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Dr. Ayanna Thomas 92 was the Keynote Speaker at the 2023 Student Research celebration.

A Joyous Occasion: The Bronx Science 2023 Student Research Celebration

Camila Kulahlioglu, Staff Reporter
July 21, 2023
Online fractal-generating software such as JWildfire are able to create aesthetic images from a diverse selection of basic patterns. This breathtaking fractal shows self-similarity through the white ring in the foreground and the tiny quartets which echo this shape deep into the background.

‘To See a World in a Grain of Sand’: A Deep-Dive Into the Universe of Fractal Infinities

Rajin Tahsan, Staff Reporter
March 14, 2023
Print out this crossword box so that you can fill in the answers.

April 2022 Crossword: Women in STEM Theme

Maggie Schneider, Staff Reporter
April 18, 2022
Mr. Li helps Iskander Khan 22 with an AP Calculus assignment during SGI.

The Beauty in Mathematics: A Profile of Mr. Li, Bronx Science Calculus Teacher

Johanna Doyle, Staff Reporter
April 10, 2022
“[My favorite part was] meeting a community of people who love science and having the opportunity to learn from them. Bonding over freaky fly mutants or trends in a dataset is the best and most memorable part of my research process, and definitely something I want to continue in college and in the future,” said Aliya Fisher ’22.

Bronx Science Honors Ten Regeneron Science Talent Search Scholars for 2022

Issay Niki, Staff Reporter
March 16, 2022
Here is one of Robert J. Lang’s original designs and compositions, entitled the Greater Kudu, folded from one uncut square of MC-sized Itajime. All of his works are displayed on his website: https://langorigami.com/

A Mathematician’s Origami: Robert J. Lang

Paromita Talukder, Staff Reporter
February 5, 2022
Grace Lorch ’22 discusses her science research project with Dr. Savaiano.

Seniors Reflect Upon Their Regeneron Science Talent Search Submissions

Benjamin Fishbein, Staff Reporter
February 1, 2022
Mr. Yang enjoys having fun with his students while teaching them math.

Mr. Yang: From a Specialized High School Student to a Teacher

Kate Hankin, Staff Reporter
February 1, 2022
The Lorenz Attractor is extremely sensitive to initial conditions. A negligible change in the starting point of one of its orbiting particles will change its trajectory entirely, but each set of initial conditions generates only one unique graph. This illustrates the apparent paradox that the universe can be both deterministic and wildly unpredictable.

Peter Turchin: The Magnetism of Mathematical History

Enza Jonas-Giugni, Staff Reporter
January 11, 2021
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