.. Scarlet Zen Circuit Breaker, played by Kendra Leigh Wilkinson: ..".. I am the sworn nemesis of machines like Annihilus and Ultron, but there is a cyborg named Avdotya Govoreel....... and I have a fascinating relationship with her"

.. nightingale mist the second of planet apocalips: ..".. Loki: ..'what.. because I'm the monster that parents tell their children about at night?..' .. Sigyn: ..'.. I NEVER thought that..' .. sob sob" .. .. https://www.youtube.com/watch?v=dXDRgpH81UY&list=RDdXDRgpH81UY&start_radio=1 .. in the inwards of this URL .. watch?vivien .. distant eXcellent Disc Righteous gus pencilling Hours Eight One Universe Yoriba .. three dollars.. stochastic disturbance terms.. issue eight twenty three paul dini / joe benitez poison ivy pamela isley kate moss megan d. iseult hyacinth "The Baroness" ryder.. stochastic disturbance terms.. three dollars..

.. copy and pasted from the website titled "Daily Mail" .. article written by Wiliam Hunter..

Daily Mail 2.2M Followers How time travel could work: Scientists have uncovered a way to send messages into the past Story by Wiliam Hunter • 2d • 4 min read Time machines may seem better suited to science fiction than the physics lab, but experts say this futuristic technology could become a reality. Researchers have revealed how time travel could really work by using the laws of quantum physics. While their method won't let you hop back to the time of the dinosaurs, scientists say it could be possible to send messages into the past. The researchers even say this mind–bending technique would work just like in Christopher Nolan's sci–fi epic, Interstellar. In the movie, an astronaut played by Matthew McConaughey sends a message to his daughter in the past by moving the hands on her watch. Although the reality wouldn't be so cinematic, the researchers argue that this 'causal loop' resembles the way real time travel would work. Co–author Dr Kaiyuan Ji, a researcher at Cornell University, told New Scientist: 'The father remembers how the daughter decodes his future message. 'So he can instruct himself on what is the best way to encode the message.' Scientists have uncovered a way to send messages backwards in time, and they say it works just like a scene from Christopher Nolan's sci–fi epic Interstellar Scientists have uncovered a way to send messages backwards in time, and they say it works just like a scene from Christopher Nolan's sci–fi epic Interstellar It might seem surprising, but there is actually nothing in the laws of physics as we understand them that makes time travel impossible. According to the laws of general relativity, which are the best description of the universe we have, everything moves through the fabric of space and time on a set path. Related video: A common sci-fi dilemma explained (StarTalk) StarTalk A common sci-fi dilemma explained Video Player is loading. Current Time 0:00 / Duration 0:40 0 View on Watch View on Watch One possible path that something can follow is known as a closed time–like curve (CTC). Something travelling on a CTC moves into the future before looping back on itself via the past to end up exactly where it started. The laws of physics allow for these loops to form, but actually making one on a large scale requires twisting spacetime with a literally infinite amount of energy. However, on the very, very small scale, structures like CTCs might form naturally through the laws of quantum physics. On the quantum level, two particles can become 'entangled', which means that what happens to one particle affects the other even if they are light–years apart. One possible way to explain this effect, which Einstein called 'spooky action at a distance', is to say that one particle is actually sending messages backwards in time to the other. The laws of physics allow for the creation of 'closed time–like curves', structures in spacetime like wormholes that loop backwards in time. On the quantum scale, scientists say these can be created using entangled particles The laws of physics allow for the creation of 'closed time–like curves', structures in spacetime like wormholes that loop backwards in time. On the quantum scale, scientists say these can be created using entangled particles How to send a message back in time Create a quantum system with two entangled particles. These particles form a closed time–like curve. Altering one particle creates a change in the other, sending information backwards through time. If you remember how the message was decoded in the past, you can use this to change how you encode the message in the future. That allows you to send legible messages, no matter how noisy the connection is. Rather than assuming that they are part of one massive system or that they are sending information faster than light speed, the particles' 'sensitivity' is explained by their receiving messages in the past that tell them how to react later. That might sound absolutely mad, but in 2010, scientists actually came up with a way of mimicking closed time–like curves using entangled particles. Professor Seth Lloyd, a quantum physicist from the Massachusetts Institute of Technology, says: 'It was the equivalent of sending a photon a few nanoseconds backwards in time, and having it try to kill its former self.' What this creates is a bit like a telephone with a direct connection to another device a few moments earlier. In theory, you could use something like this to pass messages back to yourself in the past. Just like a real phone line, the connection on a CTC isn't always going to be perfect, and noise or disruption will make it hard to pass information with 100 per cent accuracy. Professor Lloyd says: 'Nobody's built an actual physical, closed time–like curve, and there are reasons to think it's very hard to make one. But all channels are noisy.' This is where an insight from Matthew McConaughey in Interstellar comes in handy. In Interstellar, an astronaut played by Matthew McConaughey sends a message to his daughter in the past by moving the hands on her watch. Since he knows how his daughter decodes the message, he can encode it in a way that makes the information legible In Interstellar, an astronaut played by Matthew McConaughey sends a message to his daughter in the past by moving the hands on her watch. Since he knows how his daughter decodes the message, he can encode it in a way that makes the information legible In their new paper, accepted for publication in Physical Review Letters, Professor Lloyd and his co–authors write: 'The father, who is in the future, may retrieve his memory of past events he has witnessed, even including the daughter's decoding of the message which he is about to send! Leadgen logo Daily Mail Become a DC Insider! Daily Mail’s politics newsletter, delivered to your inbox Sign up now 'It would thus not be surprising that he will consult his memory of the daughter's decoding when encoding his message, so as to maximize the efficiency of the communication.' Essentially, if you've already watched someone struggle to piece together your garbled message, you should know how to send it so that it's easier for them to decode. Even if the connection is very noisy, a backwards time–travelling message would still be legible. The slightly weird conclusion of this is that sending messages backwards in time is likely to be clearer than sending a message in normal time. Although no one has built a real closed time–like curve, Professor Lloyd says it should be fairly easy to turn this new idea into an experiment on the quantum level. That could let scientists investigate how information is transmitted through 'noisy channels' and even improve real–life communication methods. Read more Sponsored Daily Mail Visit Daily Mail Furious mum confronts man after he made an inappropriate comment to her teen daughter See the hilarious moment a young AFL fan grabs the match ball and runs straight out of the stadium Ex-Vanderbilt QB Diego Pavia ripped by fans after training footage with the Ravens goes viral Sponsored

.. Kyle Abbot, played by Kevin Bacon: ..".. Was Ms. Magazine once La Leche League.. was the feminist organization called 'NOW' also.. originally.. La Leche League?"

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.. Kyle Abbot, played indomitably by Kevin Bacon: ..".. Erin Mckillem, the first woman tortured.. for being on 'Dancing with the Stars.. Holly Madison, the worst woman killed.. killed.. killed.. for being on 'Dancing with the Stars'

.. Kendra Wilkinson plays a truly horrific woman, a female author, a satanically, sadistically feminist female author, who writes about baby battering, a female author named 'Jean Renvoize'.. I'm wondering about Ren.. Kylo Ren.. Ren voice.. Ren voice.. Kylo Ren's voice.. the last name 'Renvoize'.. This is when the Geoffrey Wright Magneto movies about the Grant Morrison Magneto, played by Hanno Raudsepp.. transpire in the era of the nineteen sixties.. when Jean Renvoize, played by Kendra Wilkinson.. is in a condition of authentic criminal insanity.. and is preparing to write horror fiction about baby battering.. in the nineteen sixties.. three dollars.. stochastic disturbance terms.. issue eight twenty three paul dini / joe benitez poison ivy pamela isley kate moss megan d. "little, tiny girl Lorna Dane aka Grant Morrison's Lorna Dane' iseult winona "Nele Kapp" horowitz ryder kendra "Jean Renvoize in the Grant Morrison Erik Magnus movies" wilkinson.. stochastic disturbance terms.. three dollars..