satisfactory. ....

Ting Cheng , Feng Ding , South Korea , Dahee Carol Kim , Zhongfan Liu , Institute For Basic Science , Communications Team , School Of Materials Science , Professor Zhirong Liu College Of Chemistry , Institute Of Basic Science , Distinguished Professor Feng Ding , Multidimensional Carbon Materials , Basic Science , Professor Zhongfan Liu , Professor Zhirong Liu , Molecular Engineering , Peking University , Materials Science , டிங் செங் , ஃபெங் டிங் , தெற்கு கொரியா , நிறுவனம் க்கு அடிப்படை அறிவியல் , தகவல்தொடர்புகள் அணி , பள்ளி ஆஃப் பொருட்கள் அறிவியல் , நிறுவனம் ஆஃப் அடிப்படை அறிவியல் , பல பரிமாண கார்பன் பொருட்கள் ,

Acoustic Graphene Plasmons Study Paves Way for Optoelectronic Applications

Korea Advanced Institute of Science and Technology
– The first images of mid-infrared optical waves compressed 1,000 times captured using a highly sensitive scattering-type scanning near-field optical microscope. –
KAIST researchers and their collaborators at home and abroad have successfully demonstrated a new methodology for direct near-field optical imaging of acoustic graphene plasmon fields. This strategy will provide a breakthrough for the practical applications of acoustic graphene plasmon platforms in next-generation, high-performance, graphene-based optoelectronic devices with enhanced light-matter interactions and lower propagation loss.
It was recently demonstrated that ‘graphene plasmons’ – collective oscillations of free electrons in graphene coupled to electromagnetic waves of light – can be used to trap and compress optical waves inside a very thin dielectric layer separating graphene from a metallic sheet. In such a configuration, graphene� ....

South Korea , Young Hee Lee , Sergeyg Menabde , Seok Jang , Nature Communications , Institute For Basic Science Of Korea , Samsung Research Funding Incubation Center , Nature Communications On , Sungkyunkwan University , School Of Electrical Engineering , National Research Foundation Of Korea , Samsung Global Research Outreach , Samsung Electronics , Department Of Electrical , University Of Minnesota , Institute Of Basic Science , Us National Science Foundation , Professor Min Seok Jang , Electrical Engineering , Min Ho Lee , Computer Engineering , Integrated Nanostructure Physics , Basic Science , Professor Jang , Samsung Research Funding , Incubation Center ,