Dark Sonnet By Neil Gaiman.

In this video, mixtures of inks (likely printer toners) and fluids move and swirl. Magnetic fields contort the ferrofluidic ink and make it dance, while less viscous fluids spread into their surroundings via finger-like protuberances. (Video credit and submission: Antoine Delach)

fun things to do in lab

accidentally crushing a pcr tube when opening it with one hand

dropping… anything. especially an entire box of frozen samples. 

slightly too large gloves and getting them caught as you close tubes

when the magnetic spin bar spins too fast and does the thing

listening to someone else’s forgotten timer go off

“uh… what’s that smell..”

going in for a pipette tip and then overturning the entire box

16 hour time-points

srsly who invented 16 hr time-points

they’re inhumane

labelling rows and rows of 600 ul microcentrifuge tubes by hand

“we’re sorry but this reagent has been back-ordered for 3 months”

listening to the scraping noise of plastic culture flasks on metal shelves

getting your samples stuck in any sort of machine

“i need you to go and catalog every chemical we have”

cleaning cell culture incubators with aerosolized 70% ethanol 

having the fire alarms go off when you’re literally in the middle of something that can not be put down no i will perish in this fire before i forgo this damn experiment!

that sense of pure panic when you realize you miscalculated how much reagent you need

“one of your mice died and its cage mates ate half the body”

Superfluids, a special type of fluid located below the lambda point near absolute zero, exhibit some mind-bending properties like zero viscosity and zero entropy. They are, in essence, a macroscopic manifestation of quantum mechanics. Here their thermomechanical, or fountain, effect is explained. This bizarre state of matter isn’t only found in laboratories, though. Scientists now think that superfluids may exist at the heart of neutron stars.

Three muscle fibers; the middle has a defect found in some neuromuscular diseases

Of the three muscle fibers shown here, the one on the right and the one on the left are normal. The middle fiber is deficient a large protein called nebulin (blue). Nebulin plays a number of roles in the structure and function of muscles, and its absence is associated with certain neuromuscular disorders.

Image courtesy of Christopher Pappas and Carol Gregorio, University of Arizona. Part of the exhibit Life:Magnified by ASCB and NIGMS.

SCIENTISTS SAY SPIDER-MAN CAN’T EXIST BECAUSE HUMANS ARE JUST TOO BIG

Sorry, Spidey. Any real-life Spider-Man would have to have size 114 shoes (sticky ones) or have 40% of his body covered in sticky pads in order to climb walls. 

Artist Sachiko Kodama is known for her mesmerizing ferrofluid sculptures. Ferrofluids are a colloidal liquid consisting of nanoscale ferromagnetic particles and a carrier fluid such as water or oil. They can react strongly to magnetic fields, forming spikes, brain-like whorls, and even labyrinths. (Photo credits: Sachiko Kodama; via freshphotons)

Craig Ward | Subvisual Subway

Turning Bacterias from New York Subway into Beautiful Artworks

Gale pin design✨