A. High-energy gamma rays

• Pevatrons sources
• Pulsar halos
• GRBs at VHE
• Galactic TeV/PeV diffuse emission
• EBL measurements
• LIV and PBH evaporation searches

B. High-energy cosmic rays

• Cosmic rays and molecular clouds
• Modelling diffuse emission
• UHECR spectrum and anisotropy

C. High-energy neutrinos

• Sources of high-energy neutrinos
• Astrophysical neutrinos searches
• Diffuse HE neutrino flux
• Fundamental physics with neutrinos
• Neutrinos from the Sun

D. Galactic and Extragalactic sources

• Supernova remnants
• Stellar clusters
• Microquasars
• Millisecond pulsars
• AGN and blazars

E. Gravitational Waves

• GW detection
• Source population
• Limits on GR
• Cosmology with GW
• Compact object binaries

F. Transients: Time domain and multi-messenger astronomy

• GRBs
• Kilonovae
• FRBs
• HE neutrino follow-up
• HE/VHE gamma-ray follow-up

A. Dark Matter: WIMPs, Axions and alternatives

• WIMPs, light DM
• Axions, ALPs
• Primordial black holes
• TeV WIMP searches and prospects
• ALP searches in gamma rays
• Gravitational and early-universe probes of dark matter

G. Cosmology

• Constraining cosmology with CMB anisotropies
• Optical surveys and weak lensing
• Large Scale Structures and Peculiar velocities
• Probing EoR (Epoch of Reionisation) and Dark Energy of the 21cm hydrogen line

H. Future experiments/facilities

• Ground-based : CTA, LACT, SWGO, HUNT, Pone, IAXO, ET, SPEC-5, MUST, ...
• Space-based : AMEGO, ATHENA, COSI, LISA, ...