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Research Frontiers in Compact Object Binary Evolution Studies

Radio observation and modeling of binary systems containing neutron stars or black holes to constrain orbital dynamics and mass transfer processes.

Accretion-Driven Spin Evolution in Neutron Star Binaries
Gravitational Wave Signatures of Merging Compact Object Systems
Radio Transient Precursors to Compact Object Coalescence
Magnetic Field Amplification at the Accretion Stream Interface
Relativistic Jets from Black Hole-Neutron Star Mergers
Recycled Pulsars: Formation Pathways in Dense Stellar Environments
Radio Echoes from Compact Object Tidal Disruption Events
Orbital Decay and Mass Transfer Instabilities in Close Binaries
Cyclotron Line Physics in Ultra-Magnetic Neutron Star Systems
Pulsar Timing Array Sensitivity to Binary Evolution Timescales

All Radio Astronomy PhD categories