The splash image for this post is from this site and is not owned or originally produced by The ScientEphic.
The splash image for this post is from this site and is not owned or originally produced by The ScientEphic.
By Sophia Schmidt ’17
I’ve never seen old growth forest. As Hopkins Memorial Forest manager Drew Jones leads me to the Beinecke Stand, it is not massive tree trunks I notice first – it’s the ground. The forested earth pitches sharply downward. Fallen leaves, loose sticks, and scattered stones coat this thirty-five degree slope, so we choose our footing carefully, grabbing saplings when we inevitably begin to slide down the hill. I immediately realize why this swath of forest escaped clear-cutting even during Williamstown’s agricultural peak in the 1830s – this is no place for a plow.
Continue reading The Beinecke Stand: Williamstown’s Hidden Old-Growth Forest
By Elizabeth Jacobsen ’16
The first time I visited Chapin Library was for my Astronomy 102 class. All the notable books in the history of astronomy, from Euclid to Newton, were arranged on a square of tables. We admired the fascinating geometry of the sketches, recognizing some from our textbook. The books were a leathery tan, opened to illustrations of Galileo patiently listening to Copernicus and Ptolemy argue, a giant bull adorned with stars leaping across the sky, or Kepler’s attempts to chart the heavens on the musical staff. In the center of the room was a large book, its pages a couple of feet across. It detailed the elegant but inaccurate Earth-centered system, tracing the paths of the planets in pink and blue corkscrews around Earth. At last a lean man with a soft voice and owlish glasses said, “I’m Wayne Hammond, curator here at the Chapin Library.” And in a few more soft words, he began to spin the tale of astronomy’s history, slowly orbiting the room and leaving a trail of facts floating in his wake.
Continue reading Chapin Rare Books Library Unites Science and History
By Meagan Goldman ’16
Hector Trujillo, Jacob Kim, and Dylan Freas are three talented Williams scientists planning to go to grad school and pursue research after graduation. All are working on theses this year – Hector and Dylan in chemistry, and Jacob in biology – and are actively involved in the Williams science community.
I chatted with them to learn what drew them to science, what advice they have for underclassmen, and how Williams science has shaped them. Read on to hear their valuable insights!
Continue reading Words of Wisdom from 3 Grad School Bound Seniors
The text you are currently reading is crisp and clear thanks to Turner Whitted, a computer scientist at NVIDIA. While working at Microsoft in 2000, he invented the ClearType algorithm that uses shades of grey to smooth text pixels and make letter boundaries clearer. Modified versions of this algorithm are used practically everywhere from mobile phones and smartwatches to laptops.
Continue reading Turner Whitted and Virtual Reality: From Promise to Practical
Image: Williams College students who attended the 2015 KNAC symposium. L to R: Allison Carter ’16, Michael May ’17, Sarah Stevenson ’17, Emily Stump ’18, Anneliese Rilinger ’17, Ross Yu ’19, Becky Durst ’16. Gillian, and Prof. Karen Kwitter. Not Pictured: Tina Seeger ’16, MeiLu McDermott ’16, Hallee Wong ’18, Marcus Hughes ’18, Tim Nagle-McNaughton ’18
Why didn’t the Dog Star laugh at the joke? If you were in science quad last weekend (October 17th) and asked one of the Keck Northeast Astronomy Consortium (KNAC) presenters, you would likely have gotten a chuckle and a response that “it was too Sirius.” KNAC, a collaboration of eight liberal arts colleges in New England (Colgate University, Middlebury College, Vassar College, Wesleyan University, Haverford College, Swarthmore College, Wellesley College, and Williams College) funds summer research opportunities for astronomy students. The annual symposium, which rotates between the eight institutions, was hosted at Williams this year with 32 student speakers and 9 poster presentations.
5 Things Williams Pre-med Students Should Know
By Meagan Goldman ’16
“Pre-med” is a loaded term at Williams. It comes with tough classes, stress about maintaining a high GPA, and more stress about getting into med school. Countless freshmen start off on the pre-med track but decide it’s not for them. At the same time, those who do go to med school often find a deep passion for their work. I decided to speak with four pre-med seniors with very different stories – Chanel Zhan, Tendai Chisowa, Lacey Serletti, and Katie Westervelt – to figure out what they think about pre-med at Williams and what advice they’d give to younger students. Here’s what I learned.
Continue reading 5 Things Williams Pre-Med Students Should Know
By Elizabeth Jacobsen ’16
It’s an exciting time to be a biology major.
This year the Biology Majors Advising Committee (BMAC) is redefining what it means to be a Biology major or prospective Biology major at Williams. BMAC hopes to build a unique sense of community among those interested in biology through an academic year of biology-related social events.
Continue reading Student Committee Builds Community Spirit Among Biology Majors
This post concludes the “Ask a Science Student” series. For previous responses, see chemistry, physics, and astronomy.
Ask a Science Student, Part 4: Biology
By Meagan Goldman ’16
Biology deals with energy on both a macro level – the cycling of energy through ecosystems – and a micro level – the energy required for biological processes. Energy in an ecosystem comes initially from the sun. Primary producers, plants and cyanobacteria, convert the sun’s electromagnetic energy into chemical energy, stored in the bonds of compounds like glucose and ATP. Energy is then passed to consumers and eventually, when organisms die, to decomposers.
This is the third installment in our “Ask A Science Student” series. For the previous responses, see chemistry and physics.
Ask a Science Student, Part 3: Astronomy
By Marcus Hughes ’18
Astronomy deals with a tremendous scale of energy, from the Cosmic Microwave Background – the 2.7 kelvin echo left from the Big Bang – to hyper-luminous quasars – compact centers of galaxies related to black holes that release 4 trillion times as much energy as our Sun. Astronomy even has not yet understood types of energy like dark energy, a repulsive energy causing the universe to expand faster, literally changing the fate of the universe. When most people think of energy in astronomy, they think of stars, but dark energy makes up 70% of the total mass-energy in the universe. At its simplest, energy is just the capacity to do work; i.e. the capacity for a force to displace an object.