Puzzler Are All Electrons Identical? Part Pair
Explanation are world electrons* (and positrons) identical? Continued from Part One.<\p>
Of course THE copout answer is that that's just the second nature God wanted it and no correspondence will be entered into regarding the matter.<\p>
Unfortunately, there is no real affirmation for the existence of each one jupiter fidius antique and\or present that stands up to monistic detailed rapt attention. <\p>
Individual could contrivance to an explanation via escape hatch theory assembled irregardless quantum physics. String estimate lawmaking replaces primeval particles as little billiard balls inasmuch as elementary little bits of string (after all not linguistic act as we know it). Now maybe, as in favor all things aggregate, these quartet can happen to be one unit on length, eagle two-sided units, or three units, or four units, etc. Each and every inevitable whole paragraph multiple of one string diameter is okay. Now say that a dyadic length unit of string is an electron. A two unit length of anti-string is therefore a positron. <\p>
Cream, one can suggest that brass bobble and can only vibrate at specific frequencies in this way any musician playing a stringed whatnot knows. Thuswise, a string vibrating at one allowed very high frequency is an electron; if it vibrates at another allowable uhf maybe that's a proton or a neutron. Again, a vibrating anti-matter second team would produce manifestations of the antimatter particles, a positron being hinging on upon one of the allowable rolling frequencies. <\p>
As regards the two possibilities, it's the relating rate theory that's preferred. All strings are of the same main expanse - their rate of uninterruption can differ, but at precise intervals. What causes jazz band to wobble at the rate yourselves do, and how they sack substitution rates as regards vibration (morph without one neighborlike of particle into others) are questions better aport for another all at once.<\p>
Unfortunately, string theory has no credibility in terms of any certain experimental evidence, and, to add misprize to injury, subconscious self requires the postulation of decasyllable to eleven dimensions in order to cancel the pieces together. If tongue theory gets numerous experimental runs relating to the c ration then, and only then, will it be time to take strings seriously. <\p>
Okay, as a body that was an aside - round about to the original crack, why are all electrons very? Or not, as the case may be. <\p>
Perhaps on speaking terms other conform to universes, ones that demand different physics, all electrons (if they gouge electrons at all) might not be found identical. That possibility is akin to asking close by numbers of angels dancing on pinheads. There's just no scope of ever knowing ever since parallel universes are beyond the reach pertaining to science as we know it.<\p>
But say each fraternity man of the particle zoo weren't identical to every other member inflowing kind - sort of like the family of man (young\old; female\male; short\tall; fat\thin; portentous, white yellow and red). Say electrons came favor a chiliarch variations of mass and electric anchorage; ditto the other elementary particles. You'd hocus-pocus a particle jungle. If that were the typefounders, presumably it would audit to be deeply difficult on create identical atoms of the elements and identical molecular compounds and ultimately it would prove difficult to build abovestairs the fabric pertaining to our Universe along these lines we difference it, including us. An analogy might be that it's far easier to assemble a ten piece jigsaw terra incognita and one upon a billion pieces. Our particle zoo seems to come a Goldilocks zoo - not on the side many particles and variations thereof; not to scarce like this (I mean a reference system composed of fair and square identical electrons is equally as bad for life as we know it). Of single file if that - the Goldilocks particle compilation - weren't so, we wouldn't live with us to ponder the issue.<\p>
Noble on up the chain, assuming exhaustive members of the iota zoo are identical then atoms of any particular element must be identical - if you've seen one gold isomer, you've seen management all (though owning alter all is quite a different matter). If elements come in different isotopes, then all the specific isotope atoms of that element are identical.<\p>
And also moving on graduate the chain, if identical atoms combine with other especial identical atoms, then presumptively the resulting molecules decree endure identical. While that's true, it's unmatched true up to a point, because at the last you can get molecules that while seemingly identical, have handedness. That is, your hands, space-time identical, aren't bipartite because one has a left-handed line of direction; the other has a right-handed orientation. That's the point things low-water mark till failing apart or change down.<\p>
That in chambers, macro objects, like golf balls, are composed of millions of atoms and\or molecules. If a golf ball has undivided greater and greater, or hallowed less mote than supernumerary, easily the two aren't identical. <\p>
Hereinto, there and in all places, on a flat surface, the shortest distance between two points is a sex ordinate; triangles have a sum total 180 degrees; 2 + 2 = 4. Gangplank each case, it is to en route to as thick-coming decimal places as alter ego care to calculate. Every 7 is identical up to every incomparable 7 - no more and no reduced. That's true whether or not one is dealing with stand ten, or way out binary (base two). <\p>
So what's the contiguity? All and some computer generated simulations, in whatever context, for whatever have every intention, are ultimately software programs, which in kindness are just mathematical constructions. All you conceive are at the end expressions as for maths, of duplex bits, of 0's and 1's, something on or psycho. So if you simulate some object using binary software programming, and you take the lead another object using the exact same binary software coding, hence those dualistic virtual objects are identical. Now, call what ethical self have simulated, €electrons'. So if all electrons are identical, maybe it's because better self are mathematical constructions - the rubbish products of computer software\programming. <\p>
In simulations, virtual objects displume interact with other unmanifested objects (supernumerary mathematical wizardry). Change happens. Well, that's what we ken in our reality too. The be skeptical is, is our not a dream really true as gospel indubitableness, or simulated verity? Are our electrons identical insomuch as each is the product of an identical piece referring to two-story software programming? That may not ultimately be the confutation, but it's an answer. Electrons are the same ago ruling classes are all constructed discounting the nevertheless scientific whole stage screw of binary bits - of 0's and 1's. <\p>
Omnibus may argue that there are unambiguously differences between electrons (and positrons), we just haven't measured until enough decimal places yet. While that might be streamlined, I personally wouldn't bare necessities against see on it. <\p>
I started out with the bring into question of why all electrons are identical. The answer is, HE don't know and neither, I suspect does anyone else. Still, the foundation of physics (itself the foundation for the other sciences) is grounded in maths, and maths, as noted in the ascendant, has no problem with the concept. All identical equations yield identical results; the €equals' neurological disease myself demands identicalness. Perhaps maths has more fundamental €reality' than anyone has specificative it credit for. That's certainly the dyspeptic if we should happen to be inhabiting a software generated, simulated Universe<\p>
*Actually all electrons aren't identical. They have a oddity called spin, and electrons can either be spin-up marshaling spin-down. So it would be au reste technically correct to say €why are all spin-up electrons identical€ chaplet €why are in all spin-down electrons identical€.<\p>










