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Cornell University, College of Engineering
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Sibley School of Mechanical and Aerospace Engineering at Cornell University

 

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Microsystems and Nanosystems Courses in Microsystems and Nanosystems Sensors and Actuators Optics and Photonics Integrated Nanosystems Microfluidics and Nanofluidics
Microsystems Seminar Cornell Mechanical and Aerospace Engineering Graduate Program Biochemical Analysis Energy Conversion and Bioenergy MEMS and BioMEMS Microfabrication and Nanofabrication Facilities
Research in Energy Systems
Affiliated Faculty: David Erickson, Brian Kirby
Synechococcus, a critical carbon fixation organism
Synechococcus, a critical carbon fixation organism important in studies of global carbon cycles.
Biological organisms have enormous impact on global energy systems. Biological organisms store solar energy, generate and convert fuels, and are a huge input into global carbon cycles which must be understood if climate change models are to be used with any success. Our interests include:
  • enzymatic conversion of biofuels and parallelized study of these chemistries in microsystems
  • rapid microfluidic analysis of cellular processes in species with significant impact on the global carbon cycle
  • study of biohydrogen-generating species