Looped
Power Plant
| S 1 | Ep 24a | 2016/07/30 |
| TV Series Episode | 22 min | |
| COM FAN | Canada | |
Theo plants a flower, that grows rapidly out of control and absorbs all of Port Doover's electricity.
Looped
Back In The Saddle
| S 1 | Ep 24b | 2016/07/30 |
| TV Series Episode | 22 min | |
| COM FAN | Canada | |
McGal and Spritz lose their jobs as time police for failing to find the culprits behind the looping of Monday, 12th.
Looped
Glitch Girl
| S 1 | Ep 25a | 2016/08/06 |
| TV Series Episode | 22 min | |
| COM FAN | Canada | |
Theo joins an all-girls roller skating team to get closer to Gwyn.
Looped
A Fortuitous Future
| S 1 | Ep 25b | 2016/08/06 |
| TV Series Episode | 22 min | |
| COM FAN | Canada | |
Curious about what their lives will be like after Monday 12th, Luc and Theo meet a fortune teller.
Looped
Balanced Breakfast - Part 1
| S 1 | Ep 26a | 2016/08/13 |
| TV Series Episode | 22 min | |
| COM FAN | Canada | |
The loop is out of control and glitches are popping up all over Port Doover.
Looped
Balanced Breakfast - Part 2
| S 1 | Ep 26b | 2016/08/13 |
| TV Series Episode | 22 min | |
| COM FAN | Canada | |
Luc and Theo have to get the original box of Loopy Loops Cereal in order to keep the Loop intact.
Looper
| 2012/09/28 | ||
| Film | 119 min R | |
| ACT CRI SF | USA | |
In 2074, when the mob wants to get rid of someone, the target is sent 30 years into the past, where a hired gun awaits. Someone like Joe, who one day learns the mob wants to 'close the loop' by transporting back Joe's future self.
The Loose Ends Stories
| S - | Ep - | 1997/05/ |
| Short Story | - min | |
The Loose Ends Stories: Late Lessons
| S - | Ep - | 1999/10/ |
| Short Story | - min | |
The Loose Ends Stories: Little Differences
| S - | Ep - | 1998/06/ |
| Short Story | - min | |
The Loose Ends Stories: Loose Ends
| S - | Ep - | 1997/05/ |
| Short Story | - min | |
"Loot Of Time"
| S - | Ep - | 1938/12/ |
| Short Story | - min | |
Lord Conrad's Lady (Adventures of Conrad Stargard, Book 5)
Adventures of Conrad Stargard, Book 5
| S - | Ep - | 1990/08/13 |
| Novel | - min | |
The modern-day time-traveling hero, Conrad Stargard, returns to medieval times where Countess Francine, his wife, complicates Conrad's swashbuckling life. Written by Leo Frankowski.
Lord Rudington - A Stitch in Time
| Film | - min | |
Lord Rudington - No Time To Waste
| Film | - min | |
Lord Sunday
| S - | Ep - | 2010/02/01 |
| Novel | 336 min | |
| YA | ||
The last installment of The Keys to the Kingdom, a series of seven young adult fantasy novels by Garth Nix, the main character's mother is stuck within a time-loop. Lord Sunday is the first son of The Old One and The Architect. He wields the seventh Key, and rules The Incomparable Gardens. He has ultimate authority in the House, but tends to leave the charge of the day-to-day affairs to his next-in-command, Superior Saturday, who has sought to prevent the implementation of the Architect's Will. One of the Seven Trustees, Lord Sunday defied the Seventh Part of the Will of his mother and, along with six other Trustees, keeping his demesne and Key for himself rather than yielding it to a human heir, believing that the transition of the Architect's powers and authority to a mortal to be inappropriate. He reveals that he only defied the Architect so that he could keep on tending to his Garden. Each of the Trustees is afflicted with a deadly sin. Six of the seven have been portrayed, leaving only pride for Lord Sunday.
"Lords of 9016"
| S - | Ep - | 1938/04/ |
| Short Story | - min | |
The Lords of Magick
| 1989/06/12 | ||
| Film | 98 min PG-13 | |
| FAN COM | USA | |
Accused of sorcery, two 10th-century wizards (Jarrett Parker, Mark Gauthier) go to Los Angeles 1,000 years in the future. A pair of sorcerer brothers from 10th-century England show up in modern-day California and wreak havoc.
Los Fruittis
La maquina del tiempo
| S 1 | Ep 77 | |
| TV Series Episode | 25 min | |
| FAM | Spain | |
Roly travels back in time, and gets to meet his great-great-grandparents while they were still a pair of young lovebirds. He has to ensure that they get married - otherwise the course of history may change, and he will never come into existence! But before he succeeds he must thwart the plans of an evil pretender.
Loschmidt's Paradox
| S - | Ep - | 1874// |
| - min | ||
Loschmidt's paradox, first published by Sir William Thomson, 1st Baron Kelvin, in 1874,[1] also known as the reversibility paradox, is the objection that it should not be possible to deduce an irreversible process from time-symmetric dynamics. This puts the time reversal symmetry of (almost) all known low-level fundamental physical processes at odds with any attempt to infer from them the second law of thermodynamics which describes the behaviour of macroscopic systems. Both of these are well-accepted principles in physics, with sound observational and theoretical support, yet they seem to be in conflict; hence the paradox. Johann Loschmidt's criticism was provoked by the H-theorem of Boltzmann, which was an attempt to explain using kinetic theory the increase of entropy in an ideal gas from a non-equilibrium state, when the molecules of the gas are allowed to collide. In 1876, Loschmidt pointed out that if there is a motion of a system from time t0 to time t1 to time t2 that leads to a steady decrease of H (increase of entropy) with time, then there is another allowed state of motion of the system at t1, found by reversing all the velocities, in which H must increase. This revealed that one of Boltzmann's key assumptions, molecular chaos, or, the Stosszahlansatz, that all particle velocities were completely uncorrelated, did not follow from Newtonian dynamics. One can assert that possible correlations are uninteresting, and therefore decide to ignore them; but if one does so, one has changed the conceptual system, injecting an element of time-asymmetry by that very action. Reversible laws of motion cannot explain why we experience our world to be in such a comparatively low state of entropy at the moment (compared to the equilibrium entropy of universal heat death); and to have been at even lower entropy in the past.