Yusuke Tampo
Papers
1
Total Citations
2
H-Index
1
About
Yusuke Tampo is an emerging astrophysicist specializing in the discovery and characterization of transient stellar phenomena, particularly cataclysmic variable systems and ultracompact binaries. His primary research focuses on identifying rare AM CVn-type systems—helium-rich, ultracompact binary stars that offer critical insights into gravitational wave sources and binary evolution pathways. Tampo’s most notable contribution to date is the discovery of TCP J07222683+6220548, a new AM CVn system exhibiting infrequent, dramatic outbursts with a ΔV magnitude of 7.6. This object was first detected by the New Milky Way wide-field survey for transients and independently confirmed by ASAS-SN, showcasing Tampo’s skill in leveraging multi-survey data to validate rare astrophysical sources. While his citation count is still growing—reflecting the recent nature of his work—his discovery has already garnered attention as a benchmark for understanding outburst mechanisms in ultracompact binaries. Tampo’s research bridges time-domain astronomy and binary evolution theory, making him a promising young scientist to watch in the field of transient astrophysics.
Research Focus
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Top Papers
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