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Noemie Globus

Co-I (Black Holes)

I am currently an Astrophysicist at the Kavli Institute for Particle Astrophysics and Cosmology, Stanford University, soon to be an Assistant Professor (Investigadora Titular A) at Instituto de Astronomía, UNAM, Ensenada, Baja California.

I have been working on modeling the central engine of relativistic jets, and modeled the multi-messenger signatures of cosmic-ray acceleration and neutrino emission. These secondary messengers reveal clues about the extreme environments around stellar, or supermassive, black holes. I have also been working on developing an alternative interpretation of how gas accretes onto a spinning black hole under a wide variety of conditions paying special attention to the means by which jets are launched and collimated. I associate this with a large scale wind emanating fin the disk and powered by the spinning black hole. This leads to very different scientific inferences from the results of EHT imaging of M87*. I am particularly excited by the prospect of putting these to observational test using future observations throughout the electromagnetic spectrum. 

Most of my research related to neutron stars and black holes has been carried out jointly with SCEECS members. I look forward to learning more on this fascinating research and to obtaining new results to advance our understanding of neutron stars and black holes.

Five recent relevant references

Globus, N. & Blandford, R. 2023, “Ultra High Energy Cosmic Ray Source Models: Successes, Challenges and General Predictions” Proc UHECR 2022 283

Globus, N., Fedynitch, A., Blandford, R., Treasure Maps for Detections of Extreme Energy Cosmic Rays, The Astrophysical Journal, 945:12

Blandford, R. & Globus, N. 2022 "Jets, Disks and Winds from Spinning Black Holes: Nature or Nurture?” Galaxies 10 89

 

Blandford, R. & Globus, N. 2022 “Ergomagnetosphere, ejection disk, magnetopause in M87 - 1, Global flow of mass, angular momentum, energy and current.” MNRAS 514 5141

Globus,  N., Levinson, A., The collimation of magnetic jets by disc winds, 2016, MNRAS 461, 3, 21 pp 2605

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