How The Sun's Magnetic Field Works Http://bit.ly/15LKyIn
How the Sun's Magnetic Field Works http://bit.ly/15LKyIn
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NASA - Spot The Station Over Your Backyard. Sign up for email or text message notices hours before the station flies overhead. As the third brightest object in the sky the space station is easy to see if you know when to look up. http://1.usa.gov/19a04DX
#TodayinSTEM: Albert Einstein was awarded the Benjamin Franklin Medal for his contributions to theoretical #physics in 1935.
How the Sun's Magnetic Field Works http://bit.ly/15LKyIn
Einstein is a ROCK STAR!
Crisp cool weather, spice-scented rooms, and fun fall-related #STEMactivities are a sure sign of #autumn. Here's a Lesson in The #MetricSystem 📐 Learn More: https://www.groovylabinabox.com/5-groovy-fall-related-stem-projects/ #autumnvibes #pumpkin #autumncolors #pumpkinspice https://www.instagram.com/p/B320blGHlCu/?igshid=ueuaroo5f59u
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
#TodayInSTEM, French chemist Nicolas-Louis Vauquelin was born in 1763. Vauquelin discovered the elements chromium (Cr) and beryllium (Be). Chromium is a hard, silvery metal used to make stainless steel. Beryllium is used in gears and cogs, particularly in aeroplanes. Photo: Chromium #Vauquelin #NicolasLouisVauquelin #chromium #beryllium #ChemIsTry #1763 #chemist #STEMist
Throwing it way back! #TBT Pretty groovy, right? It's a map of Pangea - a supercontinent that formed roughly 300 million years ago - mapped with contemporary geopolitical borders. What you see here is an anachronistic mashup - a modern map, complete with geological features that did not exist 300-million years ago, with its various parts relocated to the general position they would have occupied before Pangea began rifting apart some 200-million years ago. It's a view of the supercontinent not often seen, and a mind-bending way of relating to the world on a geological time scale. #Pangea #ThrowbackThursday #supercontinent #ContinentalDrift
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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