Refraction at it's finest! Water Drop Refractions by Markus Reugels http://bit.ly/1amud3u
Albert Einstein - Person of the CENTURY! http://ti.me/16trjnV
Artistic Scientist Generates Electricity from Different Foods http://bit.ly/15xVIBf Back to Light is a creatively scientific series by photographer Caleb Charland that explores the naturally electrifying power of ordinary objects like fruits and loose change. The images in the series features a number of materials, including consumables readily found in one's pantry, generating enough power to light lamps and LED lights. We had previously seen Charland light a lamp with 300 apples, but now the grocery list has expanded to include oranges, lemons, limes, grapefruits, pomelos, and vinegar.The ongoing photo project, which began in 2010, was initially inspired by the powerful simplicity of the potato battery. The science enthusiast explains, "By inserting a galvanized nail into one side of a potato and a copper wire in the other side a small electrical current is generated. The zinc coating on the nail gives off electrons due to the electrolyte environment within the potato. These electrons then travel along the copper wire providing the electrical voltage to illuminate a small light emitting diode. The utter simplicity of this electrical phenomenon is endlessly fascinating for me."Additionally, Charland reflects on his own project by saying: "This work speaks to a common curiosity we all have for how the world works as well as a global concern for the future of earth’s energy sources. My hope is that these photographs function as micro utopias by suggesting and illustrating the endless possibilities of alternative and sustainable energy production."Charland tells us that he hopes to expand his project this summer by making "little hydro electric generators and installing them in the landscape." Until then, the photographer is showing a selection of his works at Schneider Gallery in Chicago and has a solo show coming up at Gallery Kayafas in Boston from May 17th through June 7th. http://bit.ly/15xVIBf
Happy Birthday to you Dr. Seuss! Theodor Seuss Geisel was an American writer and illustrator best known for authoring popular children's books under the pen name Dr. Seuss. Theodor Seuss Geisel was born in Springfield, Massachusetts, to Theodor Robert and Henrietta (née Seuss) Geisel. All of his grandparents were German immigrants. His father managed the family brewery and was later appointed to supervise Springfield's public park system by Mayor John A. Denison after the brewery closed because of Prohibition. Mulberry Street in Springfield was made famous in Dr. Seuss' first children's book "And to Think That I Saw It on Mulberry Street!" and is less than a mile southwest of his boyhood home on Fairfield Street. Geisel was raised a Lutheran. He enrolled at Springfield Central High School in 1917 and graduated in 1921. He took an art class as a freshman and later became manager of the school soccer team. #DrSeuss
Wear Your Chromosomes: Jewelry Collection Made from 3D Prints of Microscopy Data
The X and Y-chromosomes found in humans are now wearable. Electron microscopist, Louise Hughes, has created a jewelry collection designed to mirror the look and shape of human chromosomes. Hughes designs every piece from microscopy data and produces it using 3D printing technology. Having already used the structures of organisms to create other jewelry pieces, Hughes felt she could not leave out the essential DNA and chromosomes. The 46 chromosomes found in our cells have never before been so beautifully displayed and worn.
As humans the genes in our DNA, as well as our environment, come to define us. When cells divide, chromosomes compress and form distinct shapes. Those shapes are what inspire the jewelry pieces made by Hughes. Male chromosomes, X and Y, female chromosomes, X and X and the triplet 21st chromosome that causes Down’s syndrome are all replicated in the human chromosome jewelry line. From rings and pendants, to earrings and cufflinks, the stainless steel, bronze, and silver pieces are available in both, karyotpye 1 or 2 structural designs. It has been said that art imitates life and with the human chromosome jewelry designs by Louise Hughes, art is literally replicates life.
Explore the Human Chromosome Jewelry Collection by Louise Hudges on Kickstarter.
- Lee Jones
Giant Impact That Formed the Moon Blew Off Earth's Atmosphere http://bit.ly/15N45bx
Born this day, John Woodward February 24, 1665 in Derbyshire, United Kingdom. At the age of 16, John Woodward became an apprentice to a linen draper in London, and then later he learned about medicine from Dr. Peter Barwick, who was a doctor for King Charles II. While studying medicine, Woodward found a fascination with fossils that eventually led him to his work with plants. In 1699, Woodward published his hydroponics experiments with spearmint. He tested different types of soil mixed with the water, and he learned plants with a less-pure water source grew better than plants grown in purely distilled water. Woodward concluded that certain substances with minerals in the water encouraged plant growth. Fellow STEMists who want to become botanists can be on their way to doing research and investigations through the engineering design process found in our monthly-themed Groovy Lab in a Box. Check out our groovy hydroponics box "Water Works" for more groovy fun for future #botanists! #STEMists do the "E" in #STEM Read more about #hydroponics #OnTheBlog - Evolution of Hydroponics. http://www.groovylabinabox.com/the-evolution-of-hydroponics/ #JohnWoodward #botany #bornthisday
Moon Plaque, 1969 Left behind on the moon by Apollo 11 astronauts, the plaque was stainless steel, 9 by 7 and 5/8 inches and 1/16 inch thick. Einstein in a Box: "Lunar Launch" box coming October 1st, 2013 www.EinsteinInABox.com
Academics in a Box Inc. was founded to inspire in students a desire to learn more about the sciences and humanities. Our products aim to allow students a new way to experience the beauty, poetry, and wonder of our universe through hands-on experience. Our foundation is based on the ideas that by “doing” and “experiencing,” students are more motivated to become inquisitive about the world around them. It’s this curiosity and creative thinking that are at the heart of developing a love of learning. The Next Generation Science Standards (NGSS) is used as a guide to ensure that our products supplement the learning that takes place in the classroom. We aim to take students beyond simple memorization of facts and figures by helping them gain a better understanding of significant science, technology, engineering, and mathematics (STEM) practice and application, as well as gain a deeper appreciation of the materials they are presented with.
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