Investigation of Plasmas in a Controlled Environment
On the laboratory scale, plasma densities are of the order of 10^18 - 10^22 electrons per meter cubed. The expulsion of fields from within a plasma is a well-known effect in controlled thermonuclear processes and is exploited in attempts at confinement of hot plasma.
"Beans are ready..." What the hell? Some researchers have been placed in charge of thousands of dollars worth of high-tech equipment for which only a very small percent of the academic community could even understand... Yet the safe use of a trivial device is still not apparent!!! Thankfully, Webster is composed of mostly concrete, a substance that is not easily combusted.
Unfortunately, one casualty did result as the upper half of this plasma researcher's torso is consumed in flames. His half scorched carcass has been placed on display in a glass case located on the first floor of Webster Physical Sciences Building. In the second photo, astrophysicist, and experter in Nucleosynthesis, realizes that partially ionized interstellar medium responds to optical frequencies as an electronic plasma in a weak magnetic field. This allows determination of broad-spectrum pulses from a pulsar for interpreting into some average properties of the medium which include mean electron density and mean magnetic field.
Another asspect of our research, is the investigation of biological gases... Observe the test subject...
