By Professor Tom Stonier BA,MSc,PhD,FRSA (auth.)
Not so if the publication has been translated into Arabic. Now the reader can figure no that means within the letters. The textual content conveys nearly no info to the reader, but the linguistic informa tion contained by means of the booklet is almost just like within the English unique. The reader, conversant in books will nonetheless know issues, even if: First, that the e-book is a publication. moment, that the squiggles at the web page signify a trend of abstractions which most likely is sensible to an individual who is familiar with the suggest ing of these squiggles. consequently, the e-book as such, will nonetheless have a few which means for the English reader, whether the content material of the textual content has none. allow us to visit a extra severe case. now not a publication, yet a stone, or a rock with engravings in an old language now not below stood by means of someone alive. Does the sort of stone now not comprise human details no matter if it's not decipherable? consider sooner or later sooner or later, simple wisdom approximately linguistics and smart computing device aids let us decipher it? Or feel anyone discovers the an identical of a Rosetta stone which permits us to translate it right into a recognized language, after which into English? Can one relatively say that the stone contained no details sooner than translation? it truly is attainable to argue that the stone, ahead of decoding contained merely latent information.
Read Online or Download Information and the Internal Structure of the Universe: An Exploration into Information Physics PDF
Similar physics books
- Elementary physics of complex plasmas
- Vom Wesen physikalischer Gesetze.
- Introducing Quantum Theory: A Graphic Guide
- Physics Beyond the Standard Model: Exotic Leptons and Black Holes at Future Colliders
- Relativity: The special theory
Additional info for Information and the Internal Structure of the Universe: An Exploration into Information Physics
Sample text
If the reader of this treatise holds to the first position, he or she is not going to accept any of the subsequent discussion. Those holding to the second position will need to make a shift: What they consider to be "real" information will be referred to in the present work as "meaningful" information, ie, the information which can be conveyed to a receptor. What they might consider as "latent" or "potential" information will be considered as real information - as real as the energy contained by an object or a system which is not being observed, or which is not being made to perform work.
Such fixed relationships imply order within the system, which, of course, reflects the information contained by the system. In a similar vein, Pauli's exclusion principle, so vital to the organisation of matter, must reflect an information property of atomic shells. Fundamental particles themselves, may exhibit information properties: Quarks are assigned properties such as charm or beauty. Likewise, up and down imply some relational property characteristic of systems containing information. The same may be said of electric charge.
The team found a considerably higher increase in the entropy produced in particle collisions at intermediate energies than would be expected from calculations based on the properties of normal nuclear matter. Lazlo P. Csernai of the University of Minesota has suggested that the extra entropy may reflect the transition from a liquid to a vapour, and has described the sequence of events which could lead to such an observation. The hydrodynamic model of heavy-ion collisions relies on thermodynamic concepts.