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Notes

[Notebook: DB 61 Warm]

[Sunday 15 July 2007 - Saturday 21 July 2007]

Sunday 15 July 2007

[page 102]

Monday 16 July 2007

PROPER DISTANCE = PROPER TIME How many paces from here to the shop? how many action (= how much time) does it take to build a house?

The value of capital is that it allows one to do things (like washing up clothes) in less time. In addition, by fixing strings of action, it brings new possibilities into action, like flying and growing our own food. [this is done by fixing and exploiting meanings, ie mappings. Capitalism relies on the mapping between money and value; Divinity of Money]

Capital decreases apparent distance [eg bookmarks]. We want to equate capital with space, consumption with time.

In the communication network, we measure distance by round rip delay, 'pinging'. Ping - Wikipedia

Tuesday 17 July 2007

Accurate accounting + good model --> optimization.

[page 103]

SELECTION --> OPTIMIZATION (what is optimum is determined by the selector)

We begin with time alone hidden in the initial singularity, with a frequency of ℵ0 cycles per something. Since there is nothing else, frequency has no meaning, and we can attribute eternity to it, ie interminabilis vitae tota simul et perfecta possessio. Aquinas 45

Quantum mechanics interprets messages as state functions.

relativity = network properties
quantum mechanics = entity properties.

State function is an operator. A message results from a transformation in the transmitter and induces a transformation in the receiver. 'I must tell you | that dad is dead.

phys01spacetime
phys02light [now 1: time; 2: spacetime; 3: light. . . . ]

Perfectly coded message has maximum entropy and therefore the symbols are equiprobable.

Peacock 219: 'It is generally believed that all the interactions of nature are described by fields that are introduced to allow the operation of various gauge symmetries.' Peacock

'Wrote an ecstatic British contemporary "If ever the enterprising spirit of our merchants shall succeed . . . it will be by making

[page 104]

the Christian missionary his Pioneer. (Miscellaneous Papers Relating to China, Sir G. T. Staunton, London, 1850) Townsend page 96

Entropy: Our description of the Universe will be in terms of information and information processing rather than energy and energy processing, as in classical physics and engineering. Although information and entropy may seem conceptually different, they are both measured by counting. Simply, the amount of information carried by any point in a certain space is equal to the entropy of that space.

In physics, the energy per degree of freedom, and therefore per unit of entropy is a pure count.

S = k log W. Cercignani

Information theory adds a weighting to this count:

H = SUMi pi log pi . Khinchin

When all the [probabilities of the states, symbols or letters] pi are equal, H is at a maximum and the two equations become the same.

In statistical mechanics the energy per degree of freedom is a constant. [at a given temperature, = 1/2 kT Huang p 149]

Townsend page 100: 'The Church had become a partner in Western imperialism and could not well disavow some responsibility for its consequence.' (A History of Christian Missions in China, Kenneth Scott Latourette, New York, 1932 Latourette)

page 102: 'In the suppression of the T'aipings, however,

[page 105]

eighteen provinces were devastated, an estimated twenty million lives were lost, and men, markets and capital scattered.

page 114:'The Chinese intellectual was the privileged heir to the immense cultural heritage of several thousand years, to which a complicated written language crossed barriers of time and dialect to give unity and continuity.' [rather like Latin in the Roman Catholic Church]

The Roman Catholic Church has huge momentum and will not be turned around in a hurry,

MOMENTUM = ENTRENCHED (self maintaining) STRUCTURE

Townsend page 116 '[1911] A Chinese Republic was proclaimed and Sun Yat-sen, in America at the time, was hurriedly called to Peking and proclaimed president.'

Wednesday 18 July 2007

Townsend page 145: 'Getting rid of the landlords could have been done for the peasant. The landlords could have been summarily dispossessed, those guilty of gross offenses or blood crimes imprisoned or shot, and the land parcelled out and delivered to him on a platter together with a title deed. To have done so would have loosed the peasant's bonds. It would not have cut them. He would have remained bound, mind, hand, foot, prey still to fear and subject to rumour and passivity. Instead it had to be done by him. And the cadre's task was to inject his heart with courage and so guide him, without pushing or pulling, that he would 'spit out his bitterness' openly and unafraid.'

[page 106]

This we must do against all the entrenched and deceptive belief systems in the world that underpin the breaking of human symmetry.

Thursday 19 July 2007

One of the longest running debates in the history of physics surrounds the question 'is the Universe continuous or discrete?' Atomists, whose literary record goes back to Democritus, opt for discrete. Sylvia Berryman Others. like Aristotle. opt for continuity. Aristotle - Physics Even then, we might say that the agreed answer is both, for the Atomists' atoms moved in a continuous space.

The situation is pretty much the same now. Physicists see a continuous space inhabited by a continuous field (or set of fields, since they have not yet been unified) whose excitations appear to us as particles.

But there is a distinction to be made here. When we observe the Universe, we see only discrete events. Modern experimental physicists set up elaborate structures to 'prepare' the fields in a certain way, and then count the particulate events that result. We do not observe the continuous space or the continuous fields; they are products of our mathematical imagination created in an effort to obtain a logically satisfying explanation of why we observe the particles that we do.

As we move back in time toward the initial singularity, the modern theory suggests that the smooth

[page 107]

space - observed particle picture breaks down at the Planck length when particle become so energetic that their Schwarzchild radius is comparable to their de Broglie wavelength. Peacock page 257. One needs to know quite a lot of physics to make sense of this statement. We will follow two parallel courses, explaining the physicists' view of what is going on behind the scenes and using this picture to map our transfinite network model onto the observations. Model

Everything we observe, that is every message we receive from our environment, is encoded in discrete particles. So we fall in love by exchanging photons, phonons, and various atoms and molecules like pheromones. These physical events are processes by our sensory, nervous and hormonal systems to finally yield the sort of feelings represented by the words 'I'm in love', 'I love you', and so on.

We will deal with the processing of observations later. Psychology Here we are concerned with the physical particles which are exchanged. All these exchanges are discrete, and the unit of exchange is the quantum of action, introduced by Planck in 1900 to remove an infinity from the classical continuous calculation of the interaction between matter and radiation. The quantum of action is in a sense the fundamental unit of physics.

The quantum of action precedes space and time

Time is a count of actions.

The quantum of action is the basic unit of scale in physics. We are accustomed to scaling (measuring) things in terms of either space or time, but I suggest

[page 108]

here that the quantum of action is a natural measure that was fixed before the advent of space and time. In terms of an expanding Universe, the quantum of action came into existence before the Universe reached the Planck scale. It in fact determines the Planck scale.

Phys02Spacetime

We have given ourselves an initial singularity whose life is parametrized by time and nothing else. The frequency of the clock marking the time is E/h, rather like a photon. Each cycle of the clock is a quantum of action, and we map this setup onto the natural line considered as a numbered and ordered series of ticks of no particular 'distance' apart. This 'line' can be constructed by an entity (a 'Peano machine') that simply adds 1 to its history at each cycle.

Now we introduce space and the idea that a system can step through space in the same way that it steps through time. While the temporal stepping is measured by energy, the spatial stepping is measured by [momentum] In physics space is orthogonal to time, and without a time dimension may be considered eternal. Space functions as memory.

Space is subject to Newton's law: it does not move unless it is moved. We may thing of a treelike system of action penetrating layers of space and changing them. A space is a memory changed only at points subject to action, ie

[page 109]

read/write.

Space comes into existence when there are more states available than can be modified in a cycle, to that some of them become permanent by failing to change. Given the size of the transfinite network and the limited power of Turing machines, we expect space to be common and to grow in size x duration as the size increases and processing power (= energy+ remains constant, ie invariant with respect to t.

Peacock: 'in full quantum gravity, the very notion of a classical background spacetime ceases to exist. This is why it has not so far been possible to go beyond the case of quantum fields in a curved background.'

COMMUNICATION ==> EQUILIBRIUM

Friday 20 July 2007

Memory - a set of locations where values can be stored which is the same as Hilbert space, each dimension being a location (imagined as a point in the domain of a function) and the value of the function at that point being stored n the location. A similar data structure may be represented in an infinite series, where each index of the series addresses a memory cell and a computer in the cell determines the value of that term of the series.

Saturday 21 July 2007

Related sites

Concordat Watch

Revealing Vatican attempts to propagate its religion by international treaty


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Further reading

Books

Click on the "Amazon" link below each book entry to see details of a book (and possibly buy it!)

Cercignani, Carlo, Ludwig Boltzmann: The Man Who Trusted Atoms, Oxford University Press, USA 2006 'Cercignani provides a stimulating biography of a great scientist. Boltzmann's greatness is difficult to state, but the fact that the author is still actively engaged in research into some of the finer, as yet unresolved issues provoked by Boltzmann's work is a measure of just how far ahead of his time Boltzmann was. It is also tragic to read of Boltzmann's persecution by his contemporaries, the energeticists, who regarded atoms as a convenient hypothesis, but not as having a definite existence. Boltzmann felt that atoms were real and this motivated much of his research. How Boltzmann would have laughed if he could have seen present-day scanning tunnelling microscopy images, which resolve the atomic structure at surfaces! If only all scientists would learn from Boltzmann's life story that it is bad for science to persecute someone whose views you do not share but cannot disprove. One surprising fact I learned from this book was how research into thermodynamics and statistical mechanics led to the beginnings of quantum theory (such as Planck's distribution law, and Einstein's theory of specific heat). Lecture notes by Boltzmann also seem to have influenced Einstein's construction of special relativity. Cercignani's familiarity with Boltzmann's work at the research level will probably set this above other biographies of Boltzmann for a very long time to come.' Dr David J Bottomley  
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Khinchin, A I, Mathematical Foundations of Information Theory (translated by P A Silvermann and M D Friedman), Dover 1957 Jacket: 'The first comprehensive introduction to information theory, this book places the work begun by Shannon and continued by McMillan, Feinstein and Khinchin on a rigorous mathematical basis. For the first time, mathematicians, statisticians, physicists, cyberneticists and communications engineers are offered a lucid, comprehensive introduction to this rapidly growing field.' 
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Latourette, Kenneth Scott, A history of Christian misions in China, Ch'eng-Wen Publishing Company 1966  
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Peacock, John A, Cosmological Physics, Cambridge University Press 1999 Nature Book Review: 'The intermingling of observational detail and fundamental theory has made cosmology an exceptionally rich, exciting and controversial science. Students in the field — whether observers or particle theorists — are expected to be acquainted with matters ranging from the Supernova Ia distance scale, Big Bang nucleosynthesis theory, scale-free quantum fluctuations during inflation, the galaxy two-point correlation function, particle theory candidates for the dark matter, and the star formation history of the Universe. Several general science books, conference proceedings and specialized monographs have addressed these issues. Peacock's Cosmological Physics ambitiously fills the void for introducing students with a strong undergraduate background in physics to the entire world of current physical cosmology. The majestic sweep of his discussion of this vast terrain is awesome, and is bound to capture the imagination of most students.' Ray Carlberg, Nature 399:322 
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Polkinghorne, John, Quantum Physics and Theology: An Unexpected Kinship, Yale University Press 2008 Amazon Product Description 'Despite the differences of their subject matter, science and theology have a cousinly relationship, John Polkinghorne contends in his latest thought-provoking book.  From his unique perspective as both theoretical physicist and Anglican priest, Polkinghorne considers aspects of quantum physics and theology and demonstrates that the two truth-seeking enterprises are engaged in analogous rational techniques of inquiry. His exploration of the deep connections between science and theology shows with new clarity a common kinship in the search for truth.   The author identifies and explores key similarities in quantum physics and Christology. Among the many parallels he identifies are patterns of historical development in quantum physics and in Christology; wrestling with perplexities such as quantum interpretation and the problem of evil; and the drive for an overarching view in the Grand Unified Theories of physics and in Trinitarian theology. Both theology and science are propelled by a desire to understand the world through experienced reality, and Polkinghorne explains that their viewpoints are by no means mutually exclusive.' 
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TEC, Independent Committee of Inquiry into the Nuclear Weapons and Other Consequences of Australian Uranium Mining, Australia and the Nuclear Choice, Total Environment Centre 1984 Jacket: 'This report of the Independent Inquiry into the consequences of our uranium mining is the first community inquiry of its kind in the world. It considers the nuclear dilemma; the effects of nuclear war; problems of the fuel cycle, including environmental, occupational and waste disposal hazards; the political economy of nuclear energy, and the problem of controlling the build-up of nuclear arsenals.' 
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Townsend, Peter, and With an Intorduction by S Radhakrishnan, China Phoenix: The Revolution in China, Johnathan Cape 1955 Author's Note: 'This book attempts to describe the course of the Chinese Revolution, its early exercise of power, and its effect on society and individual. It has no academic pretensions. References have been kept to a minimum, and so far as is possible when describing a human upheaval of such magnitude and complexity I have confined myself to recording events which I witnessed myself, or the authenticity of which I have been able to corroborate with reasonable assurance.' 
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Links
Aquinas 45 Whether this is a good definition of eternity, "The simultaneously-whole and perfect possession of interminable life". I answer that, As we attain to the knowledge of simple things by way of compound things, so must we reach to the knowledge of eternity by means of time, which is nothing but the numbering of movement by "before" and "after". For since succession occurs in every movement, and one part comes after another, the fact that we reckon before and after in movement, makes us apprehend time, which is nothing else but the measure of before and after in movement. Now in a thing bereft of movement, which is always the same, there is no before or after. As therefore the idea of time consists in the numbering of before and after in movement; so likewise in the apprehension of the uniformity of what is outside of movement, consists the idea of eternity. Further, those things are said to be measured by time which have a beginning and an end in time, because in everything which is moved there is a beginning, and there is an end. But as whatever is wholly immutable can have no succession, so it has no beginning, and no end. Thus eternity is known from two sources: first, because what is eternal is interminable--that is, has no beginning nor end (that is, no term either way); secondly, because eternity has no succession, being simultaneously whole. back
Aristotle - Physics The Internet Classic Archive | Physics y Aritotle Written 350 B.C.E Translated by R. P. Hardie and R. K. Gaye back
IBM IBM.COM Company Mission: 'At IBM, we strive to lead in the creation, development and manufacture of the industry’s most advanced information technologies, including computer systems, software, networking systems, storage devices and microelectronics. We translate these advanced technologies into value for our customers through our professional solutions and services businesses worldwide.' back
Letter frequencies - Wikipedia Letter frequencies - Wikipedia, the free encyclopedia 'The frequency of letters in text has often been studied for use in cryptography, and frequency analysis in particular. An exact analysis of this is not possible, as each person writes slightly differently, and the amount of writing in a language is too vast to allow anything more than a statistical sample of a language to be analysed. . . . ' back
Ping - Wikipedia Ping - Wkipedia, the fre encyclopaedia 'Ping is a computer network tool used to test whether a particular host is reachable across an IP network. Ping works by sending ICMP “echo request” packets ("Ping?") to the target host and listening for ICMP “echo response” replies (sometimes dubbed "Pong!" as a metaphor from the Ping Pong table tennis sport.) Using interval timing and response rate, ping estimates the round-trip time (generally in milliseconds although the unit is often omitted) and rate of packet loss between hosts (can differ). . . . ' back
Wellcome Trust The Wellcome Trust Website 'The Wellcome Trust is an independent research-funding charity, established under the will of Sir Henry Wellcome in 1936. It is funded from a private endowment, which is managed with long-term stability and growth in mind. Its mission is 'to foster and promote research with the aim of improving human and animal health'. To this end, it supports 'blue skies' research and applied clinical research. It also encourages the exploitation of research findings for medical benefit. back

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