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General: ¿PORQUE EINSTEIN NACIO EL DIA 14 DE MARZO OSEA UN 3:14=PI?
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Message 23 of 23 on the subject |
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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.
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Efemérides 14 de marzo: El día que Isabel ‘la Católica’ ordenó a los judíos a convertirse
https://nuestrahistoria.es/efemerides-14-marzo-el-dia-que-isabel-la-catolica-ordeno-a-los-judios-a-convertirse/ |
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History. The Order of Isabel the Catholic was instituted by King Ferdinand VII on 14 March 1815. The original statutes of the Order were approved by Royal ...
The order was established on March 14, 1815 by the Spanish King Ferdinand VII in honor of the Queen of Castile Isabella I with the original name "Royal ...
Isabella I also called Isabella the Catholic (Spanish: Isabel la Católica), was Queen of Castile and León from 1474 until her death in 1504.
2 oct 2021 — It was created on March 14, 1815 by King Ferdinand VII in honor of Queen Isabella I with the intent of “remembering the firm allegiance to ...
25 may 2023 — ... Isabella the Catholic. This recognition is a distinction of the Spanish State, instituted by King Ferdinand VII on March 14, 1815, with the ...
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Category:Order of Isabella the Catholic
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English: The Order of Isabella the Catholic (Spanish: Orden de Isabel la Católica) is a Spanish civil order granted in recognition of services that benefit the country. The Order is not exclusive to Spaniards, and many foreigners have been awarded it. The Order was created on 14 March 1815 by King Ferdinand VII of Spain in honor of Queen Isabella I of Castile with the name of "Royal and American Order of Isabella the Catholic" with the intent of "rewarding the firm allegiance to Spain and the merits of Spanish citizens and foreigners in good standing with the Nation and especially in those exceptional services provided in pursuit of territories in America and overseas." The Order was reorganized by royal decree on 26 July 1847, as the modern "Royal Order of Isabella the Catholic" with a broader focus than the Americas.
Español: La Real Orden de Isabel la Católica es una condecoración del Reino de España creada por el rey Fernando VII de España el 14 de marzo de 1815, con el nombre de Real y Americana Orden de Isabel la Católica, con el fin de «premiar la lealtad acrisolada y los méritos contraídos en favor de la prosperidad de aquellos territorios», y mediante un Real Decreto del 26 de julio de 1847 la orden tomó el nombre de Real Orden de Isabel la Católica. El último reglamento fue aprobado por Real Decreto en 1998, siendo su función actual "premiar aquellos comportamientos extraordinarios de carácter civil, realizados por personas españolas y extranjeras, que redunden en beneficio de la Nación o que contribuyan, de modo relevante, a favorecer las relaciones de amistad y cooperación de la Nación Española con el resto de la Comunidad Internacional". En la actualidad depende del Ministerio de Asuntos Exteriores de España. El gran maestre de la Orden es el rey de España, mientras que el gran canciller de la Orden es el ministro de Asuntos Exteriores. Todos los títulos de las condecoraciones de la Orden deben llevar las firmas de ambos.
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This is a main category requiring frequent diffusion and maybe maintenance. As many pictures and media files as possible should be moved into appropriate subcategories. |
Subcategories
This category has the following 11 subcategories, out of 11 total.
Pages in category "Order of Isabella the Catholic"
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The Order of Isabel the Catholic was instituted by King Ferdinand VII on 14 March 1815. The original statutes of the Order were approved by Royal Decree of 24 March, with membership made in three classes: Grand Cross, and Knights of First and Second Class. Ferdinand VII was declared the Order's Founder, Head, and Sovereign. On 7 October 1816, at the suggestion of the Chapter of the Order, the Knights of the first class were renamed Commanders and the second class were renamed Knights.
By royal decree of 26 July 1847, Isabella II reorganised the four royal orders in Spain: the Order of the Golden Fleece, the Langues of Aragon and Castile of the Order of Saint John of Jerusalem, the Order of Charles III, and the Order of Isabella the Catholic. The latter was reserved to reward exclusively the services rendered in the Overseas territories. The classes of the order became Knight, Commander, Commander by Number, and Grand Cross. The concession and tests of nobility was suppressed in all the Royal Orders. By royal decree of 28 October 1851, no concessions of Grand Cross of any orders were to be made without the proposal of the Council of Ministers and concessions for the lower classes with the proposal of the Secretary of State.
After the establishment of the First Republic, the Order was declared to be extinguished by Decree of 29 March 1873 as deemed to be incompatible with the republican government. Use of the various insignias was allowed to those who possessed them. When King Alfonso XII ascended to the throne, the Order was reestablished by Decree of 7 January 1875.
 Coat of arms of Alfonso XIII, with collar and heraldic mantle of the Order.
During the minority of Alfonso XIII, his mother and Regent, Maria Cristina, signed the royal decrees of 15 April 1889 and 25 October 1900. Among other things, they sought to impose entry into the Order by the category of Knight, to prohibit the use of decorations until the corresponding title was obtained, and to ratify the obligation that the Grand Cross be awarded with the agreement of the Council of Ministers and for conferees to be published in the Official Gazette. By Royal Decree of 14 March 1903, the Silver Cross of the Order was created, and by Royal Decree of 15 April 1907, the Silver and Bronze Medals.
In Royal Decree 1118, of 22 June 1927, the superior grade of Knights of the Collar was created, to be awarded to prominent personalities of extraordinary merit. It also provides that women can also be decorated with either the lazo or banda.
The Provisional Government of the Republic, by decree of 24 July 1931, abolished all orders under the Ministry of State, except for the Order of Isabella the Catholic. The regulations approved by decree of 10 October 1931 introduced a new degree: Officer (Oficial). By decree of 8 August 1935, it was established that the first degree in the Order of Isabella the Catholic was that of the Grand Cross, the Collar being reserved exclusively for very exceptional cases.
In 1938, Franco, by decree of 15 June, restored the Order in its traditional meaning: to reward meritorious services rendered to the country by nationals and foreigners. The order's regulations were approved by Decree of 29 September 1938. According to the 1938 regulations, the order consisted of the following grades: Knight of the Collar, Knight Grand Cross, Commander by Number, Commander, Knight, and Silver Cross. Decree 1353/1971, of 5 June, re-incorporated the rank of Officer, placing it between the grades of Knight and Commander. Thus, the Order consisted of the following grades: Knight of the Collar, Knight of the Grand Cross, Banda de Dama (denomination of the Grand Cross when granted to ladies), Commander by Number, Commander, Officer, Knight, Lazo de Dama (the degree of Knight when it is granted to ladies), and Cruz de Plata.
The order's current regulations date from 1998 as approved by Royal Decree 2395/1998, of 6 November. Among its provisions, the categories of Banda de Dama, Cruz de Caballero and Lazo de Dama were repealed to avoid possible interpretations of there being gender discrimination. Notwithstanding this, for aesthetic and functional reasons, the ladies who are decorated use reduced versions of the insignia of each degree of the Order.
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“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.
https://einstein-website.de/en/ulm/ |
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Does space "flow" like a river? There's an analogy in General Relativity ... Why The Theory of Relativity Doesn't Add Up (In Einstein's Own Words).
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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.”
Possible Seismic Event on Marshttps://www.nytimes.com/1977/01/07/archives/radio-data-using-vikings-on-mars-further-confirm-einstein-theory.html |
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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.
https://www.forbes.com/sites/chadorzel/2015/09/30/going-to-mars-to-probe-spacetime/ |
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