Set in an era where superheroes are commonly known and accepted, young William Stronghold, the son of the Commander and Jetstream, tries to find a balance between being a normal teenager and an extraordinary being.
Are White Holes Real And Can They Connect to Parallel Universes?
After discovering he is a human, a man raised as an elf at the North Pole decides to travel to New York City to locate his real father. When a Jamaican sprinter is disqualified from the Olympic Games, he enlists the help of a dishonored coach to start the first Jamaican Bobsled Team. When a boy prays for a chance to have a family if the California Angels win the pennant, angels are assigned to make that possible.
A self-centered Minnesota lawyer is sentenced to community service coaching a rag tag youth hockey team. With his wife doing a book tour, a father of twelve must handle a new job and his unstable brood. A poor but hopeful boy seeks one of the five coveted golden tickets that will send him on a tour of Willy Wonka's mysterious chocolate factory.
A coming-of-age story about a shy, young boy sent by his irresponsible mother to spend the summer with his wealthy, eccentric uncles in Texas. An eight-year-old troublemaker must protect his house from a pair of burglars when he is accidentally left home alone by his family during Christmas vacation.
A newly recruited night security guard at the Museum of Natural History discovers that an ancient curse causes the animals and exhibits on display to come to life and wreak havoc. From then on his family was cursed with bad luck. One hundred years later Stanley Yelnats IV is accused of stealing a pair of cleats from a major league baseball player and sent to Camp Green Lake a dry lake bed in the middle of the desert. It never rains at Camp Green Lake, it hasn't for one hundred years.
The secretive and mysterious Warden has each inmate spend every day digging one hole to "build character. But what? And how is the mystery of Camp Green Lake connected to Stanley's family curse? Written by O. After hearing rave reviews of this movie off my sister avid Disney fan I was skeptical about watching it until a friend studied it for school. Unlike anything seen recently, I noticed that it stands away from traditional feel good movies, which in a way always become quite predictable towards the end. I cried - I'm a sook when it comes to overwhelmingly happy moments, as Stanley carried Zero up the mountain and also at the sad moments, as Sam is shot unfairly.
Recommended for anyone who has an open mind about fate, and it can be spoiled by any 'non-believers' of Disney movies - best to watch it with children.
Poor Stanly Yelnats - what a name. Enjoy a night in with these popular movies available to stream now with Prime Video. Start your free trial. Find showtimes, watch trailers, browse photos, track your Watchlist and rate your favorite movies and TV shows on your phone or tablet! IMDb More. Keep track of everything you watch; tell your friends. Full Cast and Crew. Release Dates. Official Sites. Company Credits. Technical Specs. Plot Summary. Plot Keywords. Parents Guide. External Sites. User Reviews. User Ratings.
External Reviews. Metacritic Reviews. Photo Gallery. Trailers and Videos. Crazy Credits. Alternate Versions. Rate This. A wrongfully convicted boy is sent to a brutal desert detention camp where he joins the job of digging holes for some mysterious reason. Director: Andrew Davis. Writers: Louis Sachar novel , Louis Sachar screenplay.
Added to Watchlist Add to Watchlist. From metacritic. Our Favorite Trailers of the Week. Favorite Movies. Top Movies. Kids Live Action. Share with Bryan. Use the HTML below. You must be a registered user to use the IMDb rating plugin. Happy Easter! Favorite film based on a Newberry Medal-winning book? And you can wait for years, but that smashed coffee mug is never going to reassemble itself and hop back up on the table. Things are a little different, though, when it comes to the laws of physics.
Imagine taking a video of a moving object—such as a swinging pendulum or an accelerating train—and playing the video forward.
Black Holes (Space) - The New York Times
And then backward. The equations used to describe the movement of the object are the same regardless of which way the video is playing—even when we know that the train is going backwards. So how can the arrow of time be described as unidirectional? The answer is entropy. Entropy is a measure of the state of disorder within a system. For example, a shattered mug on the floor is more disordered than a whole mug sitting on a table. A room full of gas is more disordered than the same amount of gas squeezed into a tiny steel cylinder. More disordered equals higher entropy.
Why white holes don't exist
If you opened the cylinder, the gas would flow out into the room. Because the room is larger than the cylinder, there are many more possible states for the gas particles to be in. We can still measure the temperature and pressure of the room, but we know even less about the positions and velocities of the particles. The second law of thermodynamics states that entropy can only increase, never decrease.
Gas particles in a room will never spontaneously all move inside the cylinder.
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Likewise, a broken coffee mug higher entropy will never spontaneously reassemble itself into a whole mug lower entropy. This is where the unidirectional arrow of time comes from. You could, of course, force the gas back into the cylinder, but overcoming entropy like this requires the addition of energy to the system. So what does this have to do with black holes? This line is known as the event horizon. Even the information about the object is gone. Think of it as a perpetually shattered coffee mug … that you will never see again … ever.
Classical black holes also have no entropy. If this were true, it would mean that the overall entropy of the universe decreased, which contradicts the second law of thermodynamics. But if this law were null and void terms that could also be used to describe black holes , then you might come home one day to find that your broken coffee mug is whole again.
But this never happens, so something else must be going on. It turns out that black holes have other properties as well, including temperature. This is also known as its Hawking temperature, named after the late physicist Stephen Hawking, who discovered this property of black holes. This discovery led to the Bekenstein—Hawking formula which shows that black holes do actually have entropy—and it depends on the surface area of the black hole.
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Turner and Tinguely go into much more detail about the math behind this formula, but for our purposes we just need to know that black holes have entropy. So when an object falls into a black hole, the entropy of the part of the universe outside the black hole decreases, but the entropy of the black hole itself increases, as does its surface area. Thanks to a quantum modification, the second law of thermodynamics still holds. And our arrow of time is unidirectionally functioning.
But sadly, our poor coffee mug is still broken. If you were to stand outside the universe—outside both space and time—and look at your life, you would see your birth, your death and every moment in between laid out as distinct points. It is precisely science that makes the key point shine most brightly: the point that there is a fundamental respect in which ultimate intrinsic nature of the stuff of the universe is unknown to us — except insofar as it is consciousness.
When we ask ourselves why we think time exists, most of us would say: because we see everything changing, always.
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