Podcast appearances and mentions of Johannes Kepler

Listen to Christian Zyp interview with GIna Payzant (writer/director/producer) and Darrin Hagen (composer) about the film PHYSICS FOR POETS. See it at the Telus World of Science Edmonton IMAX Theatre June 25-28 and July 2-4. Each screening starts at 4:30pm.   PHYSICS FOR POETS blends historical drama with magical realism. The film unfolds over one pivotal night in 1633, as Galileo grapples with truth, power, and consequence. Ghostly visits from Johannes Kepler echo across time, connecting the birth of modern science to today's technological age—and asking: Who is in charge? Minimalist staging, jewel-toned costumes, and innovative lighting create a timeless visual world where ideas take centre stage. At its heart, Physics for Poets explores a question that feels more urgent than ever:TIX and INFO: https://www.onlinebookings.edmontonscience.com/DateSelection.aspx?item=6756FACEBOOK: Reel Mench Productions

¿Sabías que antes de que existieran las computadoras modernas, los cálculos astronómicos más complejos recaían exclusivamente en el cerebro humano? En este episodio nos adentramos en la fascinante historia de las "calculadoras humanas", una labor titánica, y a menudo anónima, que cimentó la astronomía que conocemos hoy. Hacemos un recorrido que va desde las miles de páginas de operaciones aritméticas de Johannes Kepler para descifrar la órbita de Marte y el monumental trabajo de Theodor von Oppolzer calculando eclipses, hasta llegar a las brillantes "Computadoras de Harvard", un grupo de científicas como Williamina Fleming y Henrietta Leavitt que revolucionaron nuestra comprensión de las estrellas. Una charla imperdible para rendir homenaje a aquellas mentes brillantes —y en especial al indispensable trabajo femenino en la NASA— que, armadas solo con lápiz y papel, allanaron el camino hacia la era espacial.Realizado y presentado por: Antonio Bernal (Observatorio Fabra, Barcelona) y Jorge I. Zuluaga (Universidad de Antioquia, Medellín-Colombia)Producido por: Jorge I. Zuluaga (Universidad de Antioquia)Lista de episodios organizados por tema: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://tinyurl.com/y58xkvcn⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Lista de reproducción temática: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://tinyurl.com/89s2fpm8⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Enlaces recomendados: Libros recomendados: El Universo de Cristal, Los Sonámbulos, El palacio de los astrónomos.

  Are faith and science enemies? Many of us have been told a story of constant conflict, but the historical reality is much more complicated than declaring it was simply combative. Join us as we dismantle the warfare myth and reclaim the true story of discovery. We dive into the lives of scientists like Newton and Carver who saw their work as an act of worship. Whether you are a student, a professional, or simply curious about how God's truth intersects with the digital age, this episode will give you a fresh perspective on a Christ-sustained universe. Watch or listen now to see why Jesus stands above every algorithm. Connect with us: YouTube: YouTube.com/@soul02-oxygen Facebook: @LP.Oxygen https://www.facebook.com/LP.Oxygen Instagram: LP.Oxygen Twitter: @Soul025 Buzzsprout: Soul02-Buzzsprout Spotify: Soul02 - Spotify Apple: Soul02-Itunes Stitcher: Soul02-Stitcher 

Are Aliens Demons, Our Cosmic Neighbors, or Something Stranger?   Host Curtis Chang and author Andy Crouch explore the theological implications of UFOs, extraterrestrial life, and the possibility that humans are not the only created beings in the cosmos. They ask whether aliens should be understood as material creatures, angels and demons, image bearers, or cosmic neighbors—and what Scripture, Christian theology, and even Aquinas suggest about our human uniqueness. Along the way, they consider whether first contact would reveal Christian love, humility, and wonder—or our instinct toward fear and domination.   00:47 - Introduction to Alien Life and Declassified UFO Reports 02:19 - Do Aliens Exist? 08:32 - The Value of Pondering Alien Life 13:02 - Aliens vs. Angels and Demons 23:18 - God's Mysterious Creatures in Scripture 27:42 - The Octopus Dilemma and Human Specialness  38:26 - Missional Work and Alien Life? 44:26 - The Nature of God's Love 48:49 - Domination or Love : The Human Response to Aliens 50:58 - Andy Imagines Worshipping with Cosmic Neighbors   Turn on Apple Podcasts Automatic Downloads: Go to the Settings app on your iPhone. Tap Apps, then tap Podcasts. Tap Automatically Download, then tap an option. Tip: To automatically download episodes from a particular podcast, go to the Podcasts app on your iPhone, tap Library, then tap Shows. Touch and hold the show, then tap Settings. Tap Automatically Download to limit automatic downloads to a certain number of episodes or a timeframe. Sign up for the Anxiety Opportunity Course Use the code: Goodfaith   Scriptures Referenced: Job 1–2 (ESV) Job 38–41 (ESV) Genesis 1–2 (ESV) Genesis 4 (ESV) Ephesians 2 (ESV) 2 Peter 1:4 (ESV) Romans 8 (ESV) Isaiah 11 (ESV) Romans 10 (ESV)   Mentioned in This Episode: UFO-related declassified files UAP disclosure Meghan Sullivan and Notre Dame's DELTA project What is the Fermi paradox? Eleanor Stump's Wandering in Darkness: Narrative and the Problem of Suffering C.S. Lewis's Perelandra Andy Weir's Project Hail Mary: A Novel A scene from Steven Spielberg's Close Encounters of the Third Kind A scene from Steven Spielberg's E.T. the Extra-Terrestrial A scene from Denis Villeneuve's Arrival St. Thomas Aquinas's Summa Theologica: reason / will / dominion Salvation as Theosis: The Teaching of Eastern Orthodoxy (article) Isaiah's peaceable kingdom  Thunderbird in Native American traditions Do octopus brains work like humans'? (article) Pythagoras and Johannes Kepler's Musica Universalis or the Music of the Spheres   More From Andy Crouch: Check out Andy's website Check out Andy's work at Praxis Read Andy's book: The Life We're Looking For   Follow Us: Good Faith on Instagram Good Faith on X (formerly Twitter) Good Faith on Facebook   The Good Faith Podcast is a production of a 501(c)(3) nonpartisan organization that does not engage in any political campaign activity to support or oppose any candidate for public office. Any views and opinions expressed by any guests on this program are solely those of the individuals and do not necessarily reflect the views or positions of Good Faith.  

STERNENGESCHICHTEN LIVE TOUR in D und Ö: Tickets unter https://sternengeschichten.live Ab und zu kann ein Planet von der Erde aus gesehen genau vor einem anderen stehen. Wir wissen, dass es immer wieder passiert ist - aber nicht, ob es auch tatsächlich jemand im richtigen Moment beobachtet hat. Mehr 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) Sternengeschichten-Hörbuch: https://www.penguin.de/buecher/florian-freistetter-sternengeschichten/hoerbuch-mp3-cd/9783844553062

**Live-Termin: 21.05.2026 Auf einen Kaffee im All: Buchpräsentation, Thalia Wien Mariahilferstraße** Nach der erfolgreichen Artemis II Mission ist der Mond wieder in greifbare Nähe gerückt. Grund genug für Eva und Jana in dieser Folge einen Blick zurückzuwerfen, von der frühen Science-Fiction des Johannes Kepler bis zu Jules Vernes visionärer Mondreise mit einer gigantischen Kanone, die große Raketenpioniere wie Ziolkowski, Goddard und Oberth inspirierten. Es geht aber auch um den Zweiten Weltkrieg und Wernher von Braun, der mit der V2-Rakete den Weg zum Mond ebnen sollte. Eine Geschichte über Visionen, Wissenschaft, Technik und den dunklen historischen Weg, der zur Raumfahrt führt. Unterstützt uns bei [Steady](https://steadyhq.com/de/cosmiclatte/), [Patreon](https://patreon.com/CosmiclattePodcast) oder [Paypal](https://paypal.me/cosmiclattepod)!

Back on this day in 4977 BC, the universe is created according to a theory from Johannes Kepler. KTAR Timeline is brought to you by Beatitudes Campus. 

Mit welchen Methoden beobachten wir eigentlich den Weltraum? Wir starten eine Themenreihe in unserem Podcast und sehen uns die Werkzeuge der Astronomie an. Davor sprechen wir in den Astronews über die zum Aufnahmezeitpunkt laufende Artemis 2 – Mission, die mit der Rückkehr der Astronaut:innen am 10. April 2026 nun auch erfolgreich zu Ende gegangen ist. Die längste Zeit der Menschheitsgeschichte bis zum Ende des 16. Jahrhunderts konnte man den (allerdings perfekt dunklen) Nachthimmel nur mit freiem Auge beobachten. Trotzdem gab es ganze Observatorien wie Stonehenge, das jahrtausendealte Sonnenobservatorium von Goseck und – als letztes seiner Art – Sternjeborg mit seinen astrometrischen Präzsesionsinstrumenten, dass sich der berühmte Astronom Tycho Brahe gegen Ende des 16. Jahrhunderts erbauen ließ. Mit Instrumenten wie dem Quadrant, dem Sextant oder der Amillarsphäre (Astrolabium) wurden die Positionen der Sterne bestimmt und vermessen. Anfang des 17 Jahrhunderts wurde dann das Fernrohr erfunden, Galileo Galilei verbesserte es und war der erste, der damit die Krater des Mondes, die 4 großen Jupitermonde und die „mondartigen“ Phasen der Venus entdeckte – und dass die Milchstraße aus unzähligen Sternen besteht. Fernrohre und Ferngläser eröffneten der Astronomie einen völlig neuen Blick auf das Universum – auf Objekte, die ohne optische Hilfsmittel unsichtbar blieben. Später entwickelten auch Johannes Kepler, Isaak Newton und viele weitere immer bessere Versionen von Teleskopen, und die Instrumente wurden immer größer. Die Erfindung der Fotografie revolutionierte nochmals die Himmelsbeobachtung: nicht nur, dass man nun die Beobachtungen objektiv festhalten konnte, durch Langzeitbelichtung war es nun möglich, bisher unsichtbar bleibende lichtschwache Objekte abzubilden: die Grenzen der menschlichen Sehkraft wurden damit überschritten, und auch heute noch zeigen Fotos mit selbst einfachen Kameras (wie Smartphonekameras) viel mehr, als das menschliche Auge sehen kann.

Gegen Mitternacht steigt der Ostermond über den Südosthorizont. Nicht erst im Raumfahrtzeitalter ist der Begleiter der Erde für manche ein Traumziel – schon Johannes Kepler sehnte sich vor mehr als vierhundert Jahren nach dem Mond. Lorenzen, Dirk www.deutschlandfunk.de, Sternzeit

The Book of Titus emphasizes that sound doctrine leads to sound living, urging believers to devote themselves to good works, which benefit both the church and the world. Christianity has historically influenced culture positively, impacting human rights, dignity, equality, science, medicine, arts, music, and education. Good works serve as a witness, model, sign of purity, devotion, and mark of salvation, taking place in the church, home, and world. Even atheist historian Tom Holland acknowledges that Western secular values are rooted in Christian theology and morality, attributing societal improvements to Jesus and Christianity.Christianity's impact includes the radical idea of every person bearing God's image and having equal worth, leading to modern human rights, sanctity of life, and protections for the vulnerable. Voices must be loud and persistent to protect these values, speaking out and influencing society. Pre-Christian societies lacked pity and mercy, but Christianity revolutionized Western ethics, emphasizing humility and sacrifice. The U.S. Declaration of Independence reflects the Christian idea that rights come from God, not humans. Christianity led to the abolition of slavery, end of gladiatorial games/infanticide, and transatlantic slave trade, with figures like William Wilberforce citing biblical equality.Christianity elevated women and marriage, rejecting the treatment of women as property and promoting mutual dignity. Florence Nightingale's faith-driven reforms gave women professional healthcare roles. Early Christians built institutions to minister to the marginalized, with 9/10 of the largest charities being faith-based. Saint Basil founded the Basilica, the first large-scale hospital complex, which became a model for Western hospitals. Medieval Christian scholars founded Europe's universities, including Oxford, Cambridge, Paris, and Bologna, to study God's rational creation. Harvard College was founded to advance learning and train Christian ministers.Christianity impacted the rise of modern science, with the Scientific Revolution dominated by devout Christians like Johannes Kepler, Isaac Newton, Michael Faraday, and Louis Pasteur. Christian themes inspired the greatest Western creative works, with artists like Michelangelo and composers like Johann Sebastian Bach and Handel creating works that reflected their faith. Jesus has made a huge impact on culture, permeating everything since the resurrection. The modern calendar is based on Jesus' birth, and even secular thinkers like Ben Shapiro and Bill Maher agree on morality due to Western society's biblical history.Jesus points to internal morality, and He is the subject of more books than any other figure. Tom Holland notes that Westerners are steeped in Christian assumptions, with Jesus's sacrifice at the heart of the revolution. Sociologist Rodney Stark argues that the rise of the West was rooted in Christian theology and belief in a rational God. Believers are called to insist on good works, which are profitable for all mankind, and to extend the kingdom wherever God places them. The church needs correct theology and sound doctrine, putting their hand to the plow and glorifying God. Martin Luther's refusal to recant his beliefs demonstrates the importance of standing firm on the Word of God.#christianity #goodworks #socialimpact #faithandaction #culturalinfluences #biblicalvalues #ethicalliving #kingdombuilding #reformedtheology #servegod www.ReformedRookie.comPodcast: https://anchor.fm/reformedrookieFacebook: https://www.facebook.com/TheReformedRookie Twitter: https://twitter.com/NYapologistSemper Reformanda!

On this classic ID The Future out of the vault, host Andrew McDiarmid kicks off a three-episode discussion with Dr. Melissa Cain Travis about her recent book Thinking God's Thoughts: Johannes Kepler and the Miracle of Cosmic Comprehensibility. A fellow at Discovery Institute's Center for Science and Culture, Dr. Travis serves as Affiliate Faculty at Colorado Christian University's Lee Strobel Center for Evangelism and Applied Apologetics, where she teaches courses in the history and philosophy of science. In Part 1, learn why Kepler was instrumental in transforming classical astronomy into a true celestial physics. Like others before him, Kepler perceived a remarkable resonance between the rational order of the material world, mathematics, and the human mind. In response, he developed a three-part cosmic harmony of archetype, copy, and image to explain this unity. Travis unpacks his tripartite harmony for us. This is Part 1 of a 3-part discussion. Source

Agradece a este podcast tantas horas de entretenimiento y disfruta de episodios exclusivos como éste. ¡Apóyale en iVoox! Johannes Kepler fue, probablemente, el primer astrofísico de la historia de la astronomía. Partiendo de la base que había llegado hasta su tiempo, donde los planetas, se suponía, debían moverse en círculos perfectos, consiguió entender que la realidad era mucho más compleja. No solo entendió cómo eran, realmente, las órbitas de las planetas. Se preguntó también por qué se movía y nos dejó tres leyes para explicar el movimiento de los mundos... Música: Epidemic Sound Escucha el episodio completo en la app de iVoox, o descubre todo el catálogo de iVoox Originals

STERNENGESCHICHTEN LIVE TOUR in D und Ö: Tickets unter https://sternengeschichten.live Im Jahr 1604 ist plötzlich ein neuer Stern am Himmel aufgetaucht. Er hat das damalige Weltbild in Frage gestellt und es hat mehr als 300 Jahre gedauert, bis wir herausgefunden haben, was damals passiert ist. Mehr erfahrt ihr 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) Sternengeschichten-Hörbuch: https://www.penguin.de/buecher/florian-freistetter-sternengeschichten/hoerbuch-mp3-cd/9783844553062

If you enjoy this episode, we're sure you will enjoy more content like this on The Occult Rejects.  In fact, we have curated playlists on occult topics like grimoires, esoteric concepts and phenomena, occult history, analyzing true crime and cults with an occult lens, Para politics, and occultism in music. Whether you enjoy consuming your content visually or via audio, we've got you covered - and it will always be provided free of charge.  So, if you enjoy what we do and want to support our work of providing accessible, free content on various platforms, please consider making a donation to the links provided below.  Thank you and enjoy the episode!Links For The Occult Rejects and The Spiritual Gangsters https://linktr.ee/theoccultrejectsOccult Research Institutehttps://www.occultresearchinstitute.org/Cash Apphttps://cash.app/$theoccultrejectsVenmo@TheOccultRejectsBuy Me A Coffeebuymeacoffee.com/TheOccultRejectsPatreonhttps://www.patreon.com/TheOccultRejects

Many of the features on the Moon are named for astronomers. So are features on Mars and other planets and moons. And hundreds of asteroids are named for astronomers as well. But you won’t find many features named for astronomers here on Earth. Quite a few streets and schools are named after them. But when it comes to major features, the list is pretty thin – especially in the United States. One of the few is Mount Langley, a 14,000-foot summit in California. It’s named for Samuel Pierpont Langley, who was a long-time director of the Allegheny Observatory. To see more features named for astronomers, though, you need to head south – to Australia, New Zealand, and even Antarctica. In Australia, for example, a river and an estuary are named for Thomas Brisbane, an early governor of the state of New South Wales. And so is the city of Brisbane, the capital of Queensland. In addition to his government duties, Brisbane was an astronomer. He set up Australia’s first major observatory. In New Zealand, several peaks in a large mountain range are named for astronomers, including Galileo and Copernicus. And an entire range is named for Johannes Kepler. In Antarctica, many features are named for James Ross, an early explorer. But Ross himself named several features for astronomers, including Cape Smyth and Mount Lubbock – down-to-earth features named for men who studied the stars. Script by Damond Benningfield

In 1610 reports reached Prague that Galileo had discovered new planets, and Kepler felt compelled to find out for himself what had actually been seen. Reading Starry Messenger and later observing through a borrowed telescope, he became one of Galileo's earliest and most important defenders. Kepler not only confirmed the existence of Jupiter's moons but also argued publicly for the reliability of telescopic observations, and went further by explaining, for the first time, how the telescope worked in theory through his optical treatise Dioptrice.Alongside this defence of new instruments, the episode follows Kepler's search for harmony in the structure of the cosmos, culminating in the discovery of his third law of planetary motion. It then traces his long and difficult effort to complete the Rudolphine Tables, based on Tycho Brahe's observations. Published in 1627, the tables proved vastly more accurate than anything before them and made possible the successful prediction of planetary transits. Though Kepler did not live to see their full impact, the tables ensured that his astronomy could no longer be ignored.Support the showSupport the show: buymeacoffee.com/completehistoryofscience Contact: thecompletehistoryofscience@gmail.comBlueSky: https://bsky.app/profile/gethinrichards.bsky.socialMusic Credit: Folk Round Kevin MacLeod (incompetech.com) Licensed under Creative Commons: By Attribution 3.0 License

En este Ojo Crítico nos quedamos prendados del nuevo trabajo de María Rodés, un álbum que es un viaje a las obsesiones del amor que ha titulado “Lo que me pasa”. Con ella hablamos de las locuras del corazón que a veces, pueden derivar en una erotomanía, el trastorno de creer que alguien está enamorado de ti. Y como son días de despedida, Susana Santaolalla nos hace un repaso de los libros más leídos de 2025, además nos cuenta cuáles serán las novedades editoriales del año que entra. También analizamos los copos de nieve con Xaviera Torres. Bueno, lo hizo antes el astrónomo Johannes Kepler, concretamente en el siglo 1611. Fue el primero en reflexionar sobre su la simetría hexagonal. Hoy descubrimos su historia. Y levantamos la copa para un último brindis, al menos este 2025, con Enrique Mejías. El musicólogo nos trae los brindis más trágicos de la historia de la ópera.Escuchar audio

El 27 de diciembre de 1571 nació Johannes Kepler, un astrónomo y matemático alemán, conocido fundamentalmente por sus leyes sobre el movimiento de los planetas en su órbita alrededor del Sol. 

In dieser weihnachtlichen Folge begeben sich Eva, Jana und Elka auf die Spuren des Stern von Bethlehems. Er gehört zu den bekanntesten und zugleich rätselhaftesten Motiven der Weihnachtsgeschichte. Kaum ein astronomisches Phänomen ist so tief im kulturellen Gedächtnis verankert, obwohl wir über ihn erstaunlich wenig wissen. Wir betrachten die religiösen Ursprünge dieses Himmelsphänomen und klären sie mit der astronomischen Realität ab. Unterstützt den Podcast gerne bei [Steady](https://steadyhq.com/de/cosmiclatte/), [Patreon] (https://patreon.com/CosmiclattePodcast) oder [Paypal](https://paypal.me/cosmiclattepod) unterstützen!

If you don’t like winter but you live in the northern hemisphere, then give a little thanks to the laws of orbital mechanics. Because of Earth’s lopsided path around the Sun, winter is the shortest season north of the equator. Earth’s orbit around the Sun isn’t a perfect circle. Instead, it’s an ellipse. It looks like a flattened circle, with the Sun slightly away from the center. Because of that shape, our distance to the Sun changes. And that’s where the laws of orbital motion come into play. Johannes Kepler devised those laws more than four centuries ago. One of them says that if you draw a line from the center of the Sun to the center of a planet, as the planet orbits the Sun that line will sweep out equal areas over equal periods of time. To do that, a planet must move fastest when it’s closest to the Sun, and slowest when it’s farthest from the Sun. Earth is closest to the Sun in early January – the start of winter – and farthest at the start of summer, in July. So Earth moves around the Sun in a hurry during northern winter, making the season shorter. This winter, for example, starts at 9:03 a.m. Central Time tomorrow. That’s the moment of the December solstice, when the Sun stands farthest south for the year. The season ends 89 days later. By comparison, this past summer lasted almost 93 days – a longer season thanks to the science of orbits. More about the solstice tomorrow. Script by Damond Benningfield

Sunday, 30 November 2025   But immediately Jesus spoke to them, saying, “Be of good cheer! It is I; do not be afraid.” Matthew 14:27   “And immediately, Jesus, He spoke to them, saying, ‘You embolden! I, I am! You fear not!'” (CG).   In the previous verse, the disciples in the boat cried out because they thought they were seeing a phantasm as Jesus walked on the water. With that noted, Matthew next says, “And immediately, Jesus, He spoke to them.”   In hearing the voice, there would be an immediate quelling of the anxiety they felt. It would lift the hours of struggling against the waves off of their shoulders. That, and the fright of the apparition, would be immediately forgotten and replaced with a sense of hope, awe, and rejoicing all at the same time. Of His words, Matthew records His emphatic declaration, “saying, ‘You embolden! I, I am! You fear not!'”   Because the New Testament was penned in Greek, it is unknown just what words Jesus spoke. However, it is the same phrase, egó eimi, recorded in John 8:58, “Jesus, He said to them, ‘Amen, amen! I say to you before Abraham became, I, I Am!'” (CG).  In the Greek, it is an emphatic proclamation of existence.   In John 8, it is combined with the words “before Abraham,” and so the intent is understood. Jesus was affirming His existence extended to the time before Abraham existed. While on the Sea of Galilee, even if He was simply affirming that it was He walking to them, they would have to wonder about His nature.   Man does not simply walk on water. This truth would be multiplied when the water was raging all around them. And yet, Jesus, the living, breathing Man they had traveled with, was walking on the water. The thought would have astonished their minds as much as the voice had calmed them.   Life application: In an earlier commentary, Job 9:8 was cited, where it noted that the Lord (Yehovah) walks on the waves of the sea. That could easily be dismissed as a type of poetic proclamation by Job, but the fact that the New Testament gospels agree on the substance of Jesus walking on the water forms a clear and intentional clue that is being handed to us on a silver platter that Jesus is the Lord (Yehovah) of the Old Testament.   As walking on the water is something that is contrary to the natural way things occur for humans, we see that somehow Jesus either suspended the natural laws, or He was able to work with them in a way that we cannot understand.   It is true that there are certain animals that can walk on the water, such as the water strider insect and the basilisk lizard. There are certain birds, like the jacana and grebe, as well as some mammals and spiders, that can walk on water or floating vegetation. These use adaptations like large feet or specialized leg hairs.   However, there is the truth that Jesus is not an insect, lizard, or bird. There would be no floating vegetation in the raging Sea of Galilee to walk on as well. Even if man someday is able to develop a suit that allows him to walk on the water, it doesn't negate the fact that Jesus did this two thousand years ago without any future technology that may be developed.   If “science is thinking God's thoughts after Him,” as the 17th-century astronomer and mathematician Johannes Kepler said, and if we were to develop such technology, what would that say about Jesus? Obviously, it would be a testament to the fact that Jesus is... anyone? Yes, Jesus is God.   This truth is so plainly on display in the pages of Scripture that its denial is a fundamental denial of the gospel. Man cannot rise from the dead. Jesus rose from the dead. Therefore, Jesus is God. To deny this tenet is to deny the truth of God in Christ. If you are struggling with the deity of Jesus Christ, you need to let your struggles go. What God is looking for is faith.   People of faith are what please Him. Those who have faith in the truth of Jesus Christ and what He has done for us will be saved. Those who continue in their faith, conducting their lives and actions in faith, will be rewarded for the things they do. Be a person of faith.   Lord God Almighty, we accept the truth of Your word. You have proclaimed that Jesus came from You and returned to You. We believe that He is God incarnate who lived the life we could not live, died on a cross for the forgiveness of our sins, was interred in a tomb, and rose again, just as Your word proclaims. We believe! Hallelujah and Amen.

Agradece a este podcast tantas horas de entretenimiento y disfruta de episodios exclusivos como éste. ¡Apóyale en iVoox! Queridos Fans de la nave, hoy os traigo la obra visionaria de Johannes Kepler que se adelantó a su tiempo para convertirse en la primera novela de ciencia ficción de la historia. Kepler fue una figura clave de la Revolución Científica que sucedió entre los siglos XVI y XVII. Es recordado principalmente por haber descubierto las leyes que rigen el movimiento de los planetas de nuestro Sistema Solar. A través de un viaje astronómico sin precedentes, Kepler entrelaza conocimiento científico y fantasía, llevando al lector en una aventura hacia la Luna que desafía la percepción del universo en el siglo XVII. Esta narrativa fascinante no solo revela el ingenio y la imaginación de Kepler, sino que también sirve como un puente entre la ciencia y la literatura, invitando a explorar los límites del espacio y del conocimiento humano. Somnium es una lectura obligatoria para los amantes de la ciencia ficción y la astronomía. Hace más de cuatro siglos, un hombre escribió una historia en latín, y la escondió en los pliegues del tiempo. Su nombre era Johannes Kepler y su relato se llamó Somnium. Un sueño que viajó hasta la Luna, cuando aún era imposible tocarla. Allí, entre sombras y astros, Kepler imaginó criaturas, atmósferas y misterios… mucho antes de que existiera la palabra “ciencia ficción”. Según Carl Sagan e Isaac Asimov, 'Somnium', la novela corta del gran astrónomo Johannes Kepler es la primera novela de Ciencia Ficción de la historia. Aplicando sus conocimientos científicos, Kepler relata un fascinante viaje a la luna, con descripción de sus habitantes y, en especial, de la astronomía lunar. 🎙️ Un clásico anticipado al futuro, esta noche en Historias para ser leídas. Cierra los ojos. Estamos a punto de viajar. TÍTULO ORIGINAL: Somnium sive Astronomia lunaris Johannes Kepler, 1634 ILUSTRACIÓN: Román García Mora 🚀 Voz y sonido Olga Paraíso, música Epidemic Sound con licencia premium para este podcast. BIO Olga Paraíso: https://instabio.cc/Hleidas Gracias Tabernero Galáctico 🌚por sostener el timón de este pequeño universo, y por seguir compartiendo cada historia que nos lleva un poco más allá de las estrellas. Hasta la próxima, cuando volvamos a abrir las puertas de lo imposible y nos dejemos perder en otro sueño.🚀✨ Escucha el episodio completo en la app de iVoox, o descubre todo el catálogo de iVoox Originals

Johannes Kepler stellte die drei Gesetze der Planetenbewegung auf. Damit entriss er den Planeten alles Göttliche und machte sie zu Objekten, die mathematischen Regeln gehorchen. Er starb 1630, als er beim Kaiser den ausstehenden Lohn einforderte. Lorenzen, Dirk www.deutschlandfunk.de, Sternzeit

After years of struggle, Johannes Kepler finally had the tools and data to wage what he called his “War with Mars.” Rejecting ancient assumptions he used Tycho Brahe's observations to discover his first two laws of planetary motion. His New Astronomy not only redefined celestial mechanics but transformed astronomy from a geometric art into a true physical science. Support the showSupport the show: buymeacoffee.com/completehistoryofscience Contact: thecompletehistoryofscience@gmail.comBlueSky: https://bsky.app/profile/gethinrichards.bsky.socialMusic Credit: Folk Round Kevin MacLeod (incompetech.com) Licensed under Creative Commons: By Attribution 3.0 License

 In 1600, Johannes Kepler arrived at Tycho Brahe's castle hoping to escape religious persecution and gain access to the most precise astronomical data in Europe. Their relationship was strained by clashing temperaments — Tycho's secrecy and pride meeting Kepler's impatience and ambition — yet their collaboration began to bear fruit as Kepler tackled problems of planetary motion and optical theory. Despite constant uncertainty, Kepler's time at Benátky marked the beginning of a partnership that would reshape astronomy and set him on the path toward his greatest discoveries. Support the showSupport the show: buymeacoffee.com/completehistoryofscience Contact: thecompletehistoryofscience@gmail.comBlueSky: https://bsky.app/profile/gethinrichards.bsky.socialMusic Credit: Folk Round Kevin MacLeod (incompetech.com) Licensed under Creative Commons: By Attribution 3.0 License

Pre-sale begins 10am local time - Wednesday 1st October 2025 General sale from 10am local time - Friday 3rd October 2025 Tour Dates available below: Briancoxlive.co.uk After performing his sell-out, record-breaking show 'Horizons' to nearly half a million people across the world, Professor Brian Cox is back with new tour world tour Emergence. Tickets for shows spanning the UK & Ireland, Europe, the US, Australia, Asia-Pacific and beyond go on general sale at 10am (local times) on Friday 3rd October 2025 via briancoxlive.co.uk. In the winter of 1610 Johannes Kepler was crossing Prague's Charles Bridge when he noticed a snowflake land on his arm. Why, he asked, are all snowflakes six-cornered? "I do not believe," he wrote, "that even in a snowflake, this ordered pattern exists at random." 400 years later, we have part of the answer. Snowflakes are made of water molecules, which are made of atoms, which are made of quarks and electrons - which might be made of superstrings - all held together by forces of nature described by quantum theory. But how does such delicate beauty emerge from such abstract simplicity? Emergence is a celebration of the intricacy of the Universe and an exploration of the laws of nature that sculpted it. From the largest structures in the known Universe - the rivers and flows of galaxies that trace the cosmic web - to Earth's interlinked ecosystems and the structure of the human brain - from black holes to snowflakes - we observe a world of dazzling complexity underpinned by magnificent simplicity. How did a quarter of a million-year-old species of great apes on one small planet amongst trillions orbiting around a middle-aged star in an average galaxy figure all this out, guided by curiosity, mathematics and an aesthetic sense of symmetry and beauty? And what might we become if we can hold onto the ideas of the enlightenment so successfully developed and deployed by Kepler and his contemporaries and successors - ideas that have allowed us to begin to read the story of the Universe and carried our spacecraft to the edge of the solar system and outwards to the stars. Professor Brian Cox said: "I've loved creating Emergence - it's the most ambitious live show I've ever written. I've been very lucky to collaborate with a wonderful group of scientists, musicians, filmmakers and graphic artists to bring cosmology, biology, philosophy and history to the largest and most advanced LED screens available, with the best sound and lights I could find. I hope the show is an all-encompassing experience, and I hope it leaves everyone, whether they love science or music or history, or simply contemplating the beauty of Nature, with something new to think about." Brian has worked with a world-leading team of creatives for Emergence. Graphics and visual effects have been created in collaboration with Emmy Award winning director Nic Stacey and digital artist Erik Wernquist, and branding is by Peter Saville CBE, the renowned art director known for his original work with Factory Records. Brian has appeared in many landmark science programmes over the last 15 years, from the Peabody Award-winning Wonders of the Solar System to worldwide hit series The Planets to his most recent landmark series Solar System, which has become one of the best watched science series of the last decade. You can learn more about Professor Brian Cox by following him on social media @ProfBrianCox ABOUT PROFESSOR BRIAN COX CBE FRS Brian is widely recognized as the foremost communicator for science, cosmology and astronomy in the world. He is Professor of Particle Physics at the University of Manchester, The Royal Society Professor for Public Engagement in Science and a Fellow of the Royal Society. In September 2025 he was appointed as The Francis Crick Institute's first-ever Crick Scholar. Brian has presented a number of highly acclaimed, award-winning science programmes for the BBC watched by billions around the world including 'Adventures in Space a...

 Johannes Kepler rose from a difficult childhood to become a brilliant but unconventional student, deeply influenced by his Lutheran faith, Copernican astronomy, and a belief in divine harmony within the cosmos. In Graz he developed his bold first theory, published in Mysterium Cosmographicum, which linked the orbits of the planets to the five Platonic solids and made him one of the earliest open defenders of heliocentrism. Facing religious persecution and desperate for accurate data, Kepler set out to join Tycho Brahe in Prague, convinced that Tycho's observations were the key to uncovering the universe's hidden order. Support the showSupport the show: buymeacoffee.com/completehistoryofscience Contact: thecompletehistoryofscience@gmail.comBlueSky: https://bsky.app/profile/gethinrichards.bsky.socialMusic Credit: Folk Round Kevin MacLeod (incompetech.com) Licensed under Creative Commons: By Attribution 3.0 License

Johannes Kepler ist für seine bahnbrechenden astronomischen Forschungen bekannt - weniger für seine Leistungen als Sohn einer Mutter, die in Verdacht stand, eine Hexe zu sein. Am 20. August 1621 fand der Prozess statt, Kepler begleitete sie und gab sein Bestes, um sie vor der Hinrichtung zu bewahren.

In Folge 133 feiern wir ein zweites Mal unseren 5. Geburtstag! Nachdem wir in der ersten Partyfolge in die Vergangenheit geschaut haben, reden wir jetzt darüber, was das Jahr 2030 bringen wird. Nämlich coole neue Missionen zur Venus. Und coole neue Teleskope! Evi hat einen zweiten Geburtstagsfilm mitgebracht: “Das fünfte Element”. Und am Ende gibt es galaktische Geschenke. Wenn ihr uns unterstützen wollt, könnt ihr das hier tun: https://www.paypal.com/paypalme/PodcastDasUniversum Oder hier: https://steadyhq.com/de/dasuniversum Oder hier: https://www.patreon.com/dasuniversum

Toute sa vie, dans une époque vouée à la compréhension du monde, Johannes Kepler s'est ingénié à mettre en équation les réalités environnantes. Mention légales : Vos données de connexion, dont votre adresse IP, sont traités par Radio Classique, responsable de traitement, sur la base de son intérêt légitime, par l'intermédiaire de son sous-traitant Ausha, à des fins de réalisation de statistiques agréées et de lutte contre la fraude. Ces données sont supprimées en temps réel pour la finalité statistique et sous cinq mois à compter de la collecte à des fins de lutte contre la fraude. Pour plus d'informations sur les traitements réalisés par Radio Classique et exercer vos droits, consultez notre Politique de confidentialité.Hébergé par Ausha. Visitez ausha.co/politique-de-confidentialite pour plus d'informations.

Mark O'Connell returns to Casual Space to discuss one of the most extraordinary scientific collaborations in human history: the 1957 International Geophysical Year. With his signature wit and storytelling style, Mark takes us on the journey behind his NEW book, The Year Science Changed Everything, revealing how 6,000 scientists from 66 nations put aside political differences to study Earth's greatest mysteries—from the depths of the ocean to the edge of space. Beth and Mark explore the ripple effects of this global effort, including the formation of the Antarctic Treaty, the surprising roots of the Artemis Accords, and what IGY can teach us about tackling today's climate crisis. You'll hear how a Steely Dan song sparked Mark's decades-long curiosity, how scientific rivalries shaped history, and yes—even how a penguin nap could put you in violation of an international agreement. It's part history lesson, part love letter to science, and all kinds of fun. You'll also get a behind-the-scenes look at Mark's next creative project: a comedy script about astronomers Johannes Kepler and Tycho Brahe—think Amadeus meets Knives Out, with a golden nose and planetary motion thrown in.     About Mark O'Connell Mark O'Connell is the author of The Year Science Changed Everything: 1957's International Geophysical Year and the Future of Our Planet, published by Prometheus Books. He also wrote The Close Encounters Man, a biography of astronomer and UFO researcher J. Allen Hynek. In addition to writing books, Mark is a seasoned screenwriter with credits on Star Trek: The Next Generation and Deep Space Nine, and he teaches screenwriting at DePaul University in Chicago.

La existencia de Marte como un objeto errante en el cielo nocturno fue registrada por antiguos astrónomos egipcios. En el segundo milenio a. C. estaban familiarizados con el aparente movimiento retrógrado del planeta, que parece moverse en dirección opuesta a través del cielo. En el período del Imperio neobabilónico, los astrónomos realizaban observaciones sistemáticas de las posiciones y el comportamiento de los planetas. Sabían que Marte realiza 37 períodos sinódicos, o 42 circuitos del zodíaco cada 79 años. Los babilonios inventaron métodos aritméticos para realizar pequeñas correcciones a las posiciones predichas de los planetas. Los registros chinos sobre las apariciones y movimientos de Marte aparecieron antes de la fundación de la dinastía Zhou (1045 a. C.). Durante la dinastía Qin (221 a. C.) los astrónomos mantuvieron registros cercanos de las conjunciones planetarias, incluidas las de Marte. Las ocultaciones de Marte por Venus se observaron en los años 368, 375 y 405.​ El período y el movimiento de la órbita del planeta fue conocido en detalle durante la dinastía Tang (618 a. C.). La temprana astronomía de la Antigua Grecia fue influenciada por el conocimiento transmitido de la cultura mesopotámica. Los babilonios asociaron a Marte con Nergal, su dios de la guerra, y los griegos conectaron al planeta con su dios de la guerra, Ares. Los griegos usaron la palabra planēton para referirse a los siete cuerpos celestes que se movían con respecto a las estrellas de fondo y tenían una visión geocéntrica del firmamento, es decir, consideraban que estos cuerpos se movían alrededor de la Tierra. Aristóteles, estudioso de Platón, observó una ocultación de Marte por la Luna en 365 a. C. De esta observación concluyó que Marte está más alejado de la Tierra que la Luna. En el Egipto romano durante el siglo II d. C., Claudio Ptolomeo trató de abordar el problema del movimiento orbital de Marte. Las observaciones de Marte habían mostrado que el planeta parecía moverse un 40% más rápido en un lado de su órbita que en el otro. Esto entraba en conflicto con el modelo aristotélico del movimiento uniforme. Ptolomeo modificó el modelo del movimiento planetario añadiendo un punto desplazado desde el centro de la órbita circular del planeta alrededor del cual el planeta se mueve a una velocidad uniforme de rotación. Propuso que el orden de los planetas, al aumentar la distancia, era: la Luna, Mercurio, Venus, Sol, Marte, Júpiter, Saturno y las estrellas fijas.​ El modelo de Ptolomeo se convirtió en el tratado autoritario sobre la astronomía occidental durante los catorce siglos siguientes. En 1543, Nicolás Copérnico publicó un modelo heliocéntrico en su obra De Revolutionibus Orbium Coelestium. Este enfoque colocó a la Tierra en una órbita alrededor del Sol entre las órbitas circulares de Venus y Marte. Su modelo explicó con éxito por qué los planetas Marte, Júpiter y Saturno estaban en el lado opuesto del cielo desde el Sol cuando estaban en medio de sus movimientos retrógrados. Copérnico fue capaz de ordenar a los planetas en su orden heliocéntrico de forma correcta basado únicamente en el período de sus órbitas alrededor del Sol. El 13 de octubre de 1590, el astrónomo alemán Michael Maestlin observó una ocultación de Marte por Venus.​ Uno de sus alumnos, Johannes Kepler, rápidamente se convirtió en un seguidor del sistema copernicano. Tras la finalización de su educación, Kepler se convirtió en asistente del noble y astrónomo danés Tycho Brahe. Al no conseguir encajar el movimiento de Marte en una órbita circular como requería Copérnico, Kepler logró equiparar las observaciones de Tycho asumiendo que la órbita era una elipse y el Sol estaba localizado en uno de los focos. Su modelo se convirtió en la base de las leyes de Kepler del movimiento planetario, publicadas en su trabajo Epitome Astronomiae Copernicanae entre 1615 y 1621. Marte es demasiado pequeño para poder verlo a simple vista.​ Galileo Galilei fue la primera persona que utilizó un telescopio para realizar observaciones astronómicas y comenzó a observar Marte en septiembre de 1610.​ Este instrumento era demasiado primitivo para mostrar cualquier detalle superficial en el planeta,​ por lo que se fijó el objetivo de ver si Marte exhibía fases de oscuridad parcial similar a Venus o la Luna. La primera persona en dibujar un mapa de Marte que mostraba características del terreno fue el astrónomo holandés Christiaan Huygens. El 28 de noviembre de 1659 hizo una ilustración de Marte que mostró la región oscura distinta, conocida ahora como Syrtis Major, y posiblemente una de las capas polares.​ El mismo año logró medir el período de rotación del planeta, calculando aproximadamente 24 horas.​ Hizo una estimación aproximada del diámetro de Marte, suponiendo que es aproximadamente el 60% del tamaño de la Tierra, lo cual se acerca al valor moderno del 53%. El italiano Giovanni Cassini fue probablemente el primero en mencionar la capa polar sur de Marte, en 1666. En ese mismo año, utilizó observaciones de las marcas de superficie en Marte para determinar un período de rotación de 24 horas 40 minutos. Esto difiere del valor actualmente aceptado en menos de tres minutos. En 1672, Huygens observó un casquillo blanco borroso en el polo norte. El astrónomo británico de origen alemán Sir William Herschel comenzó a hacer observaciones del planeta Marte en 1777. En 1781, estimó el período de rotación de Marte en 24 horas 39 minutos y 21,67 segundos y midió la inclinación axial de los polos en 28,5°. Eno/Moebius/Roedelius, Ben Prunty, Martin Stürtzer, Rene de Bakker, Star Sounds Orchestra, yttriphie, Michael Neil, Brannan Lane & Davis Branch, David Helpling & Eric "the" Taylor, Christian Halten & Michael Stearns, Erik Wøllo. 🎧 El playlist detallado: lostfrontier.org/space.html#1050.

In Folge 130 sind wir in Regensburg. Wir haben das Kepler-Museum besucht, mit Daniel Meßner über Geschichte geplaudert und uns überlegt, ob Kepler seine berühmten Gesetze auch entdeckt hätte, wenn er auf einem Planeten in einem Mehrfachsternsystem gelebt hätte. Wenn ihr uns unterstützen wollt, könnt ihr das hier tun: https://www.paypal.com/paypalme/PodcastDasUniversum Oder hier: https://steadyhq.com/de/dasuniversum Oder hier: https://www.patreon.com/dasuniversum

On this episode of ID the Future from the archive, Andrew McDiarmid talks with science historian Michael Keas about pioneering mathematical astronomer Johannes Kepler, based on Keas's book Unbelievable: 7 Myths About the History and Future of Science and Religion. Kepler studied theology before turning to math and science, and it was his belief in God that guided his extraordinary discoveries. Kepler is one of several great scientists of early modern science whose convictions about God's nature inspired their groundbreaking investigations. Source

If you were to study history's most notable scientists, doctors, and educators, you'd quickly notice a mutual belief they all shared. In this program, guest teacher John Dickerson reveals the answer. Discover what drove these great men and women to the success we recognize them for today.Main Points Heroes of history who read Jesus' words and did what it says: Mary Moes Founders of Massachusetts General Hospital Johns Hopkins A challenge to non-Christians: Look for the people who actually do what Jesus said, not cultural Christians. A challenge to Christians: Do others know who you serve? What deeds are you doing that point to Jesus? Followers of Jesus throughout history: Devout followers of Jesus who led anti-slavery movements in history: Harriet Tubman, Frederick Douglas, & Elijah Lovejoy Ten out of ten leading universities were started by Christians for the purpose of teaching the Bible. The Scientific Revolution was birthed by Christian scientists: Isaac Newton, Blaise Pascal, Johannes Kepler, & Robert Boyle Did Jesus actually live? For more evidence see the book, Jesus Skeptic: A Journalist Explores the credibility and Impact of Christianity by John S. Dickerson How do we know what Jesus actually said? There are more ancient manuscripts of the Bible than any other ancient literature in the world. What did Jesus say? "But you will receive power when the Holy Spirit has come upon you, and you will be My witnesses in Jerusalem and in all Judea and Samaria, and to the end of the earth." -Acts 1:8 Why does Jesus' movement keep growing? Jesus is the only one who can: Change human nature from the inside out. Jesus is the only one who can: Transform hearts. Jesus is the only one who can: Reconnect us to God. God uses ordinary people who truly believe the words of Jesus to do extraordinary things. Broadcast Resource Download Free MP3 Message Notes Resource Page Additional Resource Mentions Why I Believe & Jesus Skeptic Book Bundle About Chip Ingram Chip Ingram's passion is helping Christians really live like Christians. As a pastor, author, and teacher for more than three decades, Chip has helped believers around the world move from spiritual spectators to healthy, authentic disciples of Jesus by living out God's truth in their lives and relationships in transformational ways. About John Dickerson John Dickerson is a prize-winning research journalist, a seminary-trained pastor, and a frequent commentator in national news outlets such as USA Today. Dickerson is the author of Hope of Nations, Jesus Skeptic and serves as the lead pastor of Connection Pointe Christian Church in the Indianapolis metro area. About Living on the Edge Living on the Edge exists to help Christians live like Christians. Established in 1995 as the radio ministry of pastor and author Chip Ingram, God has since grown it into a global discipleship ministry. Living on the Edge provides Biblical teaching and discipleship resources that challenge and equip spiritually hungry Christians all over the world to become mature disciples of Jesus. Connect

Do you know why the top universities in the world were founded? Or why someone like Harriet Tubman risked her life to rescue slaves? In this program, guest teacher John Dickerson makes that connection for us. John's gonna unpack the common thread that links some of history's most notable figures and institutions.Main Points Heroes of history who read Jesus' words and did what it says: Mary Moes Founders of Massachusetts General Hospital Johns Hopkins A challenge to non-Christians: Look for the people who actually do what Jesus said, not cultural Christians. A challenge to Christians: Do others know who you serve? What deeds are you doing that point to Jesus? Followers of Jesus throughout history: Devout followers of Jesus who led anti-slavery movements in history: Harriet Tubman, Frederick Douglas, & Elijah Lovejoy Ten out of ten leading universities were started by Christians for the purpose of teaching the Bible. The Scientific Revolution was birthed by Christian scientists: Isaac Newton, Blaise Pascal, Johannes Kepler, & Robert Boyle Did Jesus actually live? For more evidence see the book, Jesus Skeptic: A Journalist Explores the credibility and Impact of Christianity by John S. Dickerson How do we know what Jesus actually said? There are more ancient manuscripts of the Bible than any other ancient literature in the world. What did Jesus say? "But you will receive power when the Holy Spirit has come upon you, and you will be My witnesses in Jerusalem and in all Judea and Samaria, and to the end of the earth." -Acts 1:8 Why does Jesus' movement keep growing? Jesus is the only one who can: Change human nature from the inside out. Jesus is the only one who can: Transform hearts. Jesus is the only one who can: Reconnect us to God. God uses ordinary people who truly believe the words of Jesus to do extraordinary things. Broadcast Resource Download Free MP3 Message Notes Resource Page Additional Resource Mentions Why I Believe & Jesus Skeptic Book Bundle About Chip Ingram Chip Ingram's passion is helping Christians really live like Christians. As a pastor, author, and teacher for more than three decades, Chip has helped believers around the world move from spiritual spectators to healthy, authentic disciples of Jesus by living out God's truth in their lives and relationships in transformational ways. About John Dickerson John Dickerson is a prize-winning research journalist, a seminary-trained pastor, and a frequent commentator in national news outlets such as USA Today. Dickerson is the author of Hope of Nations, Jesus Skeptic and serves as the lead pastor of Connection Pointe Christian Church in the Indianapolis metro area. About Living on the Edge Living on the Edge exists to help Christians live like Christians. Established in 1995 as the radio ministry of pastor and author Chip Ingram, God has since grown it into a global discipleship ministry. Living on the Edge provides Biblical teaching and discipleship resources that challenge and equip spiritually hungry Christians all over the world to become mature disciples of Jesus.

Enoch, The First Witness: The First Four Days of Tribulation (End Time Witnesses, Enoch and Elijah Book 1)Enoch is book 1 of 6, which chronicles the Time of Sorrows, The Tribulation. Unlike other series of books similar in nature, this story recreates what today's world could expect from God's final two Witnesses. It explores Lucifer and the Fallen 200's viewpoint, their story, and retribution.These six books are based on Daniel, Revelation, Matthew, coupled with the Book of Enoch.The Fallen 200 angels (who became demons) were bound by Enoch around 3250 BC for 70 generations. Their release would be around 1600 AD. This period of our history is the beginning of humanity exiting from the dark ages. This is the time when the King James Bible was released, Jamestown was founded in America, Galileo appeared, Johannes Kepler, the inquisition to stop science, to name a few. The world was changing. This series explores the possibility that these Fallen 200 influenced the enhancements in science, world expansion, technology, and philosophy.For four hundred years since the 200's release, Lucifer and his followers have prepared for the day the first Witness arrives. They are ready to come out from the shadows and take over our world.Today is that day. God's first Witness Enoch returns as Jack South who causes worldwide disasters to announce the beginning of Tribulation. Anchor John Roddenburg of Bear News provides Jack South with the opportunity to share his story with a worldwide audience. John then hosts a panel of religious leaders who challenge Jack's message from God.The industrialist Aafre Waldger (Azazel) heads a worldwide organization which controls politicians, leaders, and finances throughout the world. Hearing Jack on Bear News, Aafre realizes the time has come to activate his end-time plans.Soon, in a worldwide sermon broadcast by John Roddenburg and Bear News, Enoch pulls back the curtain on the evil permeating the world by Lucifer and his followers.Elijah arrives and warns Israel and the world. He has a mandate to honor God's agenda. His story ignites in Book II as he demands the Third Temple be built. Book 1 covers the first four days. Book 2 reveals the next five days.Want to be a guest on Book 101 Review? Send Daniel Lucas a message on PodMatch, here: https://www.podmatch.com/hostdetailpreview/17372807971394464fea5bae3 Hosted on Acast. See acast.com/privacy for more information.

Marty Leeds (Gnostic Academy) and Steven Young (Hedflux) have something in common: they're both fascinated and inspired by the 16th-17th century Alchemist, Robert Fludd. In this episode, we explore the natural philosophy, musical cosmology, and metaphysics and divine sciences of one of history's greatest minds. Some topics include the infinite and indivisible God, Jesus: the light of the mind, Fludd's beef with Johannes Kepler, and the History of the Macrocosm. In the Plus+ Extension we discuss action-at-a-distance healing and the intriguing "weapon salve," how and why "like affects like," Fludd the Kabbalist, defensive esoteric writing and the Devil, the Esoteric Christ, the Sun and the Mind, and the possibilities of a physical Philosopher's Stone, and much more. Join InnerVerse Plus+ for exclusive extended episodes!Patreon: https://www.patreon.com/posts/124547560Youtube: https://youtu.be/ep0IvvLaXOI GET TUNEDhttps://www.innerversepodcast.com/sound-healing EPISODE LINKSMarty Leeds: https://gnosticacademy.org/Steven Young: https://stevenyoung.uk/https://www.innerversepodcast.com/season-11/robert-fludd-marty-leeds-steven-young SUPPORT INNERVERSETippecanoe Herbs - Use INNERVERSE code at checkout - https://tippecanoeherbs.com/Check out the Spirit Whirled series, narrated by Chance - https://www.innerversepodcast.com/audiobooksLotusWei Flower Essences - https://www.lotuswei.com/innerverseBuy from Clive de Carle with this link to support InnerVerse with your purchase - https://clivedecarle.ositracker.com/197164/11489InnerVerse Merch - https://www.innerversemerch.comThe Aquacure AC50 (Use "innerverse" as a coupon code for a discount) - https://eagle-research.com/product/ac50TT TELEGRAM LINKShttps://t.me/innerversepodcasthttps://t.me/innerversepodcastchat InnerVerse intro theme by Conspiracy Music Guru - https://www.conspiracymusicguru.com Hosted on Acast. See acast.com/privacy for more information.

Napisano na ten temat mnóstwo książek, nakręcono wiele filmów. Wiemy, że już starożytni Grecy spoglądali w gwiazdy i zastanawiali się, czy gdzieś są inne światy takie jak nasz. W XVII wieku Galileusz opisał góry na Księżycu takim językiem, jakim opisuje się fizyczność Ziemi, a Johannes Kepler wyobrażał, jak mogą wyglądać mieszkańcy Księżyca biorąc pod uwagę jego ekstremalne warunki (wg. Keplera, księżycowe istoty musiały być ogromne). Długo wierzono też w istnienie sztucznie przekopanych kanałów ma Marsie, rysowano ich mapy.Marzymy o życiu na innych planetach i zastanawiamy się, czy istnieje życie na którejś poza naszą. – Ja myślę, że życie jest powszechne – mówi prof. Ewa Szuszkiewicz z Instytutu Fizyki Uniwersytetu Szczecińskiego, współzałożycielka i koordynatorka Ogólnopolskiego Centrum Zaawansowanych Badań w Zakresie Astrobiologii i Dziedzin Pokrewnych CASA* oraz przewodnicząca Sekcji Astrobiologii i Medycyny Kosmicznej w Komitecie Badań Kosmicznych i Satelitarnych PAN.Pierwszym obiektem zainteresowania naukowców był naturalnie najbliższy nam Księżyc. Znamy go już na tyle dobrze, że jesteśmy pewni: życia tam nie ma. Więcej znaków zapytania jest przy Marsie. Na jego powierzchni nie znaleziono śladów życia, ale wiadomo, że dawniej był podobny do Ziemi, miał oceany i atmosferę. Ostatnie misje wykryły na Marsie fluktuacje metanu, który może pochodzić od istot żywych, ale może też powstawać w wyniku procesów geologicznych. Do odkrycia jest jeszcze dużo, więc wciąż wysyłamy nowe misje. – Po pierwsze możemy znaleźć ślady dawnego życia, a po drugie może w dalszym ciągu istnieć życie, ale pod powierzchnią – opowiada prof. Szuszkiewicz. Wielkim przełomem może być planowana na 2028 rok misja MSR (Mars sample-return), która ma sprowadzić na Ziemię próbki powierzchni Marsa.Uwagę astrobiologów przykuwają też lodowe księżyce gazowych olbrzymów. Jesteśmy niemal pewni, że pod lodem na Europie, Ganimedesie i Kallisto – księżycach Jowisza – ukrywają się oceany. Może więc tam? Mikroorganizmy bezpiecznie ukryte pod warstwą lodu? Śledźcie misję JUICE Europejskiej Agencji Kosmicznej!Z kolei bezzałogowa sonda Cassini-Huygens (NASA, ESA, ASI) zbadała atmosferę Tytana, lodowego księżyca Saturna. Okazało się, że jego atmosfera jest podobna do Ziemi, składa się głównie z azotu. Na Tytanie występują też morza, jeziora i rzeki, choć nie płynie w nich woda, a ciekłe węglowodory, głównie metan. Brzmi ekstremalnie? – Znamy bardzo dużo mikroorganizmów tutaj na Ziemi, które żyją w ekstremalnych warunkach – wskazuje prof. Szuszkiewicz.Co z życiem poza Układem Słonecznym? Jeśli jest, to prawdopodobieństwo, że się z nim zetkniemy, jest niewielkie. Łatwo się minąć w tym ogromie. Nie znaczy to, że się poddajemy. Szykowana przez ESA misja Ariel ma stworzyć katalog atmosfer planet pozasłonecznych. Potrzebujemy więcej danych: jakie atmosfery są we Wszechświecie najczęstsze, jakie występują bliżej swoich słońc, a jakie dalej, jakie przy gwiazdach w wieku naszego Słońca, a jakie przy innych. Uzbrojeni w te statystyki, będziemy lepiej wiedzieli, gdzie szukać.W odcinku usłyszycie też, dlaczego astrobiologów interesuje Wenus, choć padają na niej deszcze z kwasu siarkowego, po co polscy naukowcy wyślą na orbitę drożdże i dlaczego raczej nie warto wiązać nadziei z życiem opartym na krzemie. To fascynujący odcinek, słucha się go jak baśni, a to wszystko badania i nauka, kochani!Odcinek powstał podczas XIV. podróży Radia Naukowego, tym razem zawitaliśmy do Szczecina.Artykuł m. in. dr Janusza Pętkowskiego wspominany pod koniec odcinka: https://arxiv.org/abs/2401.07296

Nous sommes en 1543, à Nuremberg. C'est cette année-là qu'est publié, plus de dix ans après sa conception, l'ouvrage « Des Révolutions des sphères célestes » du chanoine Nicolas Copernic. Dans cet ouvrage, l'astronome polonais écarte la Terre du centre du monde. A sa place, il met le Soleil . Voici l'acte fondateur d'une révolution scientifique qui va mettre un siècle à s'imposer. D'autres scientifiques, des philosophes, vont évaluer, comparer, critiquer la thèse de Copernic : Tycho Brahe, Johannes Kepler, Galilée … bravant les autorités religieuses : Giordano Bruno finira sur le bûcher de l'Inquisition. On ne remet pas impunément la place de l'humain dans l'univers, on ne doute pas du rôle tout puissant du créateur. Bien plus tard, au début du XXe siècle, Freud évoquera la « blessure copernicienne ». Dans son « Introduction à la psychanalyse », en 1917, il écrit : « Dans le cours des siècles, la science a infligé à l'égoïsme naïf de l'humanité deux graves démentis. La première fois, ce fut lorsqu'elle a montré que la Terre, loin d'être le centre de l'univers, ne forme qu'une parcelle insignifiante du système cosmique dont nous pouvons à peine nous représenter la grandeur. Cette première démonstration se rattache pour nous au nom de Copernic, bien que la science alexandrine ait déjà annoncé quelque chose de semblable. » Plongeons-nous dans la querelle de l'héliocentrisme, celle de la science et de la religion … Avec nous : Benoît BEYER de RYKE : historien et philosophe, collaborateur scientifique à l'ULB. Sujets traités : Nicolas Copernic, héliocentrisme, révolutions, sphères, célestes, astronomie, Terre, Soleil, Tycho Brahe, Johannes Kepler, Galilée Merci pour votre écoute Un Jour dans l'Histoire, c'est également en direct tous les jours de la semaine de 13h15 à 14h30 sur www.rtbf.be/lapremiere Retrouvez tous les épisodes d'Un Jour dans l'Histoire sur notre plateforme Auvio.be :https://auvio.rtbf.be/emission/5936 Intéressés par l'histoire ? Vous pourriez également aimer nos autres podcasts : L'Histoire Continue: https://audmns.com/kSbpELwL'heure H : https://audmns.com/YagLLiKEt sa version à écouter en famille : La Mini Heure H https://audmns.com/YagLLiKAinsi que nos séries historiques :Chili, le Pays de mes Histoires : https://audmns.com/XHbnevhD-Day : https://audmns.com/JWRdPYIJoséphine Baker : https://audmns.com/wCfhoEwLa folle histoire de l'aviation : https://audmns.com/xAWjyWCLes Jeux Olympiques, l'étonnant miroir de notre Histoire : https://audmns.com/ZEIihzZMarguerite, la Voix d'une Résistante : https://audmns.com/zFDehnENapoléon, le crépuscule de l'Aigle : https://audmns.com/DcdnIUnUn Jour dans le Sport : https://audmns.com/xXlkHMHSous le sable des Pyramides : https://audmns.com/rXfVppvN'oubliez pas de vous y abonner pour ne rien manquer.Et si vous avez apprécié ce podcast, n'hésitez pas à nous donner des étoiles ou des commentaires, cela nous aide à le faire connaître plus largement.

The afikra podcast is back with a new season hosted by Mikey Muhanna. We kick off with an episode in partnership with Fujifilm and Gulf Photo Plus with Iranian academic, philosophical author, and artist Nadia Maftouni, who delves into the groundbreaking contributions of Ibn al-Haytham to modern science. Known as the father of modern optics, Ibn al-Haytham's extensive work on camera obscura, empirical science, and mathematics laid the foundation for future scientific advancements. Maftouni explores his methodology, significant works like the "Book of Optics," and how his concepts influenced later scholars such as German astronomer and mathematician Johannes Kepler. Additionally, Maftouni sheds light on Ibn al-Haytham's time under house arrest and his enduring impact on science and philosophy.00:00 Introduction01:34 Historical Background of Camera Obscura03:16 Ibn al-Haytham's Contributions to Optics04:50 Ibn al-Haytham's Methodology and Scientific Approach06:49 Ibn al-Haytham's Influence on Later Scientists07:51 House Arrest and Major Works12:07 Philosophical Views and Scientific Method16:19 Transmission of Knowledge to Europe17:45 Ibn al-Haytham's Legacy and Influence31:44 Conclusion and Final ThoughtsNadia Maftouni is an Iranian academic, philosopher, author, and artist. She's a leading scholar of Farabian, Avicennian, and Suhrawardian philosophy, and also specializes in Jurisprudence and Islamic History. She is a professor at the University of Tehran, a Senior Research Scholar at Yale Law School, and serves on the History of Philosophy Quarterly editorial board. Explore Gulf Photo Plus

Das "document Kepler" ist das Haus in Regensburg, in dem Johannes Kepler im Jahr 1630 gestorben ist. Dort befindet sich nicht nur eine sehr schöne Ausstellung zu Leben und Werk des großen Astronomen. Sondern auch ein "Science Lab" in dem man sich interaktiv mit astronomischen Themen beschäftigen kann. Es gibt jede Menge Fragen, die man sich zu Keplers Zeiten gestellt hat und die heute immer noch relevant für die Astronomie sind. Über eine davon reden wir in dieser Spezialfolge: Wie sterben Sterne?

In Folge 119 wird es weihnachtlich. Wir fangen an mit Weihnachtsmusik aus dem Weltall und dann wird es dunkel. Ruth erzählt von der dunkelsten Galaxie, die nur aus ein paar Dutzend Sternen besteht, uns aber trotzdem zeigen könnte, was es mit der dunklen Materie und den ersten Sternen des Universums auf sich hat. Und natürlich gibt es diesmal weihnachtliche Science Fiction mit Evi. Wenn ihr uns unterstützen wollt, könnt ihr das hier tun: https://www.paypal.com/paypalme/PodcastDasUniversum Oder hier: https://steadyhq.com/de/dasuniversum Oder hier: https://www.patreon.com/dasuniversum

Zehn Jahre klaut ein Mitarbeiter Bücher im Wert von 40 Millionen Euro aus der Königlichen Bibliothek. Erst Jahrzehnte später, im Dezember 2004, ist der Fall endgültig abgeschlossen. Von Julia Schäfer.

Hey, please share this podcast with your friends, family and neighbours or even write a review :). You can contact me on Instagram (https://www.instagram.com/slowgermanwithculture/) or write a mail to learngermanwithculture@web.de . Transkript: Hallo und herzlich willkommen zur heutigen Episode. Wie geht es Dir? Ich hoffe Dir geht es gut. Magst Du die Halloweenzeit? Feierst du das Halloweenfest? Gehst du vielleicht auf eine Halloweenfeier? Hast Du Dir eine Verkleidung überlegt? Oder vielleicht gehst du mit deinen Kindern durch die Straßen, um Süßigkeiten zu bekommen? In der heutigen Episode sprechen wir mal wieder über ein Thema aus der Geschichte. Und es ist passend zur Halloween-Zeit auch ein gruseliges Thema. Wir sprechen über die Zeit der Hexenverfolgungen in Europa. Die Hexenverfolgungen in Europa fanden hauptsächlich zwischen 1500 und 1750 statt. In dieser Zeit glaubten viele Menschen, dass es Hexen gab, die mit dem Teufel zusammenarbeiteten. Die Menschen glaubten, dass die Hexen böse Magie benutzten, um Schaden zu verursachen. Aber warum glaubten die Menschen damals an Hexen? Es gab damals besonders viele und starke Krisen. Zum Beispiel gab es in dem Zeitraum damals die sogenannte Kleine Eiszeit. Das heißt, das Klima in Europa war damals kälter als normalerweise. Daher war es schwerer Essen anzubauen und viele Menschen litten Hunger. Eine andere Krise waren Seuchen. Vor allem die Pest sorgte damals für große Probleme in Europa und tötete sehr viele Menschen. Und letztlich gab es noch schwere Kriege, die zu viel Leid bei den Menschen führten. Viele Menschen suchten Erklärungen für das Leid. Damals gab es aber noch nicht so gute Wissenschaft wie heute. Und auch die Kirchen mit ihrer Religion konnten so viel Leid nur schwer erklären. So kam es, dass man Schuldige für das Leid suchte. Die Schuldigen waren nun also die Hexen, die mit ihrer bösen Magie die Krisen verursachten. Viele Vorstellungen, die es heute in der Fantasy von Hexen gibt, stammen aus dieser Zeit. Zum Beispiel, dass sie auf Gegenständen wie Besen durch die Luft reiten können. Menschen, die der Hexerei verdächtigt wurden, mussten vor Gericht. Dort wurden sie oft gefoltert, um ein Geständnis zu erzwingen. Wenn sie „gestanden“, wurden sie oft hingerichtet, meistens durch Verbrennen. Es gab verschiedene Anzeichen, die als Beweis für Hexerei galten, zum Beispiel bestimmte Muttermale, seltsames Verhalten oder die Nutzung von Kräutern. Viele unschuldige Menschen, vor allem Frauen, aber auch Männer, wurden wegen Hexerei angeklagt und getötet. Besonders bekannt sind die Hexenverfolgungen in Deutschland, Frankreich und England. In einigen Regionen wurden Tausende von Menschen angeklagt und hingerichtet. Insgesamt wurden in Europa damals ca. 50.000 Menschen aufgrund der Hexenverfolgungen getötet. Eine Frau, die in Deutschland angeklagt wurde, war Katharina Kepler. Sie wurde beschuldigt eine Hexe zu sein. Katharina Kepler hatte aber einen klugen und bekannten Sohn. Der Sohn von Katharina Kepler war Johannes Kepler. Johannes Kepler war ein berühmter Astronom und Mathematiker, der sehr wichtige wissenschaftliche Entdeckungen machte. Zum Beispiel entdeckte er Gesetze, die bestätigen, dass sich die Planeten um die Sonne bewegen. Johannes Kepler schaffte es nach großen Bemühungen, dass seine Mutter Katharina nicht als Hexe verurteilt wurde. Das Ganze ist ziemlich verrückt. Aber es ist typisch für die Zeit, dass Wissenschaft und der Glaube an Magie nebeneinander existierten.

On this ID the Future out of the vault, host Andrew McDiarmid sits down with historian and philosopher of science Michael Keas to discuss a recent article at Times Higher Education, “My Precious! How Academia's Gollums Guard Their Research Fields.” The article looks at how scientific progress is being impeded by a culture in which scientists jealously guard their research instead of sharing it. Keas says the problem seems to have gotten worse in recent years but isn't a new one. He illustrates with the story of Tycho Brahe and Johannes Kepler. Source

We all know how superpower competition spurred one giant leap for mankind on the lunar surface in July 1969. But the story of how the Moon and its tides affect national security is deeper and wider than most of us realize.David Priess explored this intersection with science journalist Rebecca Boyle, author of the new book Our Moon, about her path to writing about astronomy, Anaxagoras, Julius Caesar, lunar versus solar calendars, the Battle of Tarawa in 1943, the genesis of NOAA, tides and flooding, Johannes Kepler, Jules Verne and science fiction about travel to the Moon, lunar missions and the Cold War, the Moon's origins, the return of lunar geopolitical competition, prospects for a radio telescope on the far side of the Moon, and more.Among the works mentioned in this episode:The book Our Moon by Rebecca BoyleThe book From the Earth to the Moon by Jules VerneThe movie Fantasia"Massive New Seamount Discovered in International Waters Off Guatemala," from the Schmidt Ocean Institute, November 22, 2023Chatter is a production of Lawfare and Goat Rodeo. This episode was produced and edited by Cara Shillenn of Goat Rodeo. Podcast theme by David Priess, featuring music created using Groovepad.Support this show http://supporter.acast.com/lawfare. Hosted on Acast. See acast.com/privacy for more information.