What is a  spinor? I have a vague idea, but lack details.?
398433
Check out\nhttp://en.wikipedia.org/wiki/Spinor
1100771
What is there to explain???
955029
In a nutshell?\n\nOh, that's kind of the idea. \n\nStrings are a mathematical construction that hold the promise of putting all the properties of subatomic particles into a nutshell - or actually a string. If it can be made to work it will be really "niffty" - just how valuable has yet to be determined.\n\ngiving much of the basics without knowing the level of math to provide is really tough.\n\nAn intuitive description suggests that a string will provide information by virtue of its vibrations. Different harmonics representing different particles.  All particles are strings, just vibrating in different ways.
1187708
its about being an earthing? i dunno ty for 2 :D
1020925
okay now you got me going on mechanics. when you spin the armature with mechanical energy, it spins a magnet inside a, most commonly, copper coil, producing a magnetic field. an inventor   (forgot his name =&#92;) thought "hey if magnets can turn with electricity, why not vice versa", and thus he created the first crude generator. the direction of the spinning magnet detirmines the polarity of the different ends of the coil, so make sure you get some more information because I do not know which rotation (clockwise or counter-clockwise) makes which polarity on which end.
475479
here's my guess --\nthat these particles are somehow "connected" . that they do not violate casuality (this one is proveable) or locality....somehow.
450295
Check out this explanation\n\nhttp://homepage.mac.com/deckert/iblog/C11989312/E117193629/
312730
Well, a pulsar is a neutron star that has a super strong magnetic field. These stars spin super fast throwing a beam of radio waves at us every second or two consistently. However, as the puslar spins as it does, it will eventually slow down and stop. As it slows down it's magnetic field degenerates and eventually you are just left with a neutron star that is sitting there with no magnetic field (well, a weak one anyway) and that doesn't spin anymore. It just...is.\n\nThere's also a pulsating star type that is basically a neutron star that is sucking matter off of it's binary buddy. If this is the case it gives off x-rays and has two possible fates:\n\n1. It's buddy lives long enough and enough matter is sucked out of it and given to the neutron star for the neutron star to undergo nova. If it continues for long enough it's ultimate fate could possibly be a blackhole.\n\n2. It's buddy dies and it just remains a neutron star.
553331
I think you'd better to go to Wikipedia and check for some terms and definitions first.\nYou can find the wiki using simple words in explaining different things.
487526
Sounds like a Math/Science type question to me. Why are you posting it here?\n\nBesides, I have the the slightest idea.
306890
They have no names, we have the 4 most known which involve space and time... then we have 6 more to explain the superstring theory (curly dimensions) and the eleventh which was added to be able to explain the M-Theory.  Now, honestly I haven´t studied all of them and as a Mechanical Engineer my knowledge belongs to Newton so i stay with 4 of them only heheheh. However, check out these websites.
103375
You know, this is so easy to answer with a simple web search that I somewhat annoyed that you bothered to ask it here. Do you not know how to use google or yahoo or altavista?\n\nThese two postulated but undiscovered particles are completely different and have completely different properties. For example:\n\nThe postulated Higgs Boson produces mass.\nThe postulated graviton transmits gravitational force between things with mass.\n\nThe Higgs Boson has spin 0.\nThe graviton has spin 2. \n\nThe Higgs Boson has a nonzero rest mass. \nThe graviton has a rest mass of zero. \n \n\nAnd so on.
494428
Sofa? Is that what you meant to say? What the hell is IMPROTER?? I dont get it
210959
Maybe the following picture will give you an idea:\nhttp://pg.photos.yahoo.com/ph/dpeter508/detail?.dir=/c51a&.dnm=b97fre2.jpg&.src=ph\n\nThis is a binary pattern painted on the shaft, with three sensors (red dots in the pic).  The outermost sensor will detect black and white squares, and can determine rotational speed based on the rate that the black and white squares go by.  As the shaft rotates, the sensors will detect the 3-bit pattern painted on the shaft at any point.  If the shaft is turning in one direction, the pattern will appear to "count up" or down depending on direction.
661805
bogo sort is a term that means a perversely awful sorting algorithm, rather than a real sorting mechanism.\n\nsometimes people will describe a particular (usually random) "sort" implementation and claim it as bogo-sort.\noften this involves swapping a random pair of entries in the list to be sorted and checking to see if the list is now sorted, and if not, repeating the process.\n\na spectacular variant of bogo-sort has been proposed which has the interesting property that, if the Many Worlds interpretation of quantum mechanics is true, it can sort an arbitrarily large array in constant time. (In the Many-Worlds model, the result of any quantum action is to split the universe-before into a sheaf of universes-after, one for each possible way the state vector can collapse; in any one of the universes-after the result appears random.) The steps are: 1. Permute the array randomly using a quantum process, 2. If the array is not sorted, destroy the universe. Implementation of step 2 is left as an exercise for the reader.
254330
A pulsar is a rotating neutron star. Such stars have very lerge magnetic fields which accelerate charged particles. These particles then emit powerful beams of light. The rotation makes this beam sweep across the sky, making the pulsar 'pulse' when seen from far away.
811637
Here we need to clarify the concept of angular momentum as it applies to sub-atomic particles. The key concept is called "spin", which refers to the angular momentum "intrinsic" to a body, as opposed to orbital angular momentum, which is the motion of a body's center of mass about an external point.\n\nIn classical mechanics, the angular momentum of a body is associated with the rotation of the body around its own center of mass. In quantum mechanics, spin is particularly important for systems at atomic length scales, such as individual atoms, protons, or electrons. Such particles and the spin of quantum mechanical systems ("particle spin") possesses several unusual or non-classical features, and for such systems, spin angular momentum CANNOT be associated with rotation but instead refers only to the presence of angular momentum, which is a truly intrinsic physical property, like electric charge and mass.\n\nIn atoms, the atomic orbitals are the quantum states that electrons surrounding an atom may exist in. These quantum states can be described by 3 sets of orbital quantum numbers: n, l, and m, where n is the principal quantum number which determines the size and energy of the orbitals, l is  azimuthal quantum number which determines an orbital's shape, and m is the magnetic quantum number which determines its orientation. So here "l" is NOT equal to the "angular momentum" or "spin" of the atomic orbitals.\n\nSo to answer your question, yes, it is possible for 2 electrons to occupy the same energy states, beause they have different spin. For electrons, it's spin can be ±1/2.