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Science and Engineering Senior Projects and Internships, Semester I, 2025-01-28
Vol. 1 No. 3 (2025)From the cover: Since 1989, seniors in the Science & Engineering Program have done two senior projects per year; one in the fall and one in the spring. These are the proceedings of the 72nd semiannual Science & Engineering Senior Project and Internships; Jan 28 in the Main Auditorium, Manalapan High School, Englishtown, NJ 07726, USA. Thank you to our partners, parents, and supporters, school administration, classmates, and teachers. Cover image depicts a photomosaic of the Science & Engineering Class of 2025.
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Vol. 1 No. 2 (2024)
From the cover: The electric potential, a scalar quantity, can be visualized by drawing equipotentials; isolines or level curves in which potential is a constant. The electric field, a vector field, points in a direction perpendicular to the equipotentials, down the gradient. These physics concepts might be important to consider when designing equipment that makes use of electric fields, such as in a low-cost gel electrophoresis rig. Here, researchers consider this problem. Electrophoresis is a technique where molecules can be sorted according to their charge and size. By characterizing the field and equipotentials within a prototype device, one could eventually predict the movement of various biomolecules of interest, such as fragments of DNA cut into parts at specific nucleotide sequences by restriction enzymes. Cover image: Pooja Thaker.
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Vol. 1 No. 1 (2024)
From the cover: Newton's second law relates force, mass, and acceleration and is often written as F = ma. In this special issue of Journal of Science & Engineering, researchers considered the validity of Newton's second law. Cover image: Rishith Kilaru. "The cover image is based on the lab setup commonly used in the experiments: a cart on a track connected to a weight by a string that rested on the pulley, but in a simplified style."