Podcast appearances and mentions of jocelyn bell

Jocelyn Bell is the editor and publisher of Broadview, a Canadian faith-based magazine and media organization. With roots dating back to 1829, Broadview is the oldest continuously published magazine in North America. Broadview covers national and international issues related to spirituality, justice, and ethical living. Jocelyn reflects on the publication's rich history while also addressing the modern challenges faced by faith-based media.

1000 Lichtjahre von der Erde entfernt ist vor gut 19.000 Jahren ein Stern ziemlich gewaltig explodiert. Das, was dabei übrig geblieben ist, erforschen wir seit fast 200 Jahren. Was wir dabei gelernt haben und in Zukunft noch lernen werden, erfahrt ihr in der neuen Folge der Sternengeschichten. Wer den Podcast finanziell unterstützen möchte, kann das hier tun: Mit PayPal (https://www.paypal.me/florianfreistetter), Patreon (https://www.patreon.com/sternengeschichten) oder Steady (https://steadyhq.com/sternengeschichten)

Liz Meitner, Rosalind Franklin, Madame Wu, Jocelyn Bell, son algunas de las físicas y químicas cuyo merito a su investigación fue otorgado a los hombres con los que compartían su trabajo. Hombres todos ellos que  menospreciaron el trabajo de sus colegas científicas. Noelia Freire física y divulgadora científica: "Historias de traiciones" 

durée : 00:03:43 - Le Pourquoi du comment : histoire - par : Gérard Noiriel - Elle a découvert le premier pulsar. Jocelyn Bell Burnell, astrophysicienne britannique, a reçu de nombreuses distinctions pour ses recherches. Pourquoi est-elle encore souvent citée comme un exemple du processus de marginalisation des femmes dans l'histoire des découvertes scientifiques ?

Das Sternbild Fuchs wurde erst im 17. Jahrhundert eingeführt. Alte Karten zeigen es mit einer Gans, auf die heute verzichtet wird. Eine ganz besondere Beute führt das Sternbild dennoch mit sich: Hier entdeckte Jocelyn Bell 1967 den ersten Pulsar.Lorenzen, Dirkwww.deutschlandfunk.de, SternzeitDirekter Link zur Audiodatei

Nur vier der über 200 Personen, die bisher den Nobelpreis für Physik bekamen, sind Frauen. Das Nobelkomitee übersieht oft die Leistung von Forscherinnen: Ein krasses Beispiel ist die Astronomin Jocelyn Bell-Burnell, die Entdeckerin der Pulsare.Lorenzen, Dirkwww.deutschlandfunk.de, SternzeitDirekter Link zur Audiodatei

The moon passes by Venus and Mars. The moon goes through northern lunistice. Saturn rules the morning while Jupiter creeps in and Mercury tries. A Cambridge University student worked for two years helping build a radio signal detecting apparatus. She spent hours poring over the data it produced. And after she discovered the first known pulsar, two other people got a Nobel prize for it. Find out how well Jocelyn Bell took it in the conclusion to the series on unexpected discoveries in radio astronomy.

Sie hat eine der wichtigsten Entdeckungen im All gemacht - den Nobelpreis dafür bekam ihr Doktorvater, obwohl er anfangs nicht an ihre Beobachtung glaubte. Die Pulsare, die Jocelyn Bell entdeckt hat, können Teile von Einsteins Relativitätstheorie beweisen. Autor: Frank Zirpins Von Frank Zirpins.

Ela mudou o cenário da astronomia para sempre, e não recebeu o premio Nobel por isso. Para chegar la, ela teve que lutar muito pelo direito de fazer ciencia! Ela é Jocelyn Bell, a descobridora de pulares!

Working as a freelance writer for the the United Church Observer 20 years ago, Jocelyn realized she had a passion for journalism and for sharing stories that inspire, inform and challenge her readers. Over the last two decades she has seen journalism evolve into the digital realm, the rise of social media, and also the transformation of the Observer to what is now Broadview. The magazine and website's tagline is "Spirituality, Justice and Ethical Living", and as their website's About page says, "With Broadview, Editor and Publisher Jocelyn Bell aims to create an inclusive magazine and digital platforms for thoughtful readers interested in exploring and living out progressive Christianity's core values. “We understand that this means being both introspective and outward-looking,” she says. “We are required to examine our beliefs and values, and to live and act accordingly. We are called to engage deeply with the justice issues of our day — and to believe that hope lies in caring profoundly for one another and for our planet.”In this episode of the podcast, one of Broadview's online stories that Jocelyn talks about is an article written by Emily Standfield that you will definitely want to read for yourself after hearing why Jocelyn loves it so much (and so do we!), so here is the direct link to that story:https://broadview.org/medically-assisted-death-church/To subscribe to Broadview, make a donation, or follow their social media, visit broadview.org or their Facebook page, https://www.facebook.com/BroadviewMag

Invité : Hadrien Dupuis, porteur du projet de l'observatoire Jocelyn Bell

Os sons tamén poden ser utilizados para divulgar o espazo, non todo van ser imaxes. O investigador do Instituto Astrofísico de Andalucía (IAA-CSIC) Enrique Pérez Montero é cego. Para facer divulgación astronómica válese de son reais, sonificacións e musificacións. Este recurso é moi potente e inclusivo. Hai detalles que te perdes se non o escoitas, aínda que poidas ver. A astrofísica Jocelyn Bell é a descubridora dos púlsares, unha sorte de estrelas-faro que emiten periodicamente ondas de radio. A historia da súa vida é fascinante. Coa colaboración de Martin Pawley entrevistamos na Coruña a Jocelyn Bell, un faro tamén para os astrónomos afeccionados que a convidaron a participar no seu XXIV Congreso Estatal de Astronomía. As voces da dramatización sonora corresponden a Victoria Pérez e César Goldi. www.efervesciencia.org

¿Es lo mismo un púlsar y una estrella de neutrones?

Pour découvrir la sonde Perifit, c'est par ici https://fr.perifit.co/ Tu as moins 15% avec le code OVAIRES15Dans ce 158 ème épisode, Marie Bongars te raconte la vie de Jocelyn Bell, astrophysicienne renommée, elle fut à l'origine de l'une des plus importante avancée de la discipline. Pourtant, ce ne sera pas elle qui sera récompensée d'un Prix Nobel pour sa découverte… Bonne écoute!Si vous souhaitez nous contacter, n'hésitez pas à le faire…Par mail : unesacreepairedovaires@gmail.comPar instagram : https://www.instagram.com/unesacreepairedovaires/?hl=frSi vous souhaitez recevoir les transcriptions de ce podcast, vous pouvez me contacter via l'une de ces deux adresses.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Storie di inventori a cui fu "soffiata" l'idea

Entrevista a Carla Hernández, académica del departamento de física de la Universidad de Santiago de Chile. Conversamos sobre mujeres físicas, 4 de ellas premiadas con el Nobel (Marie Curie, Maria Goeppert Mayer, Donna Strickland y Andrea Ghez) y otras que, mereciéndolo, no lo recibieron (Lise Meitner, Vera Rubin y Jocelyn Bell).

December 27, 2020 - Jocelyn Bell by

Il “colpo di fulmine” è quell'istante in cui il nostro posto nel mondo diventa improvvisamente chiaro e unico. È stato così per Jocelyn Bell, che sin da bambina si innamorò della fisica, arrivando a scoprire quella che tutt'ora viene considerata una delle scoperte scientifiche più importanti del XX secolo, le radio Pulsar, anche se non le venne mai riconosciuto il merito.

Hay muchas científicas de las que queremos hablar. En este episodio hablamos de 2 de mujeres que marcaron la historia de la Ciencia : La naturalista Maria Merian y la astrofísica Jocelyn Burnell. Maria Merian cambio la forma en que se estudiaban los insectos con sus libros de ilustración científica, especialmente con Metamorfosis de los insectos del Surinam. Jocelyn Bell descubrió hizo un doble descubrimiento al encontrar las señales de púlsares demostrando además la existencia de las estrellas de neutrones.  Support the show (https://www.patreon.com/jugodeciencia)

Arno Penzias and Robert Wilson had a problem. In the 1960s, the researchers at Bell Laboratories were studying radio waves reflected from a giant balloon in orbit. But the signal was noisy. They eliminated every source of interference they could think of — including pigeon droppings inside their radio telescope. But the noise remained. When they talked to other scientists, though, they realized the “noise” was actually an important discovery: the “afterglow” of the Big Bang. Astronomy contains many such instances of serendipity — chance discoveries made while working on a different topic. In 1967, for example, graduate student Jocelyn Bell was using a radio telescope to study quasars — some of the brightest objects in the universe. She discovered several sources, though, that produced regular “pulses” of radio waves. She and her advisor ruled out many possible explanations for these “pulsars.” Another researcher eventually came up with the answer: They’re the spinning corpses of massive stars that “beam” energy into space. As Bell was making her discovery, satellites were making another. They were looking for nuclear bomb tests, which were banned by a treaty. Instead, they found bursts of gamma rays from deep space. The discovery was declassified in 1973. But it took decades to work out the sources of the gamma-ray bursts: the explosions of massive stars, or the mergers of the corpses of such stars — serendipitous discoveries in the stars. Script by Damond Benningfield Support McDonald Observatory

Conoce la historia de cómo Jocelyn Bell descubrió las estrellas de neutrones cuando era estudiante, pero el premio Nobel se lo dieron a otro. Escucha además la anécdota de los tatuajes del astronauta. Para comentarios o sugerencias, escríbeme a: Laika.podcast@gmail.com

Joy || Jocelyn Bell by

Jocelyn Bell; and 20 PhDsAstrophysicist and discoverer of the first radio pulsars in 1967, Jocelyn Bell Burnell, joins Dr. Shane; and it's another 20 PhDs special, with the following PhD candidates talking to Shane about the where, what, why of their studies:Amy Coe, University of Melbourne: Ceasing anti-depressantsNilakhi Poddar, The University of Melbourne: Arsenic biosensor James Rule, Monash University/Museums Victoria: fossilised sealsJacinta Humphrey, La Trobe University: urban bird communities.Emily Ramage, University of Newcastle: co designed health interventions for stroke survivorsEleonora Comeo, University of Nottingham and Monash University: fluorescent moleculesHamdi Jama, Monash University: The connection of dietary fibre to heart diseaseYara Toenders, Orygen (Centre for Youth Mental Health) & University of Melbourne: DepressionZoe Jenkins, Swinburne University of Technology and St. Vincent’s Hospital, Melbourne: Cardio vascular & anorexiaShammi Akter Ferdousi, Deakin University: Non flammable batteriesCassie Hatzipantelis, Monash Institute of Pharmaceutical Sciences: Anti psychoticsLong Nguyen, The University of Melbourne: Enhanced wound healing.Kate senior, The University of Melbourne: Better managed fire prone landscapesWessel Burger, Monash Institute of Pharmaceutical Sciences: Improving clinical translation of drugsEveline Mu, Swinburne University: Facial emotion processing in individuals with low and high autistic tendenciesSimone Stevenson, Deakin University: Metrics of biodiversity lossMichelle Clark, The Walter and Eliza Hall Institute of Medical Research: new treatments for LeishmaniasisClaire Young, Deakin University: Treating depression with diet changeMehri Barabadi, Hudson institute of medical science, treating Multiple sclerosis using cells from the placenta Samantha Davis, Peter DOherty Institute for Infection and Immunity: new HIV therapiesMaria Petraki, Hudson Institute: Biomarkers to monitor ovarian cancerEttore Camerlenghi, Monash University: What a society looks like for birdsProgram page: Einstein-A-Go-GoFacebook page: Einstein-A-Go-GoTwitter: Einstein-A-Go-GoAnd live every Sunday at 11:00a.m AEST on RRR 102.7mHz FM.

The intensity of celestial sources passing over the fixed field of radio receivers was recorded on strip charts and had to be analyzed by visual inspection. This task fell naturally to the graduate student of the group, Jocelyn Bell. On August 6, 1967, she first noticed a peculiar train of radio signals when the sky at right ascension 19h19min passed through the field of view. What could have caused such a transient periodic signal? The first suspicion was of course interference from some electric equipment, like the ignition of a passing car or a satellite. But to the surprise of Bell the signal appeared again at about the same time of day. After a few months it was obvious that the regular pulses were coming from a celestial source beyond our solar system. Furthermore a recording of the source with sub-second time resolution on November 28, 1967, revealed pulses repeating at a regular period of 1.33 s. At that point - the discovery of the phenomenon was still kept secret - the thought that radio signals from an extraterrestrial civilization had been recorded was seriously considered, under the code "LGM" (little green men). (An excerpt from ‘Gamma-Ray Pulsars’ by Gottfried Kanbach, chapter 6 in ‘The Universe in Gamma Rays’ (2001), edited by Volker Schönfelder)). Listen in...

Los púlsares son estrellas de neutrones que emiten radiaciones periódicas, y una demostración de que la periodicidad también no es una propiedad exclusiva de lo artificial. Los científicos Jocelyn Bell y Antony Hewish descubrieron las primeras señales de un púlsar en 1967 y su descubrimiento valió el Premio Nobel de Física 1974, aunque la academia sueca obvió a Bell por ser mujer. Todo esto y mucho más en esta entrevista desclasificada del episodio 1x08 de Toma la pastilla roja, con la periodista científica América Valenzuela.

Héctor Rago En 1967 Jocelyn Bell era estudiante de postgrado cuando detectó por primera vez un nuevo tipo de estrellas que serían conocida como púlsares. En 1974 su tutor ganó el Nobel en física por el descubrimiento. Jocelyn no fue incluida en la premiación.

Honoured to share three women, Nicole Val, Jocelyn Bell and Mel Johnson at different stages of their journey into becoming mothers with the help of science, by themselves. I wanted to respond to news that an NHS body has banned single women from accessing IVF stating research which included phrases like 'single mothers are a burden on society' and " sole woman is unable to bring out the best outcomes for the child.” I hope by sharing a snapshot from a different perspective...i.e one from those actually doing it; we can start to appreciate how incredibly strong, capable and absolutely fantastic these sorts of women are. As always I would love to hear from you so please do get in touch on Instagram @thisisalicerose, email me alicerosecreative@gmail.com and share, rate, review subscribe allllll the good stuff!! Thank you so much! With grateful thanks to my guests and if you'd like to find them, here are their Instagram handles: Nicole @nicole_val Jocelyn @motheringsolo Mel @the_stork_and_i

June 2 - Jocelyn Bell - Awe And Wonder by

En el programa de hoy comentamos un estudio científico sobre el llamado “humanoide de Atacama”, un extraño cuerpo momificado encontrado en Chile, que tiene apenas 13 cm de longitud y un sorprendente aspecto, que algunos relacionaron con alienígenas. Hablamos con Marina Mosquera sobre un trabajo publicado recientemente en Plos One que describe las herramientas utilizadas por los homínidos que habitaron la Gran Dolina, en la Sierra de Atapuerca, hace más de 850.000 años. Astronomía al Aire cuenta la historia de Jocelyn Bell, la descubridora de los púlsares. Jorge Laborda habla de una investigación en la que analizaron los contenidos de neonicotinoides, los insecticidas más utilizados, en la miel de las abejas. Y, para terminar responderemos a una pregunta que dice así: Me gustaría saber cuál es la estrella más cercana al Sol y si tiene planetas que un día podamos visitar. En respuesta Angel Rodríguez Lozano nos invita a viajar hasta el complejo Alfa Centauri para conocer cómo son las estrellas que lo componen, los planetas descubiertos y una propuesta muy interesante para enviar mininaves hasta allí.

Este es un programa espacial por el Día Internacional de la Mujer y la Niña en la Ciencia y para la ocasión hemos seleccionado algunas de las mujeres más destacadas en ciencia y tecnología. En la primera parte charlamos sobre las pioneras del Espacio: Valentina Tereshkova y Sally Ride, la primera soviética y estadounidense en volar al espacio respectivamente. En la segunda parte hablamos sobre astrónomas brillantes: Henrietta Leavitt, Cecilia Payne, Jocelyn Bell y Carolyn Porco. Como siempre, con la compañía de Víctor Manchado (Pirulo Cósmico), Daniel Marín (Eureka), Kavy Pazos (Mola Saber) y Víctor R. Ruiz (Infoastro). Únete a la tripulación de Radio Skylab para viajar por el espacio, la ciencia y otras curiosidades.

Este es un programa espacial por el Día Internacional de la Mujer y la Niña en la Ciencia y para la ocasión hemos seleccionado algunas de las mujeres más destacadas en ciencia y tecnología. En la primera parte charlamos sobre las pioneras del Espacio: Valentina Tereshkova y Sally Ride, la primera soviética y estadounidense en volar al espacio respectivamente. En la segunda parte hablamos sobre astrónomas brillantes: Henrietta Leavitt, Cecilia Payne, Jocelyn Bell y Carolyn Porco. Como siempre, con la compañía de Víctor Manchado (Pirulo Cósmico), Daniel Marín (Eureka), Kavy Pazos (Mola Saber) y Víctor R. Ruiz (Infoastro). Únete a la tripulación de Radio Skylab para viajar por el espacio, la ciencia y otras curiosidades.

Presented by Prof. Matthew Bailes on 30 September 2016. Almost 50 years ago Jocelyn Bell built a new telescope with her supervisor Antony Hewish that had an unusual property: it had high time resolution. The radio sky was thought to only change on long timescales but this new telescope's ability to explore a different regime of phase space meant that it made one of the greatest discoveries in astronomy, that of pulsars. Pulsars are neutron stars, the collapsed cores of once-massive stars. They have been used to perform some of the most accurate experiments in physics, and were the motivation for the construction of the LIGO telescope that recently discovered gravitational waves. In this talk Professor Matthew Bailes will explain how whilst trying to find new pulsars astronomers stumbled across a brand new phenomenon, the Fast Radio Bursts. These millisecond-duration radio flashes appear to be coming from half way across the Universe but nobody knows what they are.

Presented by Prof. Matthew Bailes on 30 September 2016. Almost 50 years ago Jocelyn Bell built a new telescope with her supervisor Antony Hewish that had an unusual property: it had high time resolution. The radio sky was thought to only change on long timescales but this new telescope's ability to explore a different regime of phase space meant that it made one of the greatest discoveries in astronomy, that of pulsars. Pulsars are neutron stars, the collapsed cores of once-massive stars. They have been used to perform some of the most accurate experiments in physics, and were the motivation for the construction of the LIGO telescope that recently discovered gravitational waves. In this talk Professor Matthew Bailes will explain how whilst trying to find new pulsars astronomers stumbled across a brand new phenomenon, the Fast Radio Bursts. These millisecond-duration radio flashes appear to be coming from half way across the Universe but nobody knows what they are.

  Diesmal: Mondnamen – Ein neuer Mond – Die zweite Gravitationswelle – Lego-ELT – Maximilian Hell – Gísli Guðjónsson – Der BMI – Annie Maunder – Caroline Herschel – Stewart Herschel – Jocelyn Bell – Die komplette Wissenschafts-EM – IQ-Test per App – Menstruieren im Weltall – Fußball und Wahlergebnisse – Kaffee gegen Schlafentzug – Kohlenstoffnanoröhrchen […]

On February 10th, we were incredibly fortunate to be able to interview the astrophysicist Jocelyn Bell Burnell, discoverer of the first pulsars, after she gave a talk about it in the University of Valencia. We included a version of the audio with Spanish dubbing on the 9th program of the 3rd season of El Café Cuántico, and here is the original interview. Enjoy!

En este noveno programa os traemos nada más y nada menos que la entrevista que realizamos a la astrofísica norirlandesa Jocelyn Bell, descubridora del primer púlsar. Además, en nuestra tertulia, hemos contado con el experto en nanociencia Ismael Mullor, con quien hemos descendido a la escala del nanómetro para descubrir que es posible manipular la materia a dicha escala. En Cienciadicción, os hablamos sobre la física del futuro; y en Bajo el Microscopio tratamos el fenómeno climatológico de El Niño. Esperamos que lo disfrutéis ;)

Two scientists -- Plato and Jocelyn Bell -- worked in two very different eras to try to explain elements of the universe in terms of cycles. Then, by playing with cycles, we are able to create the illusion of a fan that looks still yet moves air!

Professor Bailyn begins with a summary of the four post-Newtonian effects of general relativity that were introduced and explained last time: precession of the perihelion, the deflection of light, the gravitational redshift, and gravitational waves. The concept of gravitational lensing is discussed as predicted by Einstein's general relativity theory. The formation of a gravitational lens can be observed when light from a bright distant source bends around a massive object between the source (such as a quasar) and the observer. Professor Bailyn then offers a slideshow of gravitational lenses. The issue of finding suitable astronomical objects that lend the opportunity to observe post-Newtonian relativistic effects is addressed. The lecture ends with Jocelyn Bell and the discovery of pulsars.

Transcript: In 1967 Jocelyn Bell, a graduate student working at a radio telescope in Cambridge, England, noticed an unexpected source of radio emission that pulsed every one and a third seconds. Through careful detective work she and her coworkers were able to rule out artificial sources for the radio waves and proved that they came from a celestial source. Radio pulsing stars were unexpected and unanticipated. If the pulse was due to rotation, the size of the star must be less than five thousand kilometers, making them much smaller than normal stars. For a while she and her group jokingly referred to the objects as LGM 1, 2, 3, and so on, where LGM stood for Little Green Men. They were not alien signals, nor were they artificial. Pulsars were the long sought after neutron stars. Antony Hewish and Martin Ryle, heads of the labs at Cambridge, received the Nobel Prize for this discovery. Controversially, Jocelyn Bell who actually made the discovery did not share in the Nobel Prize.

Professor Bailyn begins with a summary of the four post-Newtonian effects of general relativity that were introduced and explained last time: precession of the perihelion, the deflection of light, the gravitational redshift, and gravitational waves. The concept of gravitational lensing is discussed as predicted by Einstein's general relativity theory. The formation of a gravitational lens can be observed when light from a bright distant source bends around a massive object between the source (such as a quasar) and the observer. Professor Bailyn then offers a slideshow of gravitational lenses. The issue of finding suitable astronomical objects that lend the opportunity to observe post-Newtonian relativistic effects is addressed. The lecture ends with Jocelyn Bell and the discovery of pulsars.

Si Emilio García y Pablo Santos abrieron este ciclo dedicado a la mujer en la ciencia hablándonos de mujeres dedicadas a la ciencia de la talla de Hildegard von Bigen, Rosalind Franklin, Barbara McClintock o Rita Levi Montalcini, lo van a cerrar hablándonos de Jocelyn Bell, descubridora junto a Antony Hewish de una notable clase de objetos, los púlsares. Después de repasar ese momento histórico, en el que llegó a plantearse la posibilidad de que los púlsares no respondieran a una señal natural, sino a los _little green men_ (hombrecillos verdes), habaremos con Pepa Masegosa, del IAA-CSIC, sobre la situación actual de las mujeres astrónomas en el panorama nacional y sobre cuales pueden ser las vías para romper definitivamente el techo de cristal. También hablamos con Francesca Figueras, de la Universidad de Barcelona, sobre los objetivos del Año Internacional de la Astronomía 2009 de cara a la equiparación de género, y concretamente sobre el proyecto _Ella es una Astrónoma_ que Francesca coordina. Y para terminar, un estimulante, y como siempre, único, reportaje a pie de calle de nuestro Reportero Urbanita acerca de mujeres en la ciencia. No os lo perdais, porque se realizará, en directo, un doble cambio de sexo en el estudio, algo que no creemos que se haya hecho jamás antes en radio.