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Chapt7 Blackbody Cosmic Microwave Background Radiation #24 AtomTotality theory 5th ed.
Chapter 7: Deciding-Experiment was Blackbody 2.71 K Cosmic Microwave
Background Radiation (CMBR) I have been moving along briskly here in this 5th edition and that is a good sign. But I am afraid now in the second section of experimental and observational evidence that the pace is going to slow down, simply in that I have more items to cover. I was very productive in the 4th edition by realizing very many experiments and those experiments take up a lot of pages. In this edition, 5th edition, I learned a new term for "deciding experiment", called Experimentum Crucis. The Atom Totality theory has two Experimentum Crucis (i) blackbody CMBR and (ii) Bell Inequality with Aspect Experiment. Both signify the Universe at large must be a single atom. In this chapter, the blackbody CMBR is discussed at length. Only in Atomic Physics do we have blackbody radiation. That is what Planck discovered and how Quantum Mechanics arose, due to blackbody cavity radiation. From Halliday & Resnick, PHYSICS, Part 2, 1986, they say that on 19 October of 1900, Max Planck announced his radiation formula to the Berlin Physical Society. --- quoting Halliday & Resnick, PHYSICS,1986, page 1097 --- Planck derived his radiation law by analyzing the interplay between the radiation in the cavity volume and the atoms that make up the cavity walls. He assumed that these atoms behave like tiny oscillators, each with a characteristic frequency of oscillation. These oscillators radiate energy into the cavity and absorb energy from it. It should be possible to deduce the characteristics of the cavity radiation from the characteristics of the oscillators that generate it. (some snipping) It turns out, however, that in order to derive Planck's radiation law it is necessary to make a radical assumption, namely: Atomic oscillators may not have any energy E but only energies chosen from a discrete set, defined by E = nhv n = 1,2,3,. . . --- end quoting --- Quantum Mechanics began with blackbody radiation and now we see the Cosmos has a Microwave blackbody radiation at 2.71 Kelvin. Most scientists when they talk about the Blackbody Cosmic Microwave Radiation generally ignore the word "blackbody". They do this because they somehow forgot that blackbody radiation exists only in a universal atom-cavity. The Big Bang is not a atom-cavity. The Atom Totality is one big atom cavity and the element that points to 2.71 degrees K is plutonium. *A cavity is the inside of some container *and the only suitable container is an atom, a cosmic *atom. The fact it is quantized is another clue that the *cosmos is a atom since only atoms are quantum mechanics. The basic structure of this chapter centers on the work *done by DeBroglie where in his book he considers atoms and electrons *to be containers and thus allows *a thermodynamic. So from DeBroglie we derive 2.71K for the inside of a single plutonium atom. Now the Big Bang theory heralded the 2.71K as supporting their theory *as a cosmic explosion with its so called "afterglow", but because CMBR is blackbody quantized at 2.71K, the more and *more it looks that the CMBR disproves the Big Bang *theory since no explosion can be quantized nor can *a explosion be blackbody. Atom Totality theory explains blackbody 2.71 K cosmic *microwave background radiation (CMBR) as the inside of an *electron shell 5f6 of plutonium as a blackbody cavity. * *First question to those who know physics, can you *really have a *blackbody radiation such as the ones that Planck had *studied and *had researched and used to form the foundation of *quantum mechanics *that is not uniform? That it may have fluctuations and ripples? *Second question, *can the Cosmos really have a blackbody radiation and *not be a cavity? *Such as the cavity of the 5f6 of 231Pu? *Third question, can you really have a blackbody cavity *as the Cosmos itself and not be an Atom? Archimedes Plutonium http://www.iw.net/~a_plutonium/ whole entire Universe is just one big atom where dots of the electron-dot-cloud are galaxies |
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