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General: SAINT MICHAEL (SEPTEMBER 29TH)=VATICAN (ANGELS AND DEMONDS)=ENRICO FERMI=CERN
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![](https://deephighlands.files.wordpress.com/2012/09/map-of-the-vatican.jpg)
![Pin on Prayer for you](https://i.pinimg.com/1200x/5b/c1/a2/5bc1a20e2c681c5fb259acc9a53d7967.jpg)
![Inquirer on X: "PRAY FOR US ???? Today, Sept. 29, is the feast day of St. Michael, one of the main angels of God. https://t.co/0JyoH9eGhx" / X](https://pbs.twimg.com/media/FdzTM1jaIAAeIc-.jpg:large)
Source: Facts.net
Welcome to our daily historical journey! In this article, we will explore the intriguing events and interesting facts that occurred on September 27th throughout history. It’s fascinating to delve into the past and uncover the significant milestones, memorable moments, and noteworthy achievements that shape our world today. From groundbreaking discoveries and technological advancements to political events and cultural milestones, September 27th has proven to be a day of great importance. This day holds a treasure trove of historical significance, and by exploring the events that unfolded on this date, we gain a deeper understanding of our collective past. So, join us as we embark on a captivating journey through time to discover all the facts and events that have taken place on September 27th in history.
HISTORICAL EVENTS
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1954: The U.S. Army opens the first nuclear power station at Shippingport, Pennsylvania.
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1964: The Warren Commission releases its report, concluding that Lee Harvey Oswald acted alone in the assassination of President John F. Kennedy.
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1996: Taliban forces seize control of Kabul, the capital of Afghanistan.
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2008: SpaceX launches the Falcon 1, becoming the first privately-funded liquid-fueled rocket to reach orbit.
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2014: Hong Kong pro-democracy protests, also known as the “Umbrella Movement,” begin after China announces plans for strict control over Hong Kong’s elections.
SCIENTIFIC BREAKTHROUGHS
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1825: George Stephenson successfully operates the first practical steam locomotive, the “Locomotion No. 1,” on the Stockton and Darlington Railway in England.
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1942: The first successful controlled nuclear chain reaction is achieved by a team led by Enrico Fermi at the University of Chicago.
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1998: The first robotic mission to Mars, NASA’s Mars Pathfinder, deploys the Sojourner rover and begins transmitting valuable scientific data back to Earth.
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2007: NASA’s Dawn spacecraft is launched, embarking on a mission to study the protoplanet Vesta and the dwarf planet Ceres.
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2015: Scientists announce the discovery of liquid water on Mars, raising the possibility of potential microbial life on the planet.
![Enrico Fermi. was born in Rome on 29th September, 1901, He attended a local grammar school In 1918, he won a fellowship of the Scuola Normale Superiore. - ppt download](https://images.slideplayer.com/26/8276849/slides/slide_2.jpg)
![Enrico Fermi. was born in Rome on 29th September, 1901, He attended a local grammar school In 1918, he won a fellowship of the Scuola Normale Superiore. - ppt download](https://images.slideplayer.com/26/8276849/slides/slide_4.jpg)
Enrico Fermi, Italian-American physicist, received the 1938 Nobel Prize in physics for identifying new elements and discovering nuclear reactions by his method of nuclear irradiation and bombardment. He was born in Rome, Italy, on September 29, 1901, and died in Chicago, Illinois, on November 28, 1954.
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Temple de la Madeleine Church - Geneva, Switzerland
Temple de la Madeleine Church - Geneva, Switzerland
Madeleine Church, Geneva, Switzerland. The Temple de la Madeleine Madeleine Church is located in the foot of the Old Town of Geneva, Switzerland
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Different cyclotron size: a) Lawrence ́s first one, b) Venezuela First one (courtesy of Dorly Coehlo), c) Fermi National Laboratory at CERN. And size matters, and Cyclotrons win as best hospital candidates due to Reactors are bigger, harder and difficult to be set in a hospital installation. Can you imagine a nuclear reactor inside a health installation? Radiation Protection Program will consume all the budget available. Size, controlled reactions, electrical control, made cyclotrons easy to install, and baby cyclotrons come selfshielded so hospital don ́t need to spend money in a extremely large bunker. Now on, we are going to talk about our first experience with the set up of a baby cyclotron for medical uses inside the first PET installation in Latin America. “Baby” means its acceleration “D” diameters are suitable to be set inside a standard hospital room dimensions, with all its needs to be safetly shielded for production transmision and synthetized for human uses for imaging in Nuclear Medicine PET routine. When we ask why Cyclotrons are better than reactors for radioisotopes production to be used in Medicine, we also have to have in mind that they has: 1. Less radioactive waste 2. Less harmful debris
https://www.researchgate.net/figure/Different-cyclotron-size-a-Lawrence-s-first-one-b-Venezuela-First-one-courtesy-of_fig3_221906035 |
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Midnight in Paris
Midnight in Paris |
Theatrical release poster
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Directed by |
Woody Allen |
Written by |
Woody Allen |
Produced by |
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Starring |
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Cinematography |
Darius Khondji |
Edited by |
Alisa Lepselter |
Production companies |
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Distributed by |
Sony Pictures Classics (United States) Alta Films (Spain)[1] |
Release dates |
- May 11, 2011 (Cannes)
- May 13, 2011 (Spain)
- May 20, 2011 (United States)
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Running time |
94 minutes[2] |
Countries |
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Language |
English |
Budget |
$17 million[1] |
Box office |
$151.7 million[1] |
Midnight in Paris is a 2011 fantasy comedy film written and directed by Woody Allen. Set in Paris, the film follows Gil Pender (Owen Wilson), a screenwriter and aspiring novelist, who is forced to confront the shortcomings of his relationship with his materialistic fiancée (Rachel McAdams) and their divergent goals, which become increasingly exaggerated as he travels back in time to the 1920s each night at midnight.[3]
Produced by the Spanish group Mediapro and Allen's US-based Gravier Productions, the film stars Wilson, McAdams, Kathy Bates, Adrien Brody, Carla Bruni, Tom Hiddleston, Marion Cotillard, and Michael Sheen. It premiered at the 2011 Cannes Film Festival and was released in the United States on May 20, 2011.[3][4] The film opened to critical acclaim. In 2012, it won the Academy Award for Best Original Screenplay and the Golden Globe Award for Best Screenplay. It was nominated for three other Academy Awards: Best Picture, Best Director and Best Art Direction.[5]
In 2010, disillusioned screenwriter Gil Pender and his fiancée, Inez, vacation in Paris with Inez's wealthy parents. Gil, struggling to finish his debut novel about a man who works in a nostalgia shop, finds himself drawn to the artistic history of Paris, especially the Lost Generation of the 1920s, and has ambitions to move there, which Inez dismisses. By chance, they meet Inez's friend, Paul, and his wife, Carol. Paul speaks with great authority but questionable accuracy on French history, annoying Gil but impressing Inez.
Intoxicated after a night of wine tasting, Gil decides to walk back to their hotel, while Inez goes with Paul and Carol by taxi. At midnight, a 1920s car pulls up beside Gil and delivers him to a party for Jean Cocteau, attended by other people of the 1920s Paris art scene. Zelda Fitzgerald, bored, encourages her husband Scott and Gil to leave with her. They head to a cafe where they run into Ernest Hemingway and Juan Belmonte. After Zelda and Scott leave, Gil and Hemingway discuss writing, and Hemingway offers to show Gil's novel to Gertrude Stein. As Gil leaves to fetch his manuscript, he returns to 2010; the cafe is now a laundromat.
The next night, Gil tries to repeat the experience with Inez, but she leaves before midnight. Returning to the 1920s, Gil accompanies Hemingway to visit Gertrude Stein, who critiques Pablo Picasso's new painting of his lover Adriana. Gil becomes drawn to Adriana, a costume designer who also had affairs with Amedeo Modigliani and Georges Braque. Having heard the first line of Gil's novel, Adriana praises it and admits she has always longed for the past.
Gil continues to time travel the following nights. Inez grows jaded with Paris and Gil's constant disappearing, while her father grows suspicious and hires a private detective to follow him. Adriana leaves Picasso and continues to bond with Gil, who is conflicted by his attraction to her. Gil explains his situation to Salvador Dalí, Man Ray, and Luis Buñuel; as surrealists, they do not question his claim of coming from the future. Gil later suggests the plot of "The Exterminating Angel" to Buñuel.
While Inez and her parents travel to Mont Saint Michel, Gil meets Gabrielle, an antique dealer and fellow admirer of the Lost Generation. He later finds Adriana's diary at a book stall, which reveals that she was in love with Gil and dreamed of being gifted earrings before making love to him. To seduce Adriana, Gil tries to steal a pair of Inez's earrings but is thwarted by her early return to the hotel room.
Gil buys new earrings and returns to the past. After he gives Adriana the earrings, a horse-drawn carriage arrives, transporting them to the Belle Époque, an era Adriana considers Paris's Golden Age, they go to the Moulin Rouge where they meet Henri de Toulouse-Lautrec, Paul Gauguin, and Edgar Degas, who all agree that Paris's best era was the Renaissance. Adriana is offered a job designing ballet costumes; thrilled, she proposes to Gil that they stay, but he, observing the unhappiness of Adriana and the other artists, realizes that chasing nostalgia is fruitless because the present is always "a little unsatisfying." Adriana decides to stay, and they part ways.
Gil rewrites the first two chapters of his novel. He retrieves his draft from Stein, who praises his rewrite. Still, he says that on reading the new chapters, Hemingway does not believe that the protagonist does not realize that his fiancée, based on Inez, is having an affair with the character based on Paul. Gil returns to 2010 and confronts Inez, who admits to sleeping with Paul but disregards it as a meaningless fling. Gil breaks up with her and decides to move to Paris. The detective following him takes a "wrong turn" and ends up being chased by the palace guards of Louis XVI just before a revolution breaks out. While walking by the Seine at midnight, Gil encounters Gabrielle. As it begins to rain, he offers to walk her home and learns that they share a love for Paris in the rain.
Main cast
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Gran colisionador de hadrones
![](https://upload.wikimedia.org/wikipedia/commons/thumb/a/a1/CERN_accelerator_complex_%28cropped_2%29.jpeg/600px-CERN_accelerator_complex_%28cropped_2%29.jpeg) Estructura detallada de los precolisionadores, colisionadores y aceleradores del LHC
El Gran Colisionador de Hadrones (LHC; en inglés: Large Hadron Collider) es el acelerador de partículas más grande y de mayor energía que existe y la máquina más grande construida por el ser humano en el mundo.12 Fue construido por la Organización Europea para la Investigación Nuclear (CERN) entre 1989 y 2001 en colaboración con más de 10 000 científicos y cientos de universidades y laboratorios, así como más de 100 países de todo el Mundo.3 Se encuentra en un túnel de 27 kilómetros de circunferencia y a una profundidad máxima de 175 metros bajo tierra, debajo de la frontera entre Francia y Suiza, cerca de Ginebra.
Las primeras colisiones se lograron en 2010 a una energía de 3,5 teraelectronvoltios (TeV) por haz, aproximadamente cuatro veces el récord mundial anterior, alcanzados en el Tevatron.45 Después de las correspondientes actualizaciones, alcanzó 6,5 TeV por haz (13 TeV de energía de colisión total, el récord mundial actual).6789 A finales de 2018, entró en un período de parada de dos años, que finalmente se ha prolongado hasta 2022, con el fin de realizar nuevas actualizaciones, con lo cual se espera posteriormente alcanzar energías de colisión aún mayores.
El colisionador tiene cuatro puntos de cruce, alrededor de los cuales se colocan siete detectores, cada uno diseñado para ciertos tipos de experimentos en investigación. El LHC hace colisionar protones, pero también puede utilizar haces de iones pesados (por ejemplo de plomo) realizándose colisiones de átomos de plomo normalmente durante un mes al año. El objetivo de los detectores del LHC es permitir a los físicos probar las predicciones de las diferentes teorías de la física de partículas, incluida la medición de las propiedades del bosón de Higgs10 y la búsqueda de una larga serie de nuevas partículas predicha por las teorías de la supersimetría,11 así como también otros problemas no resueltos en la larga lista de elementos en la física de partículas.
![](https://upload.wikimedia.org/wikipedia/commons/thumb/f/fc/CERN_LHC_Tunnel1.jpg/220px-CERN_LHC_Tunnel1.jpg) Túnel del Gran Colisionador de Hadrones (LHC) de la Organización Europea para la Investigación Nuclear (CERN) con todos los imanes e instrumentos. La parte del túnel que se muestra se encuentra debajo del LHC P8, cerca del LHCb.
El término "hadrón" se refiere a aquellas partículas subatómicas compuestas de quarks unidos por la fuerza nuclear fuerte (así como los átomos y las moléculas se mantienen unidos por la fuerza electromagnética).12 Los hadrones más conocidos son los bariones, como pueden ser los protones y los neutrones. Los hadrones también incluyen mesones como el pion o el kaón, que fueron descubiertos durante los experimentos de rayos cósmicos a fines de la década de 1940 y principios de la de 1950.13
Un "colisionador" es un tipo de acelerador de partículas con dos haces enfrentados de partículas que chocan entre sí. En la física de partículas, los colisionadores se utilizan como herramientas de investigación: aceleran las partículas a energías cinéticas muy altas que les permiten impactar con otras partículas.1 El análisis de los subproductos de estas colisiones, captados por los sensores, brinda a los científicos una buena evidencia de la estructura del mundo subatómico y de las leyes de la naturaleza que los gobiernan. Muchos de estos subproductos se producen sólo mediante colisiones de alta energía y se descomponen después de períodos de tiempo muy breves. Por lo tanto, muchos de ellos son difíciles o casi imposibles de detectar de otra manera.14
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