Primordial Black Holes in the Multi-Messenger Era

Contribution List

2. Introduction

11/3/25, 2:40 PM

5. Calculating the PBH abundance (S. Young)

6. Compaction function from stochastic inflation (E. Tomberg)

13. CONSTRAINTS AND POSSIBLE OBSERVATIONAL EVIDENCE FOR PRIMORDIAL BLACK HOLES AND THEIR CLUSTERING (B. Carr)

12. Evaporating black holes: how the burden of their memory stabilizes them (M. Zantedeschi)

3. Final remarks and conclusions

9. Harvesting primordial black holes from stochastic trees (C. Animali)

11. Modeling accretion onto PBHs and its role on mostly CMB constraints (P.D. Serpico)

8. PBHs from Domain Walls and First-Order Phase Transitions (Y. Gouttenoire)

14. PRIMORDIAL BLACK HOLES AND THE “MEMORY BURDEN” EFFECT: OBSERVABLES (A. Boccia)) IN THE LOCAL UNIVERSE

16. Primordial Black Holesas probes of New Physics (M. Calza)

15. Recent analytical advancements on induced gravitational waves (G. Domenech)

7. Searching for PBHS with the CMB (Y. Ali Haimoud)

17. Searching PBH mergers in LVK data (G. Franciolini)

10. SINGLE FIELD INFLATION FOR PRIMORDIAL BLACK HOLES (H. Veermae)

4. Type II PBH formation (T. Harada)