Joseph Gelfand
Associate Professor of Physics; Global Network Associate Professor of Physics
Affiliation: NYU Abu Dhabi
Education: PhD and AM Astronomy, Harvard University
Research Websites: Center for Astrophysics and Space Science
Research Areas: Supernovae, Stars, Pulsar Wind Nebulae

Joseph Gelfand's scholarly focus is core-collapse supernovae — the cosmic explosions believed to mark the death of the most massive stars, in particular, the neutron stars and pulsar wind nebulae formed in these events. More broadly, he studies radio and X-ray active galactic nuclei, high redshift radio galaxies, the acceleration and propagation of cosmic rays, and the evolution of massive stars. He is the lead author of a series of peer-reviewed articles in The Astrophysical Journal. He moves to NYU Abu Dhabi from NYU's New York campus, where he was a National Science Foundation Astronomy and Astrophysics Postdoctoral Fellow. Gelfand was the recipient of a Loomis Research Grant at Harvard and, as an undergraduate at Columbia University in New York, was a Rabi Scholar and the recipient of a Robert C. Byrd College Scholarship.
Gelfand is collaborating with other science professors at NYU Abu Dhabi to develop the innovative Foundations of Science cross-disciplinary curriculum for science and engineering majors and will be co-teaching the physics component. As a teaching fellow at both Harvard and Columbia, he taught or assisted teaching courses on introductory physics, advanced astronomy, and several courses for non-majors. Additionally, he has hosted a weekly radio show devoted to recent astronomical discoveries, highlighting the basic theories underlying modern physics, the recent thinking in the field, and questions that astronomers are working to answer, and looking to continue such public outreach in Abu Dhabi. Gelfand holds his PhD and an AM in astronomy from Harvard University and a BA in physics, magna cum laude, Phi Beta Kappa from Columbia University.
Courses Taught
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How did life form on Earth? How likely is it that life formed elsewhere in the universe? If it did, how can we find these beings? Was the formation of life in the universe a bygone conclusion? Answering these questions requires understanding the basics of biology, chemistry, and physics and has strong bearing on our understanding of the human condition and the sustainability of life on our planet. During this semester, students will discuss current models for how the necessary ingredients for life formed in the universe, the observational and experimental evidence for these theories, attempts by scientists and science fiction writers to imagine life in other parts of the universe, and the many questions which remain.
Prerequisite: Must be an NYU Abu Dhabi student and have not completed the Core: Colloquium requirement.
Previously taught: Spring 2017, Spring 2018, Spring 2019, Fall 2019, Spring 2020, Fall 2020, Summer 2021, Spring 2022, Fall 2022, Fall 2024
This course appears in...
- Core Curriculum > Colloquia
- Core Curriculum > Quantitative Reasoning
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2 credits
This course is intended to give students a deeper understanding of electricity and magnetism at the introductory level. It provides a necessary bridge between Foundations of Science 3-4 and the intermediate level course Electricity and Magnetism. The topics include derivations of divergence, gradient and curl, Stokes' Theorem, the Vector Potential, and origin of magnetic fields. The connection between electricity, magnetism, and special relativity is also explained, including time dilation, length contraction and other bizarre phenomena that occur when charges and other matter travel at velocities close to that of light.
Pre- or Corequisite: Foundations of Science 3-4
Previously taught: Fall 2016, Spring 2017, Fall 2017, Spring 2018, Fall 2018, Spring 2019, Fall 2019, Spring 2020, Fall 2020, Spring 2021, Fall 2021, Spring 2022, Fall 2022, Spring 2023, Spring 2024, Fall 2024
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Spring 2025;
14 Weeks
Wilson Andrew Tillotson - R 12:45 - 14:00 Taught in Abu Dhabi -
Fall 2025;
14 Weeks
F 10:50 - 12:05 Taught in Abu Dhabi
This course appears in...
- Majors > Physics
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Spring 2025;
14 Weeks
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This course concerns the analysis of the motion of physical systems subject to forces in the classical (Newtonian) framework. Classical mechanics is required to understand the physical behavior of our world and is the basis to approach quantum mechanics, statistical mechanics and particle physics. This course also provides an excellent arena within which students learn problem solving techniques. The course starts from a review of Newton's laws and moves to the Lagrangian and Hamiltonian formulations of mechanics. Topics in the course include central forces, the dynamics of rigid bodies, oscillations.
Prerequisites: Foundations of Science 1-4 and (MATH-UH 1022 or MATH-UH 2010)
Previously taught: Fall 2016, Fall 2017, Fall 2018, Spring 2019, Spring 2020, Spring 2021, Spring 2022, Spring 2023, Spring 2024
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Spring 2025;
14 Weeks
Fernando Quevedo - MW 14:10 - 15:25 Taught in Abu Dhabi
This course appears in...
- Majors > Mathematics
- Majors > Physics
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Spring 2025;
14 Weeks
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This course covers electromagnetism at the intermediate level. Electromagnetism is one of the fundamental forces underlying almost any kind of device that we use on a daily basis. Understanding electromagnetism is an indispensable element of a physicist's knowledge. The course introduces Maxwell's equations and their applications to physical problems. Topics in the course include electrostatics, magnetostatics, currents, and the propagation of electromagnetic waves.
Prerequisites: Foundations of Science 1-4
Previously taught: Spring 2017, Fall 2017, Fall 2018, Fall 2019, Fall 2020, Fall 2021, Fall 2022, Fall 2023, Fall 2024
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Fall 2025;
14 Weeks
MW 09:55 - 11:10 Taught in Abu Dhabi
This course appears in...
- Majors > Physics
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Fall 2025;
14 Weeks
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General Relativity is currently the leading description for gravity. This topic is important for determining the evolution and fate of the universe, to the motion of small objects in the Solar System and the Earth, and is perhaps the best tested theory in all of physics. This course will involve learning the basic mathematical framework of general relativity (including differential geometry and field equations), as well as applications to various topics in astronomy and astrophysics.
Prerequisite: MATH-UH 2010
Previously taught: Fall 2017, Spring 2020, Spring 2022, Spring 2024
This course appears in...
- Majors > Physics
- Majors > Physics > Astrophysics Electives
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This course is about the application of fundamental physics to understand observations of the universe, and the usage of astronomical phenomena to study physics. The course draws on all areas of physics. This not only includes mechanics, electricity and magnetism, quantum and statistical mechanics, but also nuclear physics, particle physics, optics, plasma physics, hydrodynamics, and both special and general relativity. This class focuses on a subset of important physical systems and concepts that have wide applicability to studying the universe as well as other areas of physics. Topics may include depending on student interests: generation and propagation of light, two-body and multi-body dynamics, stellar structure and evolution, stellar atmospheres, winds, shocks, accretion, and the consequences of strong gravity.
Prerequisites: Foundations of Science 1-6
Previously taught: Spring 2017, Fall 2019, Spring 2023
This course appears in...
- Majors > Physics
- Majors > Physics > Astrophysics Electives
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2 credits
While humans can only (by definition) see optical light, interstellar objects emit light across the entire electromagnetic spectrum. X-ray photons are emitted by some of the most energetic objects in the Universe: plasmas with temperatures of millions of degrees, and charged particles traveling nearly at the speed of light interacting with magnetic fields. In this course, students will learn about the different classes of astronomical sources, how modern satellites detect and measure the properties of X-ray photons, and how to analyze and interpret the data from such instruments.
Prerequisite: Foundation of Science 5-6: Physics
Previously taught: Spring 1 2021, Fall 1 2023
This course appears in...
- Majors > Physics > Astrophysics Lab Electives
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4-5 credits
This course covers advanced topics in physics and astrophysics. Possible subjects are: cosmology, planetary systems, compact objects, galaxy formation, radio-astronomy, experimental particle physics. The topic may vary each semester, reflecting the research areas of faculty and based on the students' interest.
Previously taught: Spring 2024
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Spring 2025;
14 Weeks
T 09:55 - 11:10 Taught in Abu Dhabi -
Spring 2025;
14 Weeks
Wilson Andrew Tillotson - R 09:55 - 12:35 Taught in Abu Dhabi -
Spring 2025;
14 Weeks
Joseph Gelfand - MW 09:55 - 11:10 Taught in Abu Dhabi
This course appears in...
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Spring 2025;
14 Weeks
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The senior capstone experience in Physics requires students to engage in a long-term, mentored learning experience that culminates in a piece of original research and/or scientific theory. The specific project is developed during their junior year as part of the Research Seminar in Physics.
Prerequisite: PHYS-UH 3090
Previously taught: Fall 2016, Spring 2017, Fall 2017, Spring 2018, Fall 2018, Spring 2019, Fall 2019, Spring 2020, Summer 2020, Fall 2020, Spring 2021, Fall 2021, Spring 2022, Fall 2022, Spring 2023, Fall 2023, Spring 2024, Fall 2024
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Spring 2025;
14 Weeks
Francesco Arneodo - Taught in Abu Dhabi -
Spring 2025;
14 Weeks
David Russell - Taught in Abu Dhabi -
Spring 2025;
14 Weeks
Francesco Paparella - Taught in Abu Dhabi -
Spring 2025;
14 Weeks
Andrea Valerio Maccio - Taught in Abu Dhabi -
Spring 2025;
14 Weeks
Andrea Valerio Maccio - Taught in Abu Dhabi -
Fall 2025;
14 Weeks
Taught in Abu Dhabi -
Fall 2025;
14 Weeks
Francesco Arneodo - Taught in Abu Dhabi -
Fall 2025;
14 Weeks
Andrea Valerio Maccio - Taught in Abu Dhabi -
Fall 2025;
14 Weeks
Ingyin Zaw - Taught in Abu Dhabi -
Fall 2025;
14 Weeks
Ahmed Almheiri - Taught in Abu Dhabi -
Fall 2025;
14 Weeks
David Russell - Taught in Abu Dhabi
This course appears in...
- Majors > Physics
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Spring 2025;
14 Weeks
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This course is a continuation of Capstone Project in Physics 1. During the Capstone Project in Physics 2, the proposed work comes to fruition in the form of a research paper along the lines of those in leading journals in the field. Students also participate in a capstone research symposium during which they present their work orally.
Prerequisite: PHYS-UH 4001
Previously taught: Spring 2017, Spring 2018, Fall 2018, Spring 2019, Fall 2019, Spring 2020, Fall 2020, Spring 2021, Fall 2021, Spring 2022, Fall 2022, Spring 2023, Fall 2023, Spring 2024
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Spring 2025;
14 Weeks
Taught in Abu Dhabi -
Spring 2025;
14 Weeks
Ingyin Zaw - MW 15:35 - 16:50 Taught in Abu Dhabi -
Spring 2025;
14 Weeks
Andrea Valerio Maccio - Taught in Abu Dhabi -
Spring 2025;
14 Weeks
George Shubeita - Taught in Abu Dhabi -
Spring 2025;
14 Weeks
Francesco Paparella - Taught in Abu Dhabi -
Spring 2025;
14 Weeks
Francesco Arneodo - Taught in Abu Dhabi -
Spring 2025;
14 Weeks
Maria Baias - Taught in Abu Dhabi -
Spring 2025;
14 Weeks
Joseph Gelfand - Taught in Abu Dhabi -
Spring 2025;
14 Weeks
David Russell - Taught in Abu Dhabi -
Spring 2025;
14 Weeks
Ahmed Almheiri - Taught in Abu Dhabi
This course appears in...
- Majors > Physics
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Spring 2025;
14 Weeks
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2 credits
This is the Physics component for Foundations of Science 5.
Prerequisite: Foundations of Science 4
Corequisites: SCIEN-UH 1501 and SCIEN-UH 1503Previously taught: Fall 1 2017, Spring 1 2018, Fall 1 2018, Spring 1 2019, Fall 1 2019, Spring 1 2020, Fall 1 2020, Spring 1 2021, Fall 1 2021, Spring 1 2022, Fall 1 2022, Spring 1 2023
This course appears in...
- Majors > Foundations of Science
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2 credits
This is the Physics component for Foundations of Science 6.
Prerequisite: Foundations of Science 5
Corequisites: SCIEN-UH 1601 and SCIEN-UH 1603Previously taught: Fall 2 2017, Spring 2 2018, Fall 2 2018, Spring 2 2019, Fall 2 2019, Spring 2 2020, Fall 2 2020, Spring 2 2021, Fall 2 2021, Spring 2 2022, Fall 2 2022, Spring 2 2023
This course appears in...
- Majors > Foundations of Science