Year | Lead Au. | Title (abridged) | Approach | Where | Why | Cited |
1957 | Frye | Gravity | Turnaround | Fast A clock | 3 | |
1959 | Scott | 4 methods | Travel | Various | 4 | |
1959 | Romer | Single frame | Travel | Not in accel. | 11 | |
1960 | Swann | Certain Matters in Relation to [SRT]… | Frame switch | Travel | Velocity chg | 2 |
1972 | Muller | The Twin Paradox in Special Relativity [11] | Frame switch | Turnaround | Clock sync | 9 |
1979 | Perrin | … point of view of each twin [12] | Gravity | Turnaround | Fast A clock | 14 |
1980 | Staunton | Graphical intro. To the special theory… [13] | Doppler | Turnaround | accel. forces | n/a |
1981 | Unruh | Parallax distance, time, and the twin… [14] | Parallax | Turnaround | Velocity chg | 16 |
1982 | Good | …accelerated reference frame and twin… [15] | Length | Travel | Length | 11 |
1985 | Bohm | Active interpretation of the Lorentz boosts [16] | Frame switch | Travel | Clock sync | 7 |
1988 | Blatter | Aberration and Doppler shift [17] | Doppler | n/a | n/a | 16 |
1989 | Boughn | The case of the identically accelerated twins [18] | No B view | Travel | Clock sync | 27 |
1996 | Debs | Twin...conventionality of simultaneity [19] | Frame switch | Meaningless | Distance | 43 |
1996 | Price | ...twins and their special relatives [20] | Frame switch | Meaningless | Clock sync | 6 |
1997 | Gruber | Zero time dilation in an accelerating rocket [21] | Single frame | Travel | Not in accel. | 14 |
2000 | Cranor | A circular twin paradox [22] | Circular | Start | Clock sync | 18 |
2001 | Dolby | On radar time and the twin paradox [23] | Radar time | Travel | accel&dura. | 33 |
2005 | Eagle | A note on Dolby and Gull on radar time… [24] | Frame switch | n/a | see Debs | 1 |
2005 | Minguzzi | Differential aging from acceleration [25] | Single frame | Travel | accel&dura. | 18 |
2007 | Styer | How do two moving clocks fall out of sync? [26] | Gravity | Turnaround | Fast A clock | 12 |
2008 | Müller | A trip to the end of the universe… [27] | Doppler | n/a | n/a | 4 |