How Does Nature Build the Stellar Initial Mass Function? From Star-forming Cores to Compact OB Cluster
A colloquium connecting star-forming cores, compact OB-cluster assembly, and the origin of the stellar initial mass function.
A colloquium connecting star-forming cores, compact OB-cluster assembly, and the origin of the stellar initial mass function.
ALMA observations of a forming quadruple massive stellar system and its earliest assembly stages.
A controlled, multiscale view of massive-star and cluster formation along the 14-pc G316.8 filament.
High-resolution ALMA observations tracing the dynamical assembly of an exceptionally young quadruple massive-star system.
A multiscale perspective on mass assembly in massive protoclusters.
An observationally driven view of how massive protoclusters assemble and evolve.
Practical tutorials on the FITS data format, astronomical data processing, and RADEX spectral fitting.
A comparative ALMA study of fragmentation, accretion, contraction, and mass segregation in massive protoclusters.
ALMA observations tracing core growth, cluster contraction, and primordial mass segregation across massive-protocluster evolution.
A contributed talk presenting the ASHES-to-ASSEMBLE view of massive protocluster formation and evolution.
A dynamic view of how fragmentation, accretion, and cluster structure evolve during massive-protocluster formation.
A poster on how global collapse feeds dense cores in the massive hub-filament system SDC335.