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By Hannah Hassara, Katherine Gao, Kennedy Petties, Ryan Yang, Mary Flathers, Nathan Laudani, Cecily Bradley, David Ragone, Caitlin Lochhead, Teresa Meyer, and Steven Sinchi, V Form
How the Adolescent Brain Works: In Annotated Diagrams
Editor’s Note: In the culminating assignment of the Biology 30 unit on Learning and the Brain, the students created Annotated Diagrams of their brains and how their brains learn new information. An Annotated Diagram is a formal sketchnote that aims to demonstrate understanding of the information by demonstrating how the information was processed. The following question was posed: “How might the fact that you are an adolescent help you craft learning strategies that work for you and are effective?”
Scroll down for large images of the Annotated Diagrams. (more…)
By Kyle Rubin, VI Form
Newton’s Law of Synchronicity?
Sir Isaac Newton’s third law of motion, which reads, “For every action, there is an equal and opposite reaction,” can be applied outside of the scientific realm and into the philosophical realm in that every action is done for a reason. With this in mind, synchronicity exists in that one thing can provide context for another, whether they have a direct correlation or not.
Synchronicity provides context for how or why some things occur. It explains how two things, whether physical or conceptual, may seem related even though they have no discernable connection. Newton’s third law of motion covers similar bases to synchronicity, in that the third law gives insight into the opposing side of an action. Newton provides the reason for why a reaction will happen, similar to how synchronicity describes why events appear similar even though they may not be explained by conventional standards. (more…)
By Emily Taylor, IV Form
Are Year-Round Islands Off the Coast of Maine Economically Sustainable?
Editor’s Note: Emily created this presentation while attending the Waynflete Sustainable Ocean Studies Summer Camp through partial funding from The Matthews Fund. (For better clarity images, click here for Google Slide presentation)
By Amy Wang, V Form
Constructing a Flowchart in Biology
Editor’s Note: The following description of the assignment provided by Ms. Kimberly Berndt, STEM Faculty–
It can be challenging to understand the complex physiological mechanisms and pathways we explore in Biology. One effective strategy to synthesize, organize, and review information is through visual thinking. We employ visual thinking in a number of ways. In this assignment, students were charged with constructing a flowchart to illustrate their current understanding of how carbohydrates are metabolized.
An effective flowchart takes a complex process and simplifies it in a manner that makes the information more accessible. Flowcharts can be found in many Biology textbooks for this reason. However, the process of constructing a flowchart can be an even more effective tool for learning. Constructing a flowchart requires multiple intellectual tasks. (more…)
By Sophie Haugen, VI Form
A New Reality for Cancer Patients
“No radiation. No Chemo. No Cancer.” These are the words on the sign hanging from the window of the Ben Towne Center for Childhood Cancer Research at the Seattle Children’s Research Institute. Partway through my fifth form year in Advanced Biology, Jack Thalmann and I were fortunate enough to be selected for internship positions at a cutting-edge research lab for one month of the coming summer.
This past August, we traveled to Seattle and lived in Magnolia, an urban-residential neighborhood located a few miles north of downtown Seattle, with Max (‘72) and Marcia Witter. Each day we commuted to the Ben Towne Center and worked in the Jensen Lab, which focuses on immunotherapy as a treatment for pediatric cancer. Dr. Michael Jensen (‘82), the director of the Center, has made remarkable strides and has achieved some incredible success. Dr. Jensen and the staff at the Jensen Lab take an innovative approach to fighting cancer: they collect blood samples from pediatric cancer patients, genetically engineer the patient’s own T-cells to recognize cancer cells, and infuse the treatment back into the patient’s body. (more…)
By Chris Roche, STEM Faculty
The Circuit Engineering Stair Master
The students in my spring “Robotics and Circuits Engineering with Physical Computing” class did it. They pulled it off!! We now have the “Stair Master” currently installed and running in the stairwell off the first floor of the St. Mark’s STEM building. Students and faculty like the installation, and we are looking forward to a phase two expansion that has music!
The “Stair Master” is an installation that allows a flight of stairs to be interactive with the people walking on them. Here are videos showing the Stair Master in action:
Video 1: Click Here
Video 2: Click Here
Video 3: Click Here
When you step on one of the steps in the “Stair Master”, LED light strips light on the stair you are on. The system uses sensors to know which stair you are on, triggering the appropriate lights. There are versions of interactive stairs already existing, such as the musical staircase at the Museum of Science in Boston. However, the “Stair Master” at St. Mark’s was designed and prototyped exclusively by the “Robots and Circuits” class, using class-built knowhow and our prototyping process. (more…)