*** PURE 60′s HORROR FUN!!! *** A group of wild, hepcat college kids head down with a friend to her fathers house in sunny Florida for Spring Break. The man is a marine biologist and is currently studying jellyfish in his lab on premises. Apparently, the kids are there to learn a thing or two while helping out the doc in return for his hospitable welcome. However, being rowdy young college kids, they waste no time hazing and poking fun at the good doctors deformed and Igor-like assistant, Egon. But, Egon sticks around anyway. Mainly because he has got the hots for the Doctors rather shapely daughter. Egon does have a breaking point, though. Beneath his mild facade lies the heart of a hateful, vindictive, and bitter man. And having vast knowledge of science himself, Egon has built himself a laboratory out in the middle of the swamp. It is from that secret lab that emerges a killer jellyfish man with revenge and murder on his mind.

www.quasarinstruments.com Video on different methods for larger volume repetitive pipetting in laboratories. In this video we go over 4 dispensing methods, 1 mL pipette, pipet controller, mechanical repeater pipette, and electronic repeater pipette.

This artist’s concept animation depicts key events of NASA’s Mars Science Laboratory mission, which will launch in late 2011 and land a rover, Curiosity, on Mars in August 2012.

Using London as the laboratory, HEALTH examines the new flu, checking up on its potency and on treatments to fight it

www.gre.ac.uk Based at our historic Medway Campus, the School of Science offers a wide portfolio of undergraduate and postgraduate programmes that meet employer needs and applicant aspirations. You will be taught by world class professors in state-of-the-art laboratories and gain the relevant skills to pursue a career in science.

This animation demonstrates how the rover will enter, descend and land on the surface of Mars.

[Keio Spintronics Network - Hamaya Laboratory , Kyushu University] Creating Electronic Devices with New Functions by Combining Semiconductors and Magnets on an Atomic Level Kyushu University Graduate School of Information Science and Electrical Engineering, Department of Electronics Hamaya Kohei At the Hamaya Lab at Kyushu University, researchers are attempting to develop unprecedented next-generation electronic devices by bonding materials with magnetic properties to the typical semiconductor material silicon on an atomic level. Q The limit of miniaturization for silicon semiconductor LSI technology is in fact expected to be reached by the year 2025. Therefore, researchers at the Hamaya Lab are trying to introduce a new principle in semiconductor devices to overcome this limit by injecting the magnetic property of electrons called spin into the silicon material. Q However, there are significant differences in the crystalline structures and types of atoms that configure silicon and ferromagnetic materials in which spin can be injected. Therefore, cutting-edge technology for crystal production in a very unique environment and steadfast experimentation are needed in order to bond the two types of materials and detect the magnetic property of spin in silicon. This includes areas from element production to the measurement of physical properties. Q

Part 9 of Fontaine Futuristics in which I complete the final Gather of the game, retrieve the last of the ADAM-Infused Plants and leave a robutt behind because it wasn’t pondering what I was pondering.

Part 8 of Fontaine Futuristics in which I kill the final Big Daddy of the game, complete the penultimate Gather and say the word “brilliant” far too many times.

For the Beauty that cannot be seen, For the honor of those whose shoulders we stand on, For the hope of those we aspire to become, And for the inspiration of those who will surpass our achievements. Music, beginning Omnibus End Music, Miles