Space Science

Space Science

 

Science for A New Era of Space Exploration

At NYU Abu Dhabi, researchers are exploring some of the universe’s most fundamental questions, advancing our understanding of the cosmos and helping shape the future of space exploration. As the UAE expands its ambitions through initiatives such as the Emirates Mars Mission and the UAE Space Strategy 2031, our research is contributing to the scientific foundations that will enable future discovery and innovation beyond Earth.

Understanding the Universe

Drawing on expertise in astrophysics, planetary science, and space research, our scientists investigate the forces and phenomena that govern the universe. Their work deepens our understanding of how galaxies form, how black holes behave, and what conditions might support life elsewhere in the cosmos.

Enabling Future Exploration

From studying the origins of the universe to exploring the potential habitability of other worlds, NYUAD researchers are generating discoveries that expand the frontiers of knowledge while supporting a nation investing in a new era of space exploration.

 

1

Lorem Ipsum

2

Lorem Ipsum

3

Lorem Ipsum

47

Lorem Ipsum

News Highlights

Could the Moon Become Our Next Home?

More than fifty years after Apollo, Dimitra Atri is asking a harder question — not whether humans can visit the Moon, but whether they can stay.

At the NYU Abu Dhabi Space Exploration Laboratory, Principal Investigator Atri is helping prepare for the UAE’s return to the lunar surface, tackling the challenges that could determine whether humans can one day live and work beyond Earth.

His team is focused on three problems that will be critical to making that possible: whether life’s chemical building blocks can survive on the Moon, how lunar dust damages equipment, and how radiation affects astronauts.

The lab has developed three experiments for the Emirates Lunar Mission. One will test ideas Atri has explored through computer models and data from orbiters and rovers.

“I have spent years modeling radiation and surface chemistry on worlds we could only observe from orbit or through rover data,” he says. “Now we get to send our own experiment, which we designed and built ourselves, and test our ideas directly on the lunar surface. That is a rare privilege for any planetary scientist.”

For Atri, the mission is more than a scientific milestone; it shows how Abu Dhabi’s research can contribute directly to global space exploration.

Putting Wireless Communications to Work

A single civilian drone can bring an entire aerial firefighting operation to a halt, causing critical delays in efforts to contain the blaze. With drones becoming increasingly affordable and accessible, one missed by pilots navigating heavy smoke could mean a catastrophic mid-air collision, putting human lives at risk and causing severe damage to vital firefighting aircraft.

NYU Abu Dhabi electrical engineering student Hugh Richards spent 10 weeks at NASA Glenn Research Center in Ohio studying how aircraft involved in wildfire operations can communicate safely and more reliably.

Unlocking New Insights into Galaxy Evolution

Researchers at NYU Abu Dhabi (NYUAD) have contributed to a landmark international astronomy project Sloan Digital Sky Survey  - V (SDSS-V) that is giving scientists around the world an unprecedented opportunity to investigate how stars are born, interact with the gas around them, and shape the evolution of galaxies.

Space Scientists 

Andrea Valerio Macciò

Humanity’s fascination with the stars predates recorded history, and our recent advancements in exploring the cosmos have revolutionized global communication and environmental monitoring.

David Russell

This work enables us to shed some light on the physics of accreting neutron star systems, and to understand how these explosive outbursts are triggered in the first place, which has puzzled astronomers for a long time.

Dimitra Atri

As Artemis missions evolve toward longer lunar stays and eventually permanent bases, radiation protection will become one of the defining engineering and biomedical challenges of human spaceflight.

Ian Dobbs-Dixon

Associate Professor of Physics; Global Network Associate Professor of Physics

Shravan Hanasoge

Space science cannot proceed forward without high-quality measurements. The data taken by billion-dollar space-based observatories can be used to make important scientific contributions

Andrea Valerio Macciò

Humanity’s fascination with the stars predates recorded history, and our recent advancements in exploring the cosmos have revolutionized global communication and environmental monitoring.

Ian Dobbs-Dixon

Associate Professor of Physics; Global Network Associate Professor of Physics

David Russell

This work enables us to shed some light on the physics of accreting neutron star systems, and to understand how these explosive outbursts are triggered in the first place, which has puzzled astronomers for a long time.

Dimitra Atri

As Artemis missions evolve toward longer lunar stays and eventually permanent bases, radiation protection will become one of the defining engineering and biomedical challenges of human spaceflight.

Centers and Labs exploring Space 

Center for Astrophysics and Space Science (CASS)

CASS isn't just researching space; we are compiling the definitive history of the Universe, one that reveals the interconnected forces shaping our past and charting the course for humanity's future.

Astroparticle Physics Lab

Part of the Center for Astrophysics Space Science (CASS), this experimental physics lab specializes in applying particle detection physics in instrument development, space science, and cultural heritage studies.

Galaxy Formation Group

NYU Abu Dhabi's Galaxy Formation Group uses state of the art numerical cosmological simulations to study galaxy formation and evolution during cosmic times with the aim to use the visible part of the Universe to unveil its dark side.

Partner with Us

number

email get in touch