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Recently, Professor Weihong Zhu from the School of Chemistry and Molecular Engineering of East China University of Science and Technology has made important progress in the research of photochromic dyes and published a research paper
in the German journal "Applied Chemistry".
Information transmission is crucial today, and its core is to convert electrical signals into optical signals for long-distance transmission of optical
fibers.
Zhu Weihong's research group innovatively constructed a class of photochromic dyes with new open-closed-loop reversible response, 100% quantitative conversion, excellent thermal stability and repeatable cycle fatigue resistance, and cooperated with researchers at Washington State University in the United States to achieve perfect and efficient optical coding modulation, successfully encoded ordinary white light into light pulses representing information, and the developed photochromic dye can realize the advantages of light modulation in many aspects, which is of special significance
to the design of photosensitive materials.
Recently, Professor Weihong Zhu from the School of Chemistry and Molecular Engineering of East China University of Science and Technology has made important progress in the research of photochromic dyes and published a research paper
in the German journal "Applied Chemistry".
Information transmission is crucial today, and its core is to convert electrical signals into optical signals for long-distance transmission of optical
fibers.
Zhu Weihong's research group innovatively constructed a class of photochromic dyes with new open-closed-loop reversible response, 100% quantitative conversion, excellent thermal stability and repeatable cycle fatigue resistance, and cooperated with researchers at Washington State University in the United States to achieve perfect and efficient optical coding modulation, successfully encoded ordinary white light into light pulses representing information, and the developed photochromic dye can realize the advantages of light modulation in many aspects, which is of special significance
to the design of photosensitive materials.
Recently, Professor Weihong Zhu from the School of Chemistry and Molecular Engineering of East China University of Science and Technology has made important progress in the research of photochromic dyes and published a research paper
in the German journal "Applied Chemistry".
Information transmission is crucial today, and its core is to convert electrical signals into optical signals for long-distance transmission of optical
fibers.
Zhu Weihong's research group innovatively constructed a class of photochromic dyes with new open-closed-loop reversible response, 100% quantitative conversion, excellent thermal stability and repeatable cycle fatigue resistance, and cooperated with researchers at Washington State University in the United States to achieve perfect and efficient optical coding modulation, successfully encoded ordinary white light into light pulses representing information, and the developed photochromic dye can realize the advantages of light modulation in many aspects, which is of special significance
to the design of photosensitive materials.
