Noa received a Fulbright Postdoctoral Fellowship to conduct research in gravitational physics.

Noa graduated cum laude with a BSc in physics-mathematics from the Technion- Israel Institute of Technology, where she then pursued her PhD, titled "Semiclassical effects in black hole interiors”, under Professor Amos Ori. Her research focused on the interior of a black hole, which is the region concealed beyond the event horizon – the famous “point of no return” defining a black hole. Classical general relativity predicts that rotating black holes contain a traversable passage through an inner horizon, potentially leading to another external universe. But does this prediction still hold when considering the quantum nature of matter, or even of the vacuum? Motivated by this long-standing question, Noa performed pioneering computations that demonstrate, firmer than ever, that vacuum quantum effects induce a curvature singularity at the inner horizon. Her findings set the stage for further investigation during her fellowship.

Alongside her research, Noa is dedicated to science communication, engaging in outreach activities for various audiences.

Partial publication list:

N. Zilberman, M. Casals, A. Ori and A. C. Ottewill, “Quantum fluxes at the inner horizon of a spinning black hole”, Physical Review Letters, 129, 261102 (2022).

N. Zilberman, M. Casals, A. Ori and A. C. Ottewill, “Two-point function of a quantum scalar field in the interior region of a Kerr black hole”, Physical Review D, 106, 125011 (2022).

N. Zilberman, A. Levi and A. Ori, “Quantum fluxes at the inner horizon of a spherical charged black hole”, Physical Review Letters, 124, 171302 (2020).