Tasks related to Nordita

For tasks related to Bologna, see Franco's COSMOMAG-Bologna page.

T2.1 Study of initial conditions: how should one model the initial stages of the evolutionary track? → Paper 5

T2.2 Evolutionary tracks throughout cosmological epochs (PD-B2)

T2.3 Co-evolution of PMF and the LSS from recombination to today (PD-B1)

T2.3.1 A survey of magnetization of galaxy feedback: how much can galaxy evolution pollute the cosmic web with magnetic fields? → Paper 1

T2.4 Modeling of gamma-ray, radio, and UHECR signals (APC & UniBo)

T2.4.1 Constrained simulations of local cosmic structure (APC & UniBo): can we accurately simulate and trace signatures of cosmic magnetism in the Local Universe? → Paper 4

T3.1 Primordial magnetic field and the SGWB (PD-B1, PD-B3)

T3.1.1 Modeling of the SGWB signal (PD-B3)

T3.2 Primordial magnetic field and the CMB

Papers acknowledging COSMOMAG

5. Iarygina, O., & Brandenburg, A.: 2026, “Primordial turbulence from inflation: a new inflaton-driven turbulent regime,” Phys. Rev. Lett., to be submitted (arXiv:2609.10326 , ADS , HTML)
4. Brandenburg, A., Ntormousi, E., & Schober, J.: 2026, “No evidence of vorticity production from irrotational turbulent gravitational collapse yet,” Astrophys. J., in press (arXiv:2607.01207 , ADS , HTML)
3. Brandenburg, A., Cielo, M., Iarygina, O., Vazza, F.: 2026, “Isochrones in primordial magnetic field evolution,” Astron. Astrophys., submitted (arXiv:2606.10863 , ADS)
2. Kumar, V., & Brandenburg, A.: 2026, “Magnetic Prandtl number dependence of plasmoid-mediated reconnection,” J. Plasma Phys., submitted (arXiv:2605.18946 , ADS)
1. Brandenburg, A., Ghosh, O., Vazza, F., & Neronov, A.: 2026, “Magnetic field spreading from stellar and galactic dynamos into the exterior,” Astrophys. J. 1002, 165 (arXiv:2512.17770 , ADS , DOI , HTML , PDF)

$Date: 2026/09/15 08:13:21 $, $Author: brandenb $, $Revision: 1.12 $