58.6

Nathan E. White

University of Missouri

Nathan E. White's recent research has significantly advanced our understanding of various scientific disciplines. In the fields of physics and engineering, their work has focused on computational modeling, enabling precise calculations of torque on particle aggregates and virus-like particles, as well as drag and diffusion coefficients for coronaviruses. Additionally, White's research has explored the condensation behavior of fission products on aerosols and agglomerates, with implications for environmental and health assessments. In medicine, their studies have contributed to the development of radiotherapy for prostate cancer using gold nanoparticles and investigated thermal-to-optical energy conversion using a multi-megawatt CO2 laser system.

Commercial signal 58.2
Scientific signal 62.0
Social signal 58.4
Papers 8
0 Patent-to-paper cites
25 Paper cites

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