LaGuardia scholars Camille Enderlin and Lenin Nolasco illuminate the elusive dynamics of stellar dimensions, defining a typical Neutron Star's radius as approximately 10 km and a White Dwarf's as approximately 8,000 km. Their work unravels the intricate balance between gravitational and Fermi-Gas pressures, offering fresh perspectives on these celestial bodies.
In this research, Oscar J. Rivera, a student from LaGuardia, under the guidance of Dr. Yves Ngabonziza, eloquently demonstrates the interplay between temperature and the structural integrity of composite cantilever beams. Using Finite Element Analysis, Rivera explores thermal stresses, strains, and displacement, presenting a compelling case for selecting composite materials with comparable coefficients of thermal expansion and Young's modulus to ensure enhanced stability in extreme thermal conditions.
Cover Image by Oscar J Rivera
LaGuardia students Daniel Gallego, Edda Hobuss, and Layla Xholi participated in a week-long workshop organized by the University of Maryland called GRAD-MAP. During this intense week, they had the chance to meet great physicists, tour labs and observatories, be introduced to Python, and gain some research experience. In this article, they share their experience and invite students to apply to this interesting program.
Cover: Image of an asteroid captured by NASA (Photo: NASA/JPL/JHUAPL).
This work was done by LaGuardia students Daniel Gallego and Layla Xholi as a part of the Honors “General Physics I” class, Fall 2021.
The authors studied Lagrange points and tried to locate them in any given binary star system. The obtained equations were applied to both a Sun-Earth-Moon scenario as well as a binary star system. Using Python they mapped the potential energy of various binary systems with different mass ratios and identified their respective Lagrange points.
Today the Lagrange points of our Earth-Sun system are of special interest as the point furthest from the Sun, also known as L2, hosts NASA's newest and most powerful James Webb Telescope.
If it is possible to write rhymes with equations and formulae then this article written by LaGuardia professors Tao Chen and Roman Senkov is a poem full of wonderful mathematical tricks and true magic. You will learn how to calculate infinite series, continued fractions, nested roots and more.
by LaGuardia Honors students Charles Lee-Georgescu and Ahn Vo
Ever wonder how long it takes for a massive black hole to spiral into the center of a galaxy? The authors of this article take a close look at the effects of dynamical friction on orbital decay to see how estimations like this are made.
The article tells the story of the most advanced scientific rover ever built, the Mars 2020 Perseverance Rover, that has just landed on the Red Planet. This is an ambitious mission that links the fields of astronomy, physics, geology, chemistry, and biology.
Cover Image: this high-resolution image shows one of the six wheels aboard the rover. Image Credit: NASA/JPL-Caltech
from Planetary Rings to Diffusion and Brownian Motion
Five interdisciplinary research projects conducted by students in Spring 2020 Honors College Physics II and Computer Science classes and supervised by Dr. Doyel Pal and Dr. Roman Senkov.
Cover Image © NASA/JPL/Space Science Institute
by Karamoko Soumahoro
Karamoko is a former LaGuardia student who changed his major to physics. After graduating from LaGuardia he went to Stony-Brook University where he received a Bachelor's degree in physics.
by LaGuardia students Josselyn Velasquez and Bai Huang
This research project was done as a part of Honors "College Physics I" class.