Multi-wavelength observations: broad-band SED, spectroscopy, polarimetry:
Spectral evolution of microquasars during outburst: what are the issues? N. Degenaar (University of Amsterdam, The Netherlands)
X-ray polarimetry of microquasars: from theory to observations: M. Dovciak (Astronomical Institute of the Academy of Sciences of the Czech Rep.)
Accretion-ejection connection:
Accretion-ejection connection : theory: J. Ferreira (University Grenoble Alpes, France)
Accretion-ejection connection : observations: S. Corbel (Université Paris Cité and Observatoire de Paris, France)
Outflows (jets, winds):
Outflows: winds, the multi-wavelength perspective: T. Munoz-Darias (Instituto de Astrofísica de Canarias, Spain)
Outflows: winds, physical origin: D. Kazanas (Goddard Space Flight Center, USA)
Outflows: jets, physical constraints from broad-band SED: A. Tetarenko (Texas Tech University, USA)
Outflows: jet propagation: the MeerKAT view: R. Fender (University of Oxford, UK)
Formation, evolution, and merging:
Formation, evolution, and merging: theory/simulations: M. Mapelli (University of Padova, Italy)
Formation, evolution, and merging: observations: A. Fragkos (University of Geneva, Switzerland)
Mass and spin from X-ray observations: T. Belloni (Osservatorio Astronomico di Brera, Italy)
Timing properties:
Timing properties of microquasars: multiwavelength approach: P. G. Casella (Roma Astronomical Observatory, Italy)
Timing properties of microquasars: observations and modelling: B. De Marco (Universitat Politecnica de Catalunya, Spain)
Timing properties of microquasars: what about QPO? M. Mendez (University of Groningen, The Netherlands)
Theory/modeling/simulation:
Global evolution of XrB: from theory to observations: A. Zdziarski (N. Copernicus Astronomical Center, Poland)
Global evolution of XrB: numerical simulations: G. Musoke (University of Amsterdam, The Netherlands)
XRBs/ULXs/AGN :
From XrB to ULX and AGN: C. Done (University of Durham, UK)
Compact object environment: the EHT view: D. Haggard (McGill University, Canada)