Unsolved Mystery
Scientists like Francesco Arneodo and Lotfi Benabderrahmane
have spent decades searching for something they can’t see.
Doctoral students in physics at NYU Abu Dhabi conduct research in a number of labs within the Division of Science. Physics at NYU Abu Dhabi is concentrated in the following areas:
Life may be complex, but it still follows the laws of physics. From the folding of single proteins and RNA molecules to the self-assembly of organelles and the emergence of multicellular structures, biophysics seeks to uncover how simple physical principles give rise to living complexity. At NYU Abu Dhabi, we study how molecules organize into dynamic compartments, how reaction networks with feedbacks generate spontaneous patterns, and how these processes scale up to orchestrate signalling, tissue formation, and collective behaviours across organisms and ecosystems. By bridging molecules to matter, and physics to life, our research reveals how living systems build order and function from the bottom up.
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State-of-the-art Techniques:
Ordinary matter constitutes less than a fifth of the total matter of the universe; the rest is in the form of dark matter. Identifying dark matter's nature and properties is among the most pressing pursuits in the particle physics community, creating a bridge between astrophysics and particle physics.
The Universe spans all scales, from the subatomic particles believed to comprise Dark Matter, which dominates the mass in the Universe, to large scale structures which span the observable universe.
Please visit the NYUAD PhD in Astrophysics & Space Systems program page for more information.
Exciting research is happening at NYU Abu Dhabi.
Scientists like Francesco Arneodo and Lotfi Benabderrahmane
have spent decades searching for something they can’t see.
“By looking at black holes, we can learn something about the evolution of galaxies," say physicists Ingyin Zaw and David Russell.
The simulated birth and evolution of a virtual galaxy — billions of years of space activity was envisioned by Andrea Macciò, Associate Professor and Program Head of Physics.
Professor Andrea Macciò has been searching his entire life for something that science knows is there but has never seen.
This is the first time that cargo carried by motor proteins have been studied both in their native cell and in a setting that imitates the crowded cellular environment.