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Showing posts with label Time Travel. Show all posts
Showing posts with label Time Travel. Show all posts

Thursday, December 31, 2009

Own the 'Back to the Future' DeLorean and Be Awesome




Someone spent a loooooooot of time building a near exact replica of the DeLorean from Back to the Future and now they're hawking it on eBay for you, or someone with more money than you, to purchase. I actually saw this very DeLorean at a car show in Culver City, CA this past Summer, and I have to say it's a pretty amazing contraption. The only downside is it doesn't come equipped with a flux capacitor, arguably the coolest part of the DeLorean in the film, and the interior smells like the remains of Christopher Lloyd's career. That stuff's like cigarette smoke, it just doesn't come out.

So far there's been one bid on Doc's DeLorean and it's currently at $59,000.00 with the reserve price unmet. If you choose, you can also purchase the car at the current "Buy It Now" price of $89,000.00.

Check out all the stats at the eBay page and see a few more pics of the souped-up DeLorean after the jump.

(via Collider)

Wednesday, June 3, 2009

15 Essential Moments To (Re)Visit if You Had a Time Machine

By Akela Talamasca

Let’s say you get your hands on a brand new Time Machine. Whether it’s the old-school H.G. Wells chair model, or a tricked-out DeLorean, you’ve now got to decide what you’re going to do with your new toy. But before you run off and start messing up your life, sleeping with your grandmother, and investing in Google stock before the Internet was invented, we’ve got a few ideas for you. Here are 15 moments in time, both past and future, that you may want to just witness before you go and do what you’re inevitably going to do, and ruin everyone’s universe.

The Trinity Test (Past)

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If you want to see one of the most awe-inspiring events in human history, then you need to set your time machine for 5:29 AM, July 16th 1945 at Alamogordo, New Mexico. The Trinity test was the very first successful detonation of a nuclear bomb, with a blast the size of 20,000 tons of TNT. Make sure you pack some Ray-Bans, and apply plenty of sunscreen for this one.

The Roswell Crash (Past)

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Whether it was a UFO or a weather balloon, it’s time we found out just what went down around Roswell, New Mexico on the night of July 2nd, 1947. Just to be sure, camp out for a couple of days before hand, and try to find a spot somewhere on Foster Ranch, outside a little town called Corona, near Roswell. Remember your cameras and flashlights, and a first-aid kit may not be a terrible idea either.

Birth of the First True Artificial Intelligence (Future)

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In the movies the first A.I. always turns out to be a total asshole. It nearly always either tries to murder someone, or take over the world, or cause general mayhem while it plots to take over the world or murder someone. This is all Hollywood, so you’ll have to check out just how it pans out when the very first true artificial intelligence wakes up and says hello. Remember, there is still the chance that Hollywood was right all along, so take a really big electromagnet with you just in case.

The First Modern Olympic Games (Past)

1896 OPENING CEREMONY
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In 1896 Athens, Greece hosted the world’s first international Olympic Games. This was a huge event, with crazy steam-powered boats and new-fangled “locomotives” moving people around. It must have been a sight to see this collection of athletes from around the world all in one place, you know that had to be one hell of a party.

Signing of the Declaration of Independence (Past)

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Even non-Americans want to witness this event in human history. The sheer immense gravity of the situation makes it stand out amongst anything else that any other group of men ever did with pen and parchment.

Mankind Attains Faster Than Light Travel (Future)

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Let’s face it, ever since you were a kid and you saw Star Wars for the first time, you wanted to fly through space at light speed. You especially wanted to do it with Chewbacca at your side but we’re trying to be realistic here. Now if the whole “breaking the laws of physics” thing bothers you, well, you’re in a freaking time machine.

The Fall of Rome (Past)

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Granted, it may be a good idea to show up a few years early on this one so you can enjoy Rome while it’s not burning, but we’re going for the excitement here, right? You’ve got all the time in the world (literally) to hang out and live the good life with girls feeding you grapes while you bathe in wine; we want to see the barbarian hordes!

Battle of Thermopylae (Past)

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You should note before going to see this horrifyingly spectacular display of bad-assery that, historically speaking, it was nothing like the movie 300. In fact, it may have been slightly more awesome, even though King Leonidas may not have had such a massively out-of-place (but still cool) accent. Xerxes was probably taller and the elephants were probably twice as big.

First Contact With an Alien Species (Future)

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Yes, this could easily go badly for us humans, but it’s something you simply cannot miss. You have a time machine, and that means you have a duty to witness certain things that just too far beyond you for there to be any objection. Do humanity a favor though; if you’re going to watch this one happen, take a flame-thrower with you, and if things get out of hand, just ask yourself “what would Ripley do?”

Helen of Troy (Past)

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This is one of those things that simply demands explanation. Was she hot…and by that, I mean was she “sending a country to war hot”? Unfortunately, there is just unbiased record of what this woman looked like. For all intents and purposes, the guy who wrote that story could have had a thing for women like Renee Zellweger… So this is definitely should be on self-respecting male’s pretend, time machine to-do list. Bonus: you also get to see for yourself just how many heroes, gods, and demigods showed up for the fight. Take lots of film.

The Discovery of Beer (Past)

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Anthropologists suggest that without the advent of beer, man may never have banded together and settled down on farms like we did. That means we owe a great deal, pretty much everything, to beer. In honor of this, you should make it a point to go back and see the first pint, bow down to it, salute it, do what you will to it. And if you can, drink some of it. Beer is good, remember.

Mankind’s First Interstellar War (Future)

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Nobody wants a war, we all want peace, violence is horrible. That being said, since we can’t really deny the inevitability of mankind having a first interstellar war, we may as well own up to the fact that we all want to see how it starts. More than likely, it will just be man vs. man, with colonies in space fighting each other. That’s still loads of awesome, so make sure you stash your time machine some place safe and settle in for the show. And by safe, I mean one of the Dakotas (there’s nothing there, anyways).

Man’s Discovery of Fire (Past)

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This is arguably the single greatest turning point in the advancement of humanity. Before this point, we were apes. Afterwards, we were apes who could barbeque, things such as animals and other apes. Going back to this time would probably lead to some pretty crazy parties, and even though the language barrier may get in the way (unless you speak ‘grunt’), you’ll be the most handsome guy there. Steve Buscemi doppelgangers excluded.

The Comet that Killed the Dinosaurs (Past)

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Alright, now this one’s tricky. We’re talking about an explosive impact so ridiculously huge, that it killed nearly everything on Earth. You’re going to have to camp out a bit, and keep the binoculars handy to watch for the comet; when this goes down, you had better get some really good pictures, hopefully video, and then hop back in your time machine and out of there as quickly as possible. None of this adventuring means anything if you’re wiped out with the dinos.

Cubs Win the World Series (Future)

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We can at least be hopeful, can’t we?

Don’t Forget This

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This handy guide will keep you taken-care of in the unfortunate event that you get stranded in time, assuming it’s the past. If you get stranded in the future, then just make a fortune going on talk shows and starring in movies. Since you’ll be so out-dated, you can pull of vintage-chic pretty well, and if that fails there’s always politics.

Wednesday, February 18, 2009

Top 10: Culture-Shock Cities

Top 10 List

By Nick Clarke

Start With No.10

© iStockPhoto.com

Sometimes our travel plans need shaking up. Westernized cities have turned our trips of discovery into trips we could probably experience within a mile of home, without the hefty ticket price and lofty hotel reservation. In an attempt to show explorers that the great unknown is out there -- without Hyatt hotels, English-speaking tour operators and fast-food outlets at every turn -- we’ve unearthed 10 culture-shock cities that will put the adrenaline-pumping excitement back into traveling.

Miles from home and off the beaten track, these culture-shock cities will force you to come face-to-face with another culture, open up your mind and let your senses run wild.

Start with No.10

Thursday, February 12, 2009

Will Lost's Time Travel Ever Make Sense?

By my count, we've seen three types of time travel recently on ABC's Lost. Desmond's mind-trips, the island itself vanishing, and people jumping around the island's past. Will one theory ever explain all three?

Personally, I love time travel stories, even when they don't quite make sense - as is frequently the case.

At least Lost is scoring points for me in one area: it has already stated definitively that a time-traveler can't change his/her own past, which is an important question to resolve. (And I think it invalidates this site's theory.) In other words, when you travel through time, you don't create a new timeline, you just visit other points on the same, immutable timeline. (Of course, we've already got an escape clause, because the rules don't apply to Desmond. We'll have to see whom else they don't apply to...)

What do other TV shows do?

Most TV shows involving time travel try to have it both ways at various times - I'm looking at you, Doctor Who and Star Trek! They'll show how you can go back in time and alter your own timeline, but then try to play the "predestination paradox" game. (Data traveled back in time because he saw his head in the ground, and his head was in the ground because he traveled back in time. But if traveling back in time creates a new timeline, as Trek has shown on numerous other occasions, Data's head shouldn't have been in the ground until he'd already traveled backwards in time.) So far, Lost hasn't tried anything so silly.

Besides Doctor Who, a few other current shows seem to be toying with time travel on a regular basis. Lost's companion show Life On Mars has a cop whose mind has been thrown back in time to 1973, but that show seems months (or years) away from explaining what's actually happening. On Heroes, I honestly can't tell what the rules are supposed to be - like, I thought the goodies erased the future timeline where Ando killed Hiro, but last night they were talking about it as if it was a fixed point in the future. So far, Terminator: The Sarah Connor Chronicles has kept a pretty consistent view of time travel: every time you travel back, you create a new timeline. So the future that Kyle Reese came back from in the original movie is long gone, and even the future that his brother Derek Reese came from is kaput.

Lost's 3 Forms Of Time Travel


The episode "The Constant" basically made sense to me - Desmond was unstuck in his own timeline, skipping between his past and his present. His body wasn't going anywhere, and the time travel was strictly neurological. It seemed just about plausible that that could happen. (And even though Desmond is "special," we've seen that happen to other people, including the radio operator and that lady in Oxford.)

But now we've seen two other things: the island vanishing, and the castaways coming physically unstuck. They're treated as if they're sort of the same thing, but they're obviously not. (If the island itself was skipping through time, shouldn't its inhabitants be staying put, as the waters around the island change?)

"Think of the island as a record, spinning on a turntable," says Daniel Faraday. "Only now, that record is skipping."

It's interesting that - as far as I can remember - we've never seen what happens when Locke, Sawyer and friends "time travel" from the point of view of someone else. What does Ethan or Richard Alpert see, when Locke vanishes? Does Locke actually physically disappear, or does something else happen? I have a feeling there may be a surprise waiting for us there.

Commenter Putch points out that temporal wrangling comes into play a couple of other ways: Daniel proved that time is moving at a different speed on the island than off. And when Ben left the island, he apparently traveled forward in time to 2005.

What's the actual science here?

In the season premiere "Because You Left," Dr. Marvin Candle says the Orchid Station is on top of a store of "exotic matter." Physicist Michio Kaku told Popular Mechanics that nobody really knows much about exotic matter:

Such matter would have "formed when the Earth was young, and then floated into outer space," Kaku says, "and therefore there's none left on Earth." However, it may have been possible for a pocket of the matter to become accidentally trapped underground. Physicists theorize that exotic matter could have antigravitational properties (so it would fall up) or it would have negative energy (absorbing energy around it, possibly making it implosive). And if it were to have antigravitational properties, it wouldn't want to stay on Earth either; instead, it would rocket into space-violently. "It would be quite dangerous to people who encounter it," says Kaku.

Kaku also has suggested, on other occasions, that a black hole or wormhole could be involved in the island's time travel, but it would require fantastic amounts of energy. That would explain Mrs. Hawking's equations: they're probability equations, because she's calculating a radiation effect. (Radiation has to do with the stability of the wormhole.)

Note that in one episode, we see one of the Others reading Stephen Hawking's A Brief History Of Time, and it's open to a page on black holes.

Does Alpert have two compasses?

BuddyTV brings up an interesting point: Lost seems to be trying to avoid time paradoxes with its rule against changing the timeline. So when Locke meets Alpert in 1954, from Alpert's point of view this meeting "always happened." But what about Alpert's compass?

FutureAlpert gives Locke his compass, so Locke can give it back to him in 1954. Does this mean that the compass is stuck in a time loop? Is there only one compass, which Alpert gives to Locke in the future, and then Locke gives back to him in the past? Or does the 1954 version of Alpert have two compasses now? Also, does Alpert only know to give his compass to Locke because he remembers Locke giving it to him in 1954?

Also, TVoholic points out, Daniel sends the brain of his rat, Eloise, back in time, and now she already knows how to run his maze - because FutureDaniel taught her. But why will Daniel teach Eloise to run the maze, when she now already knows how?

Where/when did the island itself go?

As I mentioned, I don't think we've ever seen Locke or Sawyer "disappear" when a flash happens and they travel through time. We don't know what happens to them from the standpoint of an outside observer. But we have seen the island itself vanish. So where/when is it?

The fact that the people who were on the island at the time are "skipping through time" wouldn't explain the disappearance of the island itself. The island can't be visiting its own past, because then you'd have two near-identical islands occupying the same space. (Which I'm guessing would be bad.)

We probably won't learn more about the island's actual, physical disappearance until we see the Oceanic Six try to return. At least, I'm hoping that returning to the island will clarify where/when it's got to.

So will Lost's time travel ever entirely make sense? Well, it'll probably make more sense than time travel on Heroes or Star Trek, but I'm guessing there will be some hand-waving involved. At the same time, we're probably 27 Earth-shattering revelations and twists between now and the final, absolute explanation of Lost's clock-buggery.

Monday, January 5, 2009

Time travel happens all the time

By Peter Becker/Gatehouse News Service


Westwood Press News RSS

By NASA/European Space Agency
This picture shows nebulous wisps of a supernova remnant, from a star that exploded thousands of years ago. Nicknamed the Pencil Nebula, it was formed by a shock wave encountering dense interstellar gas. The bright star in center is a foreground star, in the constellation Vela.">STAR25.jpeg
By NASA/European Space Agency
This picture shows nebulous wisps of a supernova remnant, from a star that exploded thousands of years ago. Nicknamed the Pencil Nebula, it was formed by a shock wave encountering dense interstellar gas. The bright star in center is a foreground star, in the constellation Vela.

Westwood - Time travel seems like stuff of science fiction, but in a sense, astronomers do it all the time. The night sky before us is a vista of time, as we look further and further back in the hundreds or thousands of years it takes starlight to reach our eyes. Another record of time is etched on the sky by way of “light echoes.”


Sky and Telescope reports that astronomers have found away to examine the light from a supernova blast that erupted, and faded away, more than 400 years ago. The astronomer’s time machine is his or her telescope, attached with a spectrograph that splits the light into its rainbow of colors and records the data the spectrum contains.
Supernovae are stars that blow up. That doesn’t sound scientific enough, but that’s what happens. Not all stars blow up, thank heavens. Those that do briefly outshine the galaxy and make a show for the broader Universe to see, a grand finale of a star’s time to shine. On the average, one will occur every 50 years or so in the Milky Way Galaxy and the only reason we don’t see them very often is the enormous plane of cosmic dust that acts as a veil on much of the stellar background.


That very dust, however, has allowed astronomers to detect light from the supernova of November 11, 1572, which was noticed by Danish astronomer Tycho Brahe who was startled to see a bright new star in the constellation Cassiopeia. He watched it night to night as the star grew brighter than Venus, and was visible in the blue daylight sky for two weeks. The mysterious star took 16 months to fade away from view, in the age before telescopes.


This event alerted Tycho that the stars were not eternal and unchanging, but there was a lot more to seek out and understand.


All that is left of the actual site of the supernova is a wisp of expanding debris which astronomers can best detect from radio emission, infrared light and X-rays given off. The evidence suggests this was a classic type of supernova known as “Type 1a” which involves a runaway thermonuclear blast of a white dwarf star. These type of supernovae have an intrinsic luminosity- they give out a certain amount of light more or less common to them all. Knowing this output and the faintness of the light they see in their telescope, astronomers can use them to deduce the distance. This is invaluable for estimating the distance of far away galaxies, where on occasion, a supernova will be revealed.
In September, a team from Germany, Netherlands and Japan did some time traveling. They were able to identify the light echo of the original supernova light, reflecting off a nebula of cosmic dust. This expanse of dust is many light years to the side and rear of the supernova Tycho saw 436 years ago, far enough away to give the supernova light 436 years of time to reach the nebula and then reflect back to our eyes in the year 2008.
This light echo is extremely faint, but the researchers were able to detect it and resolve a spectrum of colors, complete with the identifying lines of elements that made up the exploding star. Those elements absorb a thin slice (frequency) of the light depending on what type of element. Like an identifying fingerprint, dark lines in the spectrum of color tell us what the source of the light is made of.


From this study, Tycho’s supernova does appear to be a classic “Type 1a.”
As the decades and centuries go by, that light echo will reach further in the dusty plane of the galaxy, presumably allowing future generations of astronomers, hopefully with more advanced technology, to further examine the stellar wonder of November 11, 1572.
Although far beyond our reach today, perhaps some day someone will be able to detect light echoes that reflected off the Earth in the distant past and take a look back into time. Maybe they’ll see me typing away this column, though I doubt it since I’m inside a building and not near a window and its cloudy today anyway... just in case, I’ll remember to smile!


Tuesday, November 11, 2008

Research shows that our concept of time may be flawed

Time to test time

A new theory suggests that the essential fuzziness of time may be the limiting factor for a German gravitational-wave detector.

Vacuum tubes inside the GEO600 gravitional wave detectorCould GEO600 have detected the fundamental fuzziness of time?Max Planck Institute for Gravitational Physics (Albert Einstein Institute)/Leibniz University Hannover

Poets have long believed the passage of time to be unavoidable, inexorable and generally melancholic. Quantum mechanics says it is fuzzy, ticking along at minimum intervals within which the notion of time is meaningless. And Craig Hogan claims he can 'see' it — in the thus far unexplained noise of a gravitational-wave detector. "It's potentially the most transformative thing I've ever worked on," says Hogan, director of the Center for Particle Astrophysics at the Fermi National Accelerator Laboratory in Batavia, Illinois. "It's actually a possibility that we can access experimentally the minimum interval of time, which we thought was out of reach."

In a classical view of the world, space and time are smooth. The minimum scales at which, according to quantum mechanics, the smoothness breaks down — the Planck length and time — can be derived from other quantities, but they have not been tested experimentally, nor would they be, given their impossibly small size.

Yet if Hogan's ideas are right, noise associated with this fundamental fuzziness should be prominent at GEO600, a joint British and German machine operating near Hannover, Germany, that is searching for gravitational waves. These waves are thought to arise during events such as the massive cosmic collisions of black holes and neutron stars. Confirmation of the idea — which could come as experimental upgrades to GEO600 are put in place over the coming year — would be a big step towards a verifiable quantum theory of gravity, a long-sought unification of quantum mechanics (the physics of the very small) with general relativity (the physics of the very big). Hogan outlines his predictions in a paper published on 30 October in Physical Review D1.

Hocus pocus

Of course, theorists are full of extraordinary ideas that never pan out, so physicists at GEO600 are treating Hogan's ideas with a healthy dose of scepticism. "To me as an experimentalist, this all seems a bit like black magic," says Karsten Danzmann, principal investigator for GEO600, and director of the Max Planck Institute for Gravitational Physics. "It seems a bit far-fetched and artificial. But if it's true, it's Nobel-prize-winning stuff."

Hogan says that the noise could be responsible for about 70% of some unaccounted for noise that GEO600 is recording. Danzmann says it's "intriguing" that this noise just happens to be the right magnitude and shape to account for most of the 'mystery' noise that his team has been unable identify for a year now.

The predictions are based on a lower-dimensional view of spacetime: two spatial dimensions, plus time. Spacetime would be a plane of waves, travelling at the speed of light. The fundamental fuzziness of the waves, on the order of the Planck length and time, could be amplified in large systems such as gravitational-wave detectors. The third spatial dimension of the macroscopic world would be encoded in information contained in the two-dimensional waves. "It's as if, in the real world, we are living inside a hologram," says Hogan. "The illusion is almost perfect. You really need a machine like GEO600 to see it."

Holographic promise

According to Hogan, the 'holographic' noise is more likely to be seen in certain detectors, because the fuzziness gets translated into noise only in the plane of the underlying wavy two-dimensional fabric of spacetime. GEO600 is less sensitive to gravity waves than are detectors such as those in LIGO (Laser Interferometer Gravitational-Wave Observatory), two similar, large L-shaped detectors in Washington and Louisiana. But Hogan says GEO600 is more sensitive to holographic noise, because its power is locked in a beamsplitter that amplifies the peculiar transverse quality of the fuzziness.

The idea for an essentially holographic Universe has gained traction in recent years, as string theorists have found ways to trim the 10 dimensions that their theories call for. A decade ago, Juan Maldacena, now of the Institute for Advanced Study in Princeton, New Jersey, put forward the idea that most of the 10 dimensions can be reduced when the information is encoded, like a hologram, in three or four basic dimensions. "The ideas of holography in string theory are extremely well accepted," says Gary Horowitz of the University of California, Santa Barbara. He adds, however, that Hogan's ideas about holography don't use conventional starting points. "There is reason to be somewhat sceptical. I don't find the theoretical motivation totally convincing."

But Hogan's predictions are striking and specific enough to get the attention of the GEO600 staff. Hogan will travel to Hannover to work with GEO600 scientists such as Harald LĂĽck, who is leading an effort to double the sensitivity of the machine by the end of 2009. That should mean that the instrumental noise also drops. But if most of the noise remains, then it could be a sign that it is due to holographic noise, which would be fundamental, and pervasive throughout the Universe. "If the noise is still there, we have to be serious" about the observations, says LĂĽck.