Added almost 6 years ago | 00:00:45 | 14579 views
Marine microbes — though invisible to the naked eye — perform functions that are vital for the health of the ocean. With no vision or hearing, they navigate their environment by following chemical signals. One of these chemicals, DMSP, e...
Added almost 6 years ago | 00:01:17 | 11298 views
Energy-efficient salps swim and forage. To find out more, read a news release at http://cee.mit.edu/news/releases/2010/salp . Video courtesy of Roman Stocker of the MIT Department of Civil and Environmental Engineering and Kelly Rakow Su...
Added 8 years ago | 01:25:42 | 27405 views
1.961 Life at low Reynolds numbersDiffusion-limited uptake: nutrient flux to a sphere When does nutrient uptake occur only by diffusion: The Peclet number Diffusion vs. locomotion: how do you escape from your boundary layer? Diffusion ...
Added 8 years ago | 01:26:23 | 18957 views
1.961 Life at low Reynolds numbersThe capillary assay: testing what microorganisms like Diffusion in a pipe Insect tracheae: limits to respiration Diffusion of momentum: an analogy The porosity of eggs and the gas exchange in leaves (ha...
Added 8 years ago | 01:26:40 | 26662 views
1.961 Life at low Reynolds numbersBrownian rotational diffusion A bacterial random walk: E. coli’s run-and-tumble swimming Other bacterial swimming modes Brownian constraints on swimming The distribution of tumbling angles
Added 8 years ago | 01:28:56 | 16295 views
1.961 Life at low Reynolds numbersMany taxis: chemo-, photo-, pH-, magneto-, rheo-, geo-, aero-, thermo-, gyro-taxis. A computer model of chemotaxis: a sensing random walker with memory Deriving an advection-diffusion equation for bact...
- Architecture & Planning
- Diversity & Inclusion
- Finance & Economics
- Global Awareness & Action
- How To
- Humanities, Arts and Social Sciences
- International Affairs
- Just for Fun/Humor
- Life at MIT
- MIT Alum
- National Security
- Public Policy
- Videoblogging or Autobiographical