Out of this Universe

Scientists have been trying for decades to identify how that happened, to no avail. There are many indirect approaches to trying to understand what could have tipped this balance, like a recent one involving an obscure subatomic particle called a neutrino. But the most direct way to figure this out is to simply make antimatter and test it the same way we do ordinary matter. If we see any difference, we'll be onto something. One method is to look at the light emitted or absorbed from hydrogen atoms. Scientists have studied the wavelength of light required to make an electron in a hydrogen atom jump from its lowest energy state to the next highest.

This measurement is incredibly precise. Researchers know the wavelength of the necessary light to 15 digits of accuracy. If it were possible to make a similar measurement with antimatter hydrogen, that would be a good place to look for differences between matter and antimatter. They found that the wavelength agreed with what was seen in hydrogen atoms.

Scientific breakthrough could be as simple as measuring the wobble of a muon. The antihydrogen measurement was accurate to 12 digits of accuracy; not to the same level of precision as seen in hydrogen, but good enough to make very precise constraints on possible differences between matter and antimatter. And the researchers are very confident that they will be able to improve their apparatus, and thus the precision of their measurement to about the same level achieved using hydrogen. As we leaned on the railing looking at the experiment, I noticed that there was a gap in the equipment between the pipe that brings antiprotons to their apparatus and their detector.

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I asked him what was up with that, and he nonchalantly told me that they were assembling a modified version of their experiment that would be able to answer a long-unanswered question, "Does antimatter fall up? Any gambler that likes to win should bet that the answer is, "no. But it's never been tested. If theorists have predicted wrong, this will be the physics measurement of the decade. We still don't know why there isn't observable antimatter in our universe, but it's not for lack of trying. ALPHA and its sister experiments are charging forward, developing techniques and technologies that could answer this incredibly perplexing question.

Soon, we may understand just what makes our universe tick. Feb 6, When I heard you were going to be here I felt I had to stop in and say hello.

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The mistake many magicians make is to view "Out of this Universe" as a version of "Out of this World. Harry developed his trick right when magicians were going crazy over the Curry effect. Some of his patter suggests that he was interested in using "Out of this Universe" to fool the pants off those magicians. Viewed in this way, none of the procedure is either redundant or muddling. Presented in this way, "Out of this Universe" is one of the strongest impromptu card effects.

Anyone who knows Juan knows the care with which he picks his performing material, so I consider that quite an endorsement. I don't do the effect. I performed out of this universe on national tv in Mexico with a blind guy See and download my latest free card-suits-themed desktop wallpaper HERE.

Nice to "hear your voice. Thanks for answering Euan. What's interesting to me is his one remark, up a few posts ago, where he says, "I don't do the effect. If you are, plese go to the topic "Stumping Harry Lorayne" and see the question re: I'm putting this in a few of my replies, just in case someone knows the answer. Godd to hear from you, Darwin. Shall we talk about all those years ago - at the Roosevelt Hotel?!

Nice to see you here Harry.

Many of the effects everyone is talking about here are "NEW" to me I was born in I just wanted to say that I DO love the trick. However, I didn't know it was yours and I haven't got any of your books. I learned the effect from some website. I don't know if it is copyrighted material mr. I think "Out of this Universe" is a strong effect.

It's a VERY simple idea, but strong. Personally, I am not so sure about "Out of this World". Everyone says it's the "greatest card trick ever" I first saw it performed when I was 10 years old. It was a good performance, but the method was obvious to me.

I think it is a trick for magicians who think that "laymen" as they so LOVE to call ordinary intelligent people are not particularly astute. Yes - it can be made effective with proper presentation, but a moment's thought by any intelligent person will "tip" the method to them. We have seen time machines used in countless movies , and as children, some of us even imagined that one day, we would get to go inside a time machine and travel anywhere in the past or the future. Even though time machines do not exist, at least yet, the theories about how a time machine could allow someone to travel through time are fascinating.

Scientists believe that for a time machine to work, matter with negative energy density would be required. Such matter would do weird things like move in the opposite direction of regular matter when pushed. This theory comes from Superman himself, sort of. How would that work?

The speed of light is the fastest anything can go, as far as we know. If something travels faster than the speed of light, the time for the object to reach its destination would come out to a negative number. Thus, theoretically, it would travel back in time.

The huge flaw in this theory is that nothing can go faster than the speed of light. Also, scientists researching this concept have found that there would have to be a variety of factors being met for this to work.

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Just traveling faster than the speed of light would not meet all of the factors necessary to time travel. This theory would be nearly impossible to attempt, but it makes for a very interesting idea about just how much mass we would need for time travel. For this theory, we would need to find a piece of matter that is ten times the mass of the Sun. It would then need to be rolled into a very dense, long, and thin cylinder.

In our universe, we can find objects ten times the mass of the Sun, but it would be quite difficult to roll one into a long cylinder. If all of these factors were just right, a spaceship following a perfectly precise spiral route around the cylinder could enter a closed time-like curve. This would then allow the spaceship to travel through time. The movie Interstellar showed time travel in multiple different ways. The characters traveled through a wormhole and orbited around a black hole.

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This movie also showed how higher dimensions of time could cause time travel to a degree. This would be possible using a tesseract, the four-dimensional analogue to a cube. For time travel to work, a tesseract would have to have more than three dimensions. When a vessel enters the tesseract, it would represent time as a dimension of space. This would create different levels of time that the vessel can then travel to, which is seen in Interstellar.