ES OBVIA LA RELACION DEL PI EN EL CONTEXTO AL NUMERO 4 Y LA MISMA SANTA CENA.
PI=4/RAIZ DE PHI
ESE APARENTEMENTE POR KAVALA ES EL VERDADERO VALOR DE PI SEGUN LA BIBLIA.
EL PI ES EVIDENTE QUE TIENE CONOTACION CON EL TIEMPO, INSISTO EN EL MARCO A QUE EL UNICO MANDAMIENTO DE LA TORA, NEXO CON EL TIEMPO ES EL CUARTO. EXODO 20 Y DEUTERONOMIO 5
NOTEN LA RELACION CON EL PI EN LA FORMULA DE EINSTEIN
ESTO NOS CONFIRMA QUE DICHO NUMERO TIENE FUERTE NEXO CON EL TIEMPO.
“The city of birth will be as much a unique part of your life as your descent from your mother.”
Albert Einstein, 1929
ALBERT EINSTEIN IN ULM, 1879 – 1880
Hermann Einstein (1847-1902), born in Buchau on the Federsee and merchant in Ulm, married 18 year-old Pauline Koch (1858-1920) from Cannstatt, the daughter of a purveyor to the royal household and corn-merchant in Stuttgart, on August 8, 1876. At first Hermann Einstein and his young wife lived at the “Suedlicher Muensterplatz” in Ulm. He was the joint owner of a company trading with feather-beddings at Weinhof A 90 (“Zum Engländer”, later renamed to Weinhof 19). Ulm was then a soaring town of some 33000 inhabitants with two percent among them being Jews. The Einsteins, also being of Jewish ancestry, participated in the religious life of the Jewish community. In 1878/79 Hermann Einstein and his pregnant wife moved to a new and larger residence at Bahnhofstrasse B 135 (in 1880 renamed to Bahnhofstrasse 20) in Ulm.
1 The house where Einstein was born
Einstein’s birth-place
About his birth-place in the Bahnhofstrasse 20, in a letter to Carlos Erlanger, son of the house-owner at that time, Einstein wrote in April 1929: “To be born the house is quite nice because on this occasion one does not yet have major aesthetic needs; instead one cries at his beloved ones without worrying much about reasons and conditions.”
The house, erected in 1871, was destroyed in December 1944 during one of the heaviest bombardments of Ulm. Einstein did not have any special relation to his birth-place. When he was shown a photo of his destroyed birth-place he wrote in his reply: “Time has affected it even much more than it has affected me.”
On March 14, 1879, a Friday, Pauline Einstein gave birth to her first child, a boy, in their residence in the Bahnhofstrasse. On the following day Hermann Einstein registered his son at the registry office in Ulm with the name Albert.
As the back of the head seemed much too big, the family initially considered a monstrosity. The physician, however, was able to calm them down and some weeks later the shape of the head was normal. When Albert’s grandmother saw him for the first time she is reported to have muttered continuously “Much too fat, much too fat!” Contrasting all apprehensions Albert grew and developed normally except that he seemed a bit slow.
Financially Hermann Einstein and his family were able to live a more or less untroubled life in Ulm. However, at the initiative of his younger brother Jakob, Hermann Einstein moved with his wife and the one year old Albert to Munich during the summer of 1880. There Hermann Einstein had the opportunity to become partner of his brother’s company Einstein & Cie. On June 21, 1880 Hermann Einstein registered himself and his family with the police. Thus after only 15 months Albert Einstein’s stay in Ulm had come to an end.
Until the present day it is not entirely clear whether Einstein ever visited his birth-place again. From several surviving letters, however, there is evidence that he might have visited Ulm briefly on passing through.
Ulm and Einstein
In 1920, after Einstein’s achievements had been widely recognized, Ulm also wanted to honour him. Thus, for example, in 1922 the decision was made to name a yet to be constructed street after him. Even though in Nazi-Germany this street was renamed Fichtestrasse (after Johann Gottlieb Fichte, 1762-1814, a German philosopher), it was named Einsteinstrasse again in 1945. On the occasion of his 50th birthday on March 14, 1929, Einstein was informed in a letter of congratulation by the then mayor that the city of Ulm had named a street in his honour. With respect to the Einsteinstrasse Einstein remarked in his reply: “I have already heard about the street named after me. My comforting thought was that I am not responsible for whatever is going to happen there.” Between 1920 and 1929 a lively exchange of notes between Ulm and Albert Einstein developed which, interrupted by the political situation in Germany, was only resumed in 1949.
In 1949 Ulm wanted to grant Einstein the rights of a freeman of the city. Einstein however declined, pointing to the fate of the Jews in Nazi-Germany.
While Einstein was still alive and also after his death in April 1955 several ceremonies and commemoration days were held in his honour.
At present, apart from the above-mentioned Einsteinstrasse, in Ulm you can find a memorial and a memorial tablet in the Bahnhofstrasse. In addition, the building of the “Volkshochschule” (school for adult education) carries the name “EinsteinHaus”. When laying the foundation-stone to the “EinsteinHaus – Haus der Volkshochschule” in January 1966 the nobel laureates Max Born (1882-1970), Otto Hahn (1879-1968) and Werner Heisenberg (1901-1976) were present. Since 1968 there is a permanent photographic exhibition in the first floor of the EinsteinHaus where the life of Albert Einstein is re-traced in a selection of individual photographs, arranged by Professor Hans (Nick) Roericht. Information about this exhibition is available under info@vh-ulm.de.
On the occasion of the 125th birthday of Albert Einstein a ceremonial act took place in the Congress Centre in Ulm on Sunday, March 14, 2004. After the lord mayor Ivo Gönner welcomed the audience, Johannes Rau, the prime minister of Baden-Württemberg Erwin Teufel and the head of the “Deutsche Physikalische Gesellschaft” (German Physical Society), professor Roland Sauerbrey held a speech. The ceremonial speech was held by doctor Albrecht Fölsing. The ceremonial act was musically accompanied by the Philharmonic Orchestra of the city of Ulm under the direction of James Allen Gähres.
The spring congress of the “Deutsche Physikalische Gesellschaft e.V.” (German Physical Society (incorporated society)) took place in Ulm in March. An Einstein opera was played in the “Grosses Haus” (Great House) of the Ulm Theatre from March to May. The cultural highlight of the Einstein year in Ulm, an Einstein exhibition, was presented in the town house on Muensterplatz from March 12 to August 29.
Time is like a river, it swifts and shores in one direction
This is a notion with which everyone must be familiar with, the obsession to know more about the universe and how things are happening the way they happen goes way back in 20,000 BC when cosmologist made attempts to describe the force which makes it all stable. Time is one leg of the chair of the universe in which we all stand, thus it is quite dangerous to tamper the force and experiment with it.
Consider this analogy of time and river, both have a unidirectional flow and we are just the boat sailing along whether be time or the river. Travelling backwards against the flow requires a lot of energy like what quoted by the theory of relativity E=mc^2 is the amount of energy we have to achieve, to begin with, time travel.
Now, as you might have a little idea about string theory, which discusses the how the river of time is divided into different streams and the stream which we get depends upon the actions we take in present.
From the concept of time travel, we can conclude that if we get enough energy we can flow back in time, but if we don't give it in the right direction, we might face consequences. Some of the hypothesis of the event that may follow are :
1. We can end up being an alternate form of reality ( the one we can't relate to from our past)
2. We might alter the space-time and end up having both the different reality come together
3. The concept to enter in an alternate reality may require more energy than to go in our reality of past, hence it might not be achieved
Following it all, it might be difficult to relate but consider like this, you have just started to move the boat against the stream but instead of going to the diversion from where you came in, you chose the alternate stream and thus you are in an alternate past. OR you try to go back to your path from where you came and suddenly the stream takes you to different diversion and you end up in an alternate reality of your time, both of which are equally exciting and terrifying.
My notion to say it as paradox square is because as both time travel and string theory are a big paradox in itself, it's quite difficult to imagine such an event to happen. The only way we can know it all when we get to know how to flow against the flow of time and look it all by ourselves.
Radio Data Using Vikings on Mars Further Confirm Einstein Theory
By Credit...The New York Times ArchivesEstimated Delay of Waves
Results of the experiment were reported at a news conference held at the Jet Propulsion Laboratory in Pasadena, Calif. The Viking 1 and 2 spacecraft are being controlled there.
The experiment was conducted last Nov. 25, Thanksgiving Day, at the time of solar conjunction. At that time, Mars moved behind the sun in relation to Earth, causing a total blackout of communications between the Vikings and Earth.
But just before and after the blackout, radio signals were transmitted from antennaes at Goldstone, Calif., and Canberra, Australia, to both of the Viking orbiters and landers and then from the spacecraft back to Earth. The round‐trip travel times of the signals were carefully clocked. The transmissions were repeated frequently to check for accuracy.
The results, Dr. Shapiro said, were “in very good agreement with the theory of general relativity.”
Not that he expected to prove Einstein wrong. Previous tests using spacecraft communications systems tended to confirm the theory, but the Viking test is considered twice as accurate, or more, than the previous ones.
In a telephone interview after the conference, Dr. Shapiro said:
“I would have been very surprised Einstein was wrong. But one just can't take theories for granted. Physics is an experimental approach to nature. Einstein came along to explain deviations in Newton's theory of gravity. And at some level of probing we may find Einstein's theory will break down and no longer be a totally adequate theory of the way nature behaves.”
I write about physics, science, academia, and pop culture.
Sep 30, 2015,10:51am EDT
Updated Sep 30, 2015, 03:56pm EDT
This article is more than 9 years old.
The dominant science news story of the moment is the latest discovery of water on Mars, which is fortuitously timed to coincide with the release of the movie The Martian this week. A little over a month from now, the big story will be the 100th anniversary of Einstein's completion of General Relativity. These might not seem like they have much to do with each other, but in fact, Mars missions have a closer connection to relativity than you might think.
John Grunsfeld, associate administrator at NASA's Science Mission Directorate, speaks with... [+]
General relativity famously involves the warping of space and time by gravity, and it was observations during a 1919 eclipse showing the bending of light that catapulted Einstein to fame. Stars near the disk of the Sun had their apparent position (relative to stars farther from the Sun) shifted slightly, as the rays that passed close to the Sun were deflected by its warping of spacetime. The measured deflection agreed nicely with Einstein's prediction, and the rest is one of the great hyperbolic headlines is history.
Of course, relativity makes lots of predictions about what should happen near a massive object like the Sun, and the bending of starlight only tests one. Another thing that ought to happen is a slight "stretching" of space-- which is why discussions of relativity almost always include stretched rubber sheets. The distance between two points in space will be slightly longer along a path that passes close to the Sun than along one that never goes near it.
Embedding diagrams showing the spacetime distortion in the vicinity of a massive object, and the... [+]
This is kind of a difficult thing to get your head around, but like everything else, it comes back to the fact that keeping the laws of physics consistent regardless of how you're moving requires the mixing of space and time. In special relativity, what one observer sees as purely a distance in space, somebody moving at constant speed relative to them will see as a mix of space and time-- the position of the two endpoints is measured at two slightly different times. This is the root of most of the "paradoxes" of relativity. The exact mix of space and time depends on the speed of the observer, and the equations of relativity tell you how to calculate that.
General relativity tells us that the exact mix of space and time for a particular measurement also depends on the presence of gravity. What an observer near the Sun sees as purely a distance in space will look, from far away, like a mix of space and time. This mixing changes the result for distance measurements.
La plaza de la Concordia se encuentra al pie de la avenida de los Campos Elíseos y bordea los jardines de las Tullerías. Hoy destaca por el Obelisco de Luxor (que data del año 3.300 a.C. y fue erigido en mayo de 1998), los prestigiosos hoteles que la bordean y sus dos fuentes monumentales (Fontaine des Mers y Fontaine des Fleuves). Creada a finales del siglo XVIII, la plaza de la Concordia fue conocida por ser uno de los lugares de ejecución durante la Revolución Francesa. Luis XVI y María Antonieta (entre otros) fueron guillotinados aquí. Entre 1836 y 1846, el arquitecto Jacques-Ignace Hittorf transformó la plaza en lo que es hoy.
You may know Paris for its cathedral Notre-Dame, the Eiffel Tower, its café culture and its amazing museums and art galleries. The French capital is also famous for its fantastic perspective that runs from the Louvre to La Défense. This is the ‘Voie Triomphale’, aka the Historical Axis of Paris.
This line is one of the most prestigious perspectives in the world. In fact, its design has inspired cities such as Buenos Aires, Washington DC, New Delhi and Canberra. In this article, we’ll learn more about the Historical Axis of Paris. We’ll discover the stunning monuments and I reveal to you some stunning facts.
More than just a series of monuments placed along the axis, it seems that a complex symbolism was at work in the mind of the successive urban planners.
The Historical Axis runs through some of Paris’ most celebrated monuments and squares:
The Louvre: the Glass Pyramid, the equestrian statue of Louis XIV portrayed as ‘Alexander the Great’ in the Cour Napoléon, and the Inverted Pyramid.
The Seine-Arche project endeavours to push the axis beyond La Défense, to the Seine.
Let’s move along the Historical Axis of Paris, from East to West, starting from the Louvre.
The Palace of the Louvre
Today the great perspective starts at the Louvre, immediately beyond the Church of St Germain l’Auxerrois.
The crab-shaped Palace was the main residence of the kings of France until 1682, when Louis XIV, the ‘Sun King’, moved his court to Versailles. It currently houses one of the world’s most wonderful museums in a complex that is known as the “Grand Louvre”.
President François Mitterrand left his mark with his pharaonic project of “Le Grand Louvre”. He wished to complete it for the bicentennial celebration of the French Revolution in 1989. The titanic project comprised of major renovation works and the construction of a new landmark along the Historical Axis: the celebrated (and controversial) Glass Pyramid.
But if you look closer, you’ll notice that the glass pyramid is not aligned with the other monuments on the Historical Axis.
That’s why something had to be added in this vast courtyard of the Louvre…
It’s about the discovery of an astounding system of literal ‘rivers of time’, which may even be described as the ‘fingerprints of the gods’. It is a planetary ‘Rosetta Stone’ for decoding history or even ‘reality’ itself. Sounds overly grandiose? Yes, but it’s not necessarily an exaggeration given the nature of the discovery.
Proving the existence of the ‘Time Rivers’ has explosive implications. And the claim here is that this has indeed been done. But that’s just the beginning of the story. What the ‘Time Rivers’ tell us - about who we are and everything else - is equally, if not more, profound.
The Time River Theory (TRT) is ultimately about the discovery and decoding of the ‘blueprint’ of reality - a blueprint that was literally carved on this planet by an unknown high intelligence. This is a brand new field just activated in 2003 via the publication of The Time Rivers. It’s about time we opened up the Gateway... to a new dimension.
To get a little more specific, here is an abbreviated list of what the Time River Theory is about and what it reveals (at least in the book The Time Rivers):
A grand system of literal ‘rivers of time’ flowing on our planet, created by some mysterious, higher intelligence.
The intricate ‘Time River scheme’ produced by the Nile, Tigris-Euphrates, Mississippi, etc. showing us the entire timeline of human civilization, both past and future.
Solutions to deep ancient mysteries of Egypt, Sumer, and even Mars.
Encoded ‘messages’ revealing extraterrestrial and/or extra-temporal origins of human civilization.
The 21st century being specifically pinpointed as the edge of time, when a ‘timegate’ opens up to bring mankind back to the realm of ‘Genesis’.
Tangible and unique solutions to the biblical events of Genesis such as Creation, the fallen angels, the Great Flood, the Ark, etc.
An encoded timeline of the United States anticipating ‘9/11’, an event suggested to mark the ‘end’ of the United States.
Please note that the the theory is extensive and still rapidly evolving, thus the above should be viewed as only the tip of the iceberg.
To learn more about the TRT, please see The Nile Decode - a paper posted online revealing the basic components of the thesis.
Current Status
A lot of very positive feedback has been received from those who have read The Time Rivers and/or The Nile Decoded. Some samples are posted here.
What about the reaction of the 'alternative history' crowd? How are they responding to the 'quantum leap' that the TRT would represent to their field? The answer to this question is not yet clear since the theory was revealed only recently and is not yet widely known. But the anticipation here is that the reaction would be more or less mixed. Because the Time River Theory is something that radically shifts the whole paradigm, there will probably be those in the field who are perhaps just too 'old' (at least mentally) to keep up with the sudden and rapid movement forward. And this is fine; the Time River system is a discovery for a new generation of truth seekers who maintain a fresh mind capable of clear and creative thinking.
There is actually so much more to the Time River scheme than made available so far (including the book), which is undoubtedly contributing to the tone of confidence expressed here. Hopefully there are many of you who can intuitively sense this 'energy' lurking just beneath the surface... It's all getting ready to come out now. If not already, please study the available material, understand the implications, and... well, join the revolution!
La Capilla de Santa María Magdalena es un templo católico ubicado en el Centro histórico de la Ciudad de México, en la alcaldía Cuahtémoc. Originalmente estuvo anexa al recogimiento de Santa María Magdalena, institución fundada en 1692 y fue construida de 1805 a 1808, como parte del proyecto de reconstrucción del recogimiento. Actualmente se utiliza como bodega de la dirección de la reforma agraria1
La real sala del crimen fue creada en 1568 como una dependencia de la Real Audiencia de México. su función era la administración y aplicación de la justicia en la totalidad del reino.2 Durante los dos primeros siglos del periodo virreinal la real sala del crimen contó con instalaciones muy reducidas para las mujeres que delinquían y por lo general eran enviadas a casas de carácter religioso o privadas donde frecuentemente eran sometidas a trabajos forzados.2
En 1692 se fundó en la ciudad el primer recogimiento para reclusión de mujeres, utilizando el modelo de España, donde se desarrollaron los recogimientos como instituciones que tenían como fin al re encauzamiento de las reclusas, en lugar del simple castigo encerrándolas en cárceles o galeras. El proyecto estuvo a cargo de Francisco de Zaraza y Arce, alcalde de la sala del crimen y el arzobispo de México Francisco de Aguiar y Seijas. El recogimiento fue fundado en una casa del barrio indígena de San Lucas que pertenecía a los Mercedarios y dedicado a María Magdalena.2 Ahí fueron trasladadas las mujeres que se encontraban en la sección de reclusas del Hospital de la Misericordia.3 En el recogimiento eran recluidas las mujeres que cometían delitos como prostitución, homicidio robo, escándalo en la vía pública por ebriedad, sacrilegio y lesiones.1
A principios del siglo xix el recogimiento se encontraba sin medios para funcionar y en un estado ruinoso, por lo que fue necesario re edificarlo. La obra fue financiada por los inquisidores del tribunal del santo oficio ya que el gobierno carecía de fondos para realizarla1 y fue llevada a cabo de 1805 a 1808 por José Antonio González Velázquez, director de la Academia de San Carlos y su sobrestante José Antonio de Zúñiga quien se encargó del acopio de los materiales necesarios y de la contratación de la mano de obra requerida.1
El nuevo edificio fue dedicado el 14 de marzo de 1808 en una ceremonia donde acudieron el virrey Iturrigaray, autoridades del tribunal de la inquisición, el cura de la parroquia de San Miguel y el arquitecto Ignacio Castera. La capilla fue dedicada 5 días después.1
El recogimiento funcionó hasta 1812, cuando el virrey Francisco Xavier Venegas ordenó desocupar el edificio para albergar a los presidiarios que construían el proyecto de la zanja cuadrada,2 que tenía como finalidad el resguardo de la ciudad. En 1815 fueron trasladadas al hospital de San Antonio Abad, que se encontraba vacío y la casa de las recogidas fue convertida en caballerizas2
En 1833 el edificio es reparado y adaptado para ser la sede del Colegio Militar. En 1835 el ayuntamiento dispuso la entrega de las instalaciones al colegio,4 el cual lo ocupó hasta 1841, cuando fue trasladado al Castillo de Chapultepec.
En 1863 durante la Segundo Imperio Mexicano el edificio fue transformado en el hospital militar del imperio, el cual fue conocido como el hospital de san Lucas.5 Para 1867, una vez restaurada la República, el presidente Benito Juárez nombró al destacado coronel médico cirujano Francisco Montes de Oca, director del Hospital Militar, puesto que ocupó hasta su muerte en 1885.5 Durante este periodo La capilla de Santa Magdalena fue utilizada como anfiteatro del hospital militar.2
Al respecto del uso de la capilla como anfiteatro del hospital, el científico y escritor Manuel Rivera Cambas escribió:
...El anfiteatro está formado por un perfecto octágono, la cúpula sostenida por columnas, las ventanas superiores sin cristales y enrejada la parte inferior para buscar la mejor ventilación. Las paredes aparecen adornadas con los nombres de los mas famosos médicos antiguos y modernos; en el centro de la estancia hay dos planchas de madera, giratorias, forradas con zinc y de trecho en trecho mesas encubiertas del mismo metal para colocar las piezas; el pavimento es de mármol.6
Tema anterior
1 The house where Einstein was born
![John Grunsfeld, associate administrator at NASA's Science Mission Directorate, speaks with... [+] colleagues at a press conference where NASA announced new findings that provide the 'strongest evidence yet' of salty liquid water currently existing on Mars. (Photo by Win McNamee/Getty Images)](https://imageio.forbes.com/specials-images/imageserve/490420754/640x0.jpg?format=jpg&width=1440)
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A grand system of literal 
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