Lugalbanda and the mountain cave, ca. 2100. Enmerkar and the Lord of Arrata ca. 2100. Instructions of Shuruppak ca. 2600 BC. Inscription Tiglath-Pileser III. from Calah, ca. 750 BC. Inscription Tiglath-Pileser I. ca. 1100 BC. Apollodorus II. Pseudo Apollodorus - Bibliotheca. Plutarch Life of Alexander. Synoptic table of the principal old world prehistoric cultures. The synoptic table of the principal old world prehistoric cultures gives a rough picture of the relationships between the various principal cultures of prehistory outside the Americas, Antarctica, Australia and Oceania.

It also serves as an index of the broad features of that prehistory to be followed through links to articles. Literate cultures are shown in brackets (). Table[edit] See also[edit] References[edit] ^ Jump up to: a b Egyptian pyramids=2630BCE (Djoser); French Carnac stones=3000~4500BCE; Dolmens=5000BCE in Western Europe, progressing to Russia, as well as progressing thru Italy & Cyprus then reaching Israel/Jordan/Syria 4000~3000BCE; Gilgal Refaim Stonehenge in Mideast associated w/the era & builders of Dolmens, aka "Rogem Hiri," also=3000-4000BCE but this is only the top-layer, an as-yet unexcavated layer is discovered underneath^ Jump up to: a b A.: Gobekli Tepe PPNA level: ~9000 BCE.

Aphorismen von Arthur Schopenhauer. Kapitel II Von dem, was einer ist Dass _ dieses zu seinem Glücke viel mehr beiträgt, als was er hat, oder was er vorstellt, haben wir bereits im allgemeinen erkannt.

Immer kommt es darauf an, was einer sei und demnach an sich selber habe: denn seine Individualität begleitet ihn stets und überall, und von ihr ist alles tingirt, was er erlebt. In allem und bei allem genießt er zunächst nur sich selbst: Dies gilt schon von den physischen; wieviel mehr von den geistigen Genüssen. Daher ist das Englische to enjoy oneself ein sehr treffender Ausdruck, mit welchem man z.

Was nun aber, von jenen allen, uns am unmittelbarsten beglückt, ist die Heiterkeit des Sinnes: denn diese gute Eigenschaft belohnt sich augenblicklich selbst.

Sacher-Masoch - Venus im Pelz. Platon Gorgias. Ludwig Ganghofer. Platon - Laches. Platon Ion. Platon - Protagoras. Platon - Kriton. Platon - Apologie. Plato - Phaidros. Aristoteles - Poetik. Diogenes Laertius. List of undecidable problems. Problems in logic[edit] Problems about abstract machines[edit] The mortal matrix problem: determining, given a finite set of n × n matrices with integer entries, whether they can be multiplied in some order, possibly with repetition, to yield the zero matrix.

(This is known undecidable for a set of 7 or more 3 × 3 matrices, or a set of two 21 × 21 matrices.[2])Determining whether a finite set of upper triangular 3 × 3 matrices with nonnegative integer entries generates a free semigroup.Determining whether two finitely generated subsemigroups of Mn(Z) have a common element. Problems in combinatorial group theory[edit] Error 403. Empire - Kostüme Kleidung Mode nach Maß - Werkstatt Gandiva. Foucault_archiv. The Travels Of Scarmentado by Voltaire. I WAS born in Candia, in the year 1600.

Freud - Psychoanalyse: Notiz über den »Wunderblock« Wenn ich meinem Gedächtnis mißtraue — der Neurotiker tut dies bekanntlich in auffälligem Ausmaße, aber auch der Normale hat allen Grund dazu —, so kann ich dessen Funktion ergänzen und versichern, indem ich mir eine schriftliche Aufzeichnung mache.

Die Fläche, welche diese Aufzeichnung bewahrt, die Schreibtafel oder das Blatt Papier, ist dann gleichsam ein materialisiertes Stück des Erinnerungsapparates, den ich sonst unsichtbar in mir trage. Wenn ich mir nur den Ort merke, an dem die so fixierte »Erinnerung« untergebracht ist, so kann ich sie jederzeit nach Belieben »reproduzieren« und bin sicher, daß sie unverändert geblieben, also den Entstellungen entgangen ist, die sie vielleicht in meinem Gedächtnis erfahren hätte.

Wenn ich mich dieser Technik zur Verbesserung meiner Gedächtnisfunktion in ausgiebiger Weise bedienen will, bemerke ich, daß mir zwei verschiedene Verfahren zu Gebote stehen.

Voltaire - Scarmentado. Ludwig Tieck. Hugo von Hoffmansthal - 672. Nacht. Sacred Texts Timeline. Sacred-textsSacred Time Origins of World Religions This is a timeline which gives the history of sacred texts, as well as a few other relevant events.

Of course, not all of the dates in this timeline are accurate; some are entirely conjectural. I have included a few dates, events and documents which are or may be entirely fictional. Links on this page are to resources at this site, not to external sites. I welcome feedback about any errors of fact in this timeline.

Memories of the East Village Art Scene. In a strictly hedonistic way, Eileen’s Reno Bar was integral to the East Village community.

A narrow pocket of surrealism on Second Avenue between 11th and 12th, its ceiling surfaced in plastic jade plant—brown plastic jade plant—Eileen’s had its flaccid nights of dead-room tone. But most evenings brought a steady influx of pre-op transsexuals, clueless walk-ins, bisexual drug dealers, garrulous drunks with a schizophrenic flair, Ricardo Montalban types from Europe lusting after chicks with dicks, and a few black-humored fags like myself, who much preferred the Reno Bar’s nightly Halloween party to clocking the aging process in some drippy gay bar. Eileen’s had the carnal whoop-de-do of a fetish convention. It was also full of crack whores working the track on 11th Street.

Ball and socket joint. The ball and socket joint (or spheroidal joint) is a joint in which the ball-shaped surface of one rounded bone fits into the cup-like depression of another bone.

The distal bone is capable of motion around an indefinite number of axes, which have one common center. It enables the bone to move in many planes (almost all directions). An enarthrosis is a special kind of spheroidal joint in which the socket covers the sphere beyond its equator.[1] Examples[edit] Examples of this form of articulation are found in the hip, where the rounded head of the femur (ball) rests in the cup-like acetabulum (socket) of the pelvis, and in the glenohumeral joint of the shoulder, where the rounded head of the humerus (ball) rests in the cup-like glenoid fossa (socket) of the shoulder blade.[2] It should be noted that the shoulder includes a Sternoclavicular articulation joint. Human skeletal changes due to bipedalism.

[edit] Hip[edit] Knee[edit]

Lessons. A comparison of the Chimp, Human, and A. afarensis femur demonstrates a rounder femoral head and longer femoral neck length in bipeds.

The femur is a critical link between the pelvis, vertebral column, and the feet in a biped because all of the body's mass is transferred to the feet via this bone during standing and movement. The gluteal muscles that link the femur to the pelvis provide the propulsive force for locomotion. The rounded femoral head articulates with the pelvis at the acetabulum (hip joint). The femoral shaft is generally straight, ending in two bulbous condyles.

These are larger and more elliptical in bipeds compared to the relatively smaller and rounder condyles seen in quadrupeds. DER SPIEGEL 14/1966 - JESUS UND DIE KIRCHEN. Meine Herren, es wackelt alles! Theologieprofessor Ernst Troeltsch 1898 über die Jesus-Forschung häufig zitiert 1966. Birth–death process. The birth–death process is a special case of continuous-time Markov process where the state transitions are of only two types: "births", which increase the state variable by one and "deaths", which decrease the state by one. The model's name comes from a common application, the use of such models to represent the current size of a population where the transitions are literal births and deaths. Birth–death processes have many applications in demography, queueing theory, performance engineering, epidemiology or in biology. They may be used, for example to study the evolution of bacteria, the number of people with a disease within a population, or the number of customers in line at the supermarket.

When a birth occurs, the process goes from state n to n + 1. Monte Carlo method. Monte Carlo methods (or Monte Carlo experiments) are a broad class of computational algorithms that rely on repeated random sampling to obtain numerical results; typically one runs simulations many times over in order to obtain the distribution of an unknown probabilistic entity. They are often used in physical and mathematical problems and are most useful when it is difficult or impossible to obtain a closed-form expression, or infeasible to apply a deterministic algorithm.

Monte Carlo methods are mainly used in three distinct problem classes: optimization, numerical integration and generation of draws from a probability distribution. The modern version of the Monte Carlo method was invented in the late 1940s by Stanislaw Ulam, while he was working on nuclear weapons projects at the Los Alamos National Laboratory. Immediately after Ulam's breakthrough, John von Neumann understood its importance and programmed the ENIAC computer to carry out Monte Carlo calculations. Introduction[edit] Astronomers discover complex organic matter exists throughout the universe. Astronomers report in the journal Nature that organic compounds of unexpected complexity exist throughout the Universe.

The results suggest that complex organic compounds are not the sole domain of life but can be made naturally by stars. Prof. Sun Kwok and Dr. Random walk. Example of eight random walks in one dimension starting at 0. The plot shows the current position on the line (vertical axis) versus the time steps (horizontal axis). A random walk is a mathematical formalization of a path that consists of a succession of random steps. For example, the path traced by a molecule as it travels in a liquid or a gas, the search path of a foraging animal, the price of a fluctuating stock and the financial status of a gambler can all be modeled as random walks, although they may not be truly random in reality. The term random walk was first introduced by Karl Pearson in 1905.[1] Random walks have been used in many fields: ecology, economics, psychology, computer science, physics, chemistry, and biology.[2][3][4][5][6][7][8][9] Random walks explain the observed behaviors of processes in these fields, and thus serve as a fundamental model for the recorded stochastic activity.

Markov process. Markov process example Introduction[edit] A Markov process is a stochastic model that has the Markov property. It can be used to model a random system that changes states according to a transition rule that only depends on the current state. This article describes the Markov process in a very general sense, which is a concept that is usually specified further.

Particularly, the system's state space and time parameter index needs to be specified. This undated image provided by the journal Science a picokeystone, extracted from an aerogel tile from the Stardust interstellar dust collector. Scientists said seven microscopic particles collected by NASA's comet-chasing spacecraft, Stardust, appear to. Special relativity. Special relativity implies a wide range of consequences, which have been experimentally verified,[2] including length contraction, time dilation, relativistic mass, mass–energy equivalence, a universal speed limit, and relativity of simultaneity. It has replaced the conventional notion of an absolute universal time with the notion of a time that is dependent on reference frame and spatial position. Rather than an invariant time interval between two events, there is an invariant spacetime interval. Relativistic Doppler effect. Diagram 1. A source of light waves moving to the right, relative to observers, with velocity 0.7c.

The frequency is higher for observers on the right, and lower for observers on the left. The relativistic Doppler effect is the change in frequency (and wavelength) of light, caused by the relative motion of the source and the observer (as in the classical Doppler effect), when taking into account effects described by the special theory of relativity. Maxwell's equations. Kennedy–Thorndike experiment. Figure 1. Ives–Stilwell experiment. Ives–Stilwell experiment (1938). "Canal rays" (a mixture of mostly H2+ and H3+ ions) were accelerated through perforated plates charged from 6,788 to 18,350 volts. Michelson–Morley experiment. Figure 1.

Michelson and Morley's interferometric setup, mounted on a stone slab and floating in a pool of mercury. Cahier physique - physics workbook. PART I click here (from Copernicus to Newton) Time dilation of moving particles. Biologist warn of early stages of Earth's sixth mass extinction event. Lists of unsolved problems. Why Probability in Quantum Mechanics is Given by the Wave Function Squared. Library - Google Search. History of writing. Why study things? - An introduction to material culture. Oulipo.

How Your Brain Can Control Time. Optische Täuschungen - SPIEGEL ONLINE - Nachrichten. Panspermia. Near-Earth object. Humanzee. Pleiades. Schiefer. Erinyen. Proper motion. Universal Time. List of common misconceptions. William James Sidis. Seclusion. Ancient astronauts. Out-of-place artifact.