linkedin post 2021-07-29 17:18:42

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HYDROGEN ENVELOPE. “Our work poses the question of what happens to a WD in an eccentric orbit around a BH that has already lost its hydrogen envelope in a runaway fusion event. The absence of a hydrogen envelope will change the behaviour of gravity waves near the surface of the WD and may reduce tidal dissipation.” (WD = white dwarf; BH = black hole). https://lnkd.in/djnsGi4 View in LinkedIn
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linkedin post 2021-07-30 04:32:40

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1888 NEW ENGLISH DICTIONARY PREFACE. “The preparation of this volume has taken a much longer time than any of the promoters of the work anticipated. The time has been consumed chiefly in two directions: first with the larger articles, as those on At, By, But, Be, Bear, Break, the construction of which has occupied many days, sometimes even weeks.” https://lnkd.in/dwUqBGd View in LinkedIn
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linkedin post 2021-07-30 04:27:33

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VALIDATION OF MATHS. “In such WD–WD binaries, the physics of tidal dissipation studied in this paper can be directly applied, and equations (11)–(13) remain valid. In fact, the BH mass scales out if one expresses the pericentre distance in terms of the dimensionless parameter η.” (WD = white dwarf; BH = black hole). https://lnkd.in/djnsGi4 View in LinkedIn
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linkedin post 2021-07-30 04:26:12

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IMPLICATIONS. “Our study of tidal dissipation in eccentric WD–MBH binaries can be easily adapted to other problems. For instance, WD–WD binaries with extreme eccentricities may be produced in triple systems, which could lead to direct WD–WD collisions and Type Ia supernovae.” (WD = white dwarf; MBH = massive black hole). https://lnkd.in/djnsGi4 View in LinkedIn
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