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BASU Lab
  • Home
  • Research Road-map
  • Publications
  • Team
  • CV
  • Funding
  • Educational Outreach
  • Awards
  • Teaching
  • Media
  • YouTube Channel
  • Academic Collaborators
  • Industry Collaborations
  • Editor Roles
  • Lab Events
  • Scholarly Statements
  • Summer camps
  • Fun Corner
  • More
    • Home
    • Research Road-map
    • Publications
    • Team
    • CV
    • Funding
    • Educational Outreach
    • Awards
    • Teaching
    • Media
    • YouTube Channel
    • Academic Collaborators
    • Industry Collaborations
    • Editor Roles
    • Lab Events
    • Scholarly Statements
    • Summer camps
    • Fun Corner

Selected coverage of our research and scholarly activities on popular media

  • On Basu's NSF CAREER Award

  • Basu invited to the White House

  • On an industry collaboration related to intranasal sprays

  • On The Brookings Register: Basu Lab applies fluid mechanics modeling to cancer research at South Dakota State University 

  • On Phys.Org: Researchers draw inspiration from pig snouts to design novel air filter technologies 

  • On Public Radio: A commercial application for fluid mechanics research (interview with Dr. Saikat Basu)

  • On Public Radio: A global research partnership between SDSU and Indian Institute of Technology Ropar

  • News article on how fluid mechanics can help us understand the respiratory infection onset process

  • Media article on our work on how COVID-19 spreads to the lungs

  • A nice article in Vietnamese on our research, with a visual of the new nasal spray protocol

  • Interview on New Scientist

  • Story on USA Today 

  • Interview podcast on the South Dakota Public Radio 

  • Work on COVID-19 | news article 1, news article 2

  • Work on COVID-19 | On Chemical & Engineering News

  • On ScienceDaily  |  news article

  • Coverage from Italian media |  news article

  • On Newswise | news article

Using a model of the upper airway, doctoral student Mohammad Mehedi Hasan Akash, left, and assistant professor Dr. Saikat Basu of South Dakota State University’s Department of Mechanical Engineering discuss adjustments to a computational aerosol transport model of how the novel coronavirus may spread from the nasopharynx into the lungs via aspiration of virus-laden droplets or boluses. Their results are published in Rhinology Online. (Source: Brookings Register, February 12, 2022)

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