Podcast appearances and mentions of Robert Hooke

Dünya'nın bir ucundan, diğer ucuna bir delik açtığınızı düşünün. Ve bu tünelden yüksek hızda hareket eden bir trenin geçtiğini düşünün. Koca bir gezegenin iki uzak noktası arasında sadece 42 dakikada seyahat edebildiğinizi hayal edin. Trafiğin olmadığı bir Dünya ihtimali, ne güzel değil mi? Hiçbir Şey Tesadüf Değil'in bu bölümünde, Yerçekimi Treni isimli düşünce deneyini inceliyoruz. 17'inci yıldan bu yana insanlığın kurduğu bir hayalin gerçekleşme ihtimalini sorguluyoruz.------- Podbee Sunar -------Bu podcast, On Dijital Bankacılık hakkında reklam içerir.Bankacılık On'la Rahat. Dünya Döndükçe EFT-Havale- Fast Ücreti Yok.ON Mobil'i İndir! Bu podcast, Pegasus hakkında reklam içerir.Yeni seyahat rotanı planlamak için hemen https://www.flypgs.com/'u veya Pegasus Mobil uygulamasını ziyaret et!Bu podcast, Garanti BBVA hakkında reklam içerir.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Che fine ha fatto il quadro che ritrae Robert Hooke?Per sostenerci: https://associazioneatelier.it/Per sostenere il progetto su Berlino:https://associazioneatelier.it/in10cities/Sound design: Matteo D'Alessandro

Hier sitzen Joachim und Nils und haben das 17. Türchen ihres Adventskalenders geöffnet, um auf den Schultern von Giganten zu stehen. Im Zentrum steht ein Satz, den Isaac Newton in einem Brief schrieb: „Wenn ich weiter sehen konnte, so deshalb, weil ich auf den Schultern von Giganten stand.“ Klingt nach Demut, aber war es das? Es geht um die wissenschaftliche Rivalität zwischen Newton und Robert Hooke, um geniale Entdeckungen und darum, wie Wissenschaft Fortschritt aufbaut – mit oder ohne subtile Seitenhiebe.Quellen:Never at Rest: A Biography of Isaac Newton" by Richard S. Westfall+++ Alle Infos und Streaming-Link zu unseren Werbepartnern findest du hier: LINK +++++ NEU: Wir sind jetzt auch auf Instagram! Hier gehts direkt zum Profil: @wasbishergeschah.podcast ++Unsere allgemeinen Datenschutzrichtlinien finden Sie unter https://art19.com/privacy. Die Datenschutzrichtlinien für Kalifornien sind unter https://art19.com/privacy#do-not-sell-my-info abrufbar.

For this week's bonus episode, Eleanor presents the final Dying Arts episode of the series, which is a timely one all about the critically endangered traditional crafts of Clock, Watch and Orrery Making!We start by chatting through what Orrery's are, and before long we're elbow-deep in discussions of how ancient civilizations like the Greeks and Mayans set about trying to understand the universe, the movements of planetary bodies, and how those concepts manifested themselves in early calendars and shadow clocks. This takes us through some curious concepts like Flat Earth theories, geocentrism, and significant historical figures like Copernicus, Galileo, and good ol' Tycho Brahe.Then though, we're into clocks and watches, chewing through everything from candle clocks and hourglasses to amazing devices like the Antikythera Mechanism, the Ancient Chinese 'Cosmic Engine,' and the kinds of water clocks used in the Middle Ages to portion the day up for various prayers. Via verge escapements, pendulums, and the race of the Longitude Prize, we soon find ourselves at the advent of electrified 'Railway Time' and mass production.Featuring bits of clock and watch folklore, a quick nod to Doctor Faustus, and appearances by the likes of Robert Hooke and our old pal Sosigenes of Alexandria, it's a slightly mind-bending ride. So, what are you waiting for - there isn't a moment to waste!(As for how long a moment is, well, we'll let you decide...)The Three Ravens is an English Myth and Folklore podcast hosted by award-winning writers Martin Vaux and Eleanor Conlon.Released on Mondays, each weekly episode focuses on one of England's 39 historic counties, exploring the history, folklore and traditions of the area, from ghosts and mermaids to mythical monsters, half-forgotten heroes, bloody legends, and much, much more. Then, and most importantly, the pair take turns to tell a new version of an ancient story from that county - all before discussing what that tale might mean, where it might have come from, and the truths it reveals about England's hidden past...Bonus Episodes are released on Thursdays (Magic and Medicines about folk remedies and arcane spells, Three Ravens Bestiary about cryptids and mythical creatures, Dying Arts about endangered heritage crafts, and Something Wicked about folkloric true crime from across history) plus Local Legends episodes on Saturdays - interviews with acclaimed authors, folklorists, podcasters and historians with unique perspectives on that week's county.With a range of exclusive content on Patreon, too, including audio ghost tours, the Three Ravens Newsletter, and monthly Three Ravens Film Club episodes about folk horror films from across the decades, why not join us around the campfire and listen in?Learn more at www.threeravenspodcast.com, join our Patreon at www.patreon.com/threeravenspodcast, and find links to our social media channels here: https://linktr.ee/threeravenspodcast Get bonus content on Patreon Hosted on Acast. See acast.com/privacy for more information.

Instead of molecules that absorb light based on their molecular orbitals, this episode talks of nanostructures and their materials that refract light based on interference of light waves. We start with Robert Hooke who described this process in his book Micrographia. We continue through Isaac Newton and Lord Rayleigh. We discuss Eli Yablonovitch's photonic crystals. We mention various kinds of natural structural colorants in the living and non-living worlds, from minerals to insects to bacteria to plants. Then we list several attempts to synthesize structural colorants, and why they might prove useful.Support the Show. Support my podcast at https://www.patreon.com/thehistoryofchemistry Tell me how your life relates to chemistry! E-mail me at steve@historyofchem.com Get my book, O Mg! How Chemistry Came to Be, from World Scientific Publishing, https://www.worldscientific.com/worldscibooks/10.1142/12670#t=aboutBook

Welcome to the Instant Trivia podcast episode 1232, where we ask the best trivia on the Internet. Round 1. Category: Flying Maneuvers 1: To do it to a fire, you cover it, to do it to a plane, you lower one wing. Bank it. 2: Noisy term for flying low over a person or area. Buzzing. 3: Also a Coney Island ride, it's a 360-degree maneuver that starts by pointing the nose upward. Loop-the-loop. 4: In this roll named for a container, the plane revolves once on its longitudinal axis. Barrel roll. 5: Pitch is when the plane's nose moves up or down, and this 3-letter word refers to a left or right motion. Yaw. Round 2. Category: For A Song. With For in quotes 1: We know you remember this 1991 duet between Natalie Cole and her dad, because it's.... "Unforgettable". 2: According to Katy Perry, these title gals will "melt your Popsicle". California girls. 3: Zayn Malik and Taylor Swift teamed up on this song from "Fifty Shades Darker". "I Don't Wanna Live Forever". 4: A Creedence classic says, "It ain't me, I ain't no" this title. "Fortunate Son". 5: "I would give the stars above" in exchange in this '60s classic by the Yardbirds. "For Your Love". Round 3. Category: Arabic 1: A shamal is a wind that whips up this blinding phenomenon. a sandstorm. 2: The number 3 is talaata, and this day of the week is El Talaat. Tuesday. 3: The name of this headdress for men may be related to the word "coif". kaffiyeh. 4: Change 1 letter in "wade" to get this, a gully that's dry except during periods of rain. a wadi. 5: In Arabic, follow a hope about the future, like the train arriving shortly, with this, meaning "Allah willing". inshallah. Round 4. Category: British Inventions 1: A perambulator or pram to the Brits, it was invented in 1733 by William Kent for the Duke of Devonshire's kids. a baby carriage. 2: In 1676 Robert Hooke came up with a universal one of these to manipulate the mirrors of his helioscope. a universal joint. 3: The name of this Scot who invented the steam hammer sounds just like the American who invented basketball. (James) Nasmyth. 4: For the military, zoologist John Kerr developed the "dazzle paint" type of this, something animals also use. camouflage. 5: The miner's safety lamp was also called by the name of this British chemist who invented it in 1815. Sir Humphry Davy. Round 5. Category: Classic Lit 1: This story begins, "All children, except one, grow up". Peter Pan. 2: Edmund Dantes is unjustly accused of aiding the exiled Napoleon and imprisoned for life in this novel. The Count of Monte Cristo. 3: "The Jungle Book" contains a story about Rikki-Tikki-Tavi, one of these animals who protects his human family. a mongoose. 4: In a novel by Frances Hodgson Burnett, 7-year-old Cedric Errol inherits a title and is known as "Little Lord" this. Fauntleroy. 5: In "Gulliver's Travels", the sizes in this land are reduced to 1/12. Lilliput. Thanks for listening! Come back tomorrow for more exciting trivia!Special thanks to https://blog.feedspot.com/trivia_podcasts/ AI Voices used

The 17th-century English physicist Robert Hooke was curious about the remarkable properties of cork -- its ability to float, its springy quality, its usefulness in sealing bottles. Hooke investigated the structure of cork with a new scientific instrument he was very enthusiastic about: the microscope.

“If I have seen further, it is because I stand on the shoulders of giants” Sir Isaac Newton famously stated in a letter to polymath scientist, Robert Hooke back in 1675. Today, Dr. Mary Crow, MD, aides Arthritis & Rheumatology launch a series on immunology, for rheumatologists. She is the co-author of the article Standing on Shoulders: Interferon Research, from Viral Interference to Lupus Pathogenesis and Treatment. In this episode, we stand with Dr. Crow to look back at the achievements made by brilliant minds in interferon research and analyze the unbroken line their advancements in rheumatology have led to today's discoveries, with more to com

In aflevering 61 van Radio Horzelnest schuift wetenschapshistorica en -journaliste Geertje Dekkers bij ons aan voor een gesprek over Antoni van Leeuwenhoek. Afgelopen april 2023 verscheen Geertje's boek ‘Veel, klein en curieus: de wereld van Antoni van Leeuwenhoek' bij Uitgeverij Het Spectrum. Eerder verscheen van haar hand onder meer ‘Waanwijze lasterbende: De geboorte van de wetenschap in acht ruzies' (2018). Als wetenschapsjournaliste schrijft ze voor verschillende tijdschriften en kranten, waaronder Historisch Nieuwsblad, Quest, en de Volkskrant. Naar aanleiding van haar nieuwe boek gaan we vandaag in gesprek over de beroemde Delfste microscopist. Van Leeuwenhoek werkte als lakenkoopman, landmeter, wijnroeier en kamerbeheerder van de Heren Schepenen in de Prinsenstad. Maar hij speelde zichzelf vooral in de kijker met zijn kleinkijkerij. Evenals geleerden en tijdsgenoten zoals Nehemiah Grew, Robert Hooke, Jan Swammerdam en Marcello Malpighi, wendde ook Van Leeuwenhoek zijn onderzoekende oog naar de microwereld. Zijn kleine zelfgemaakte microscoopjes, met enkelvoudige druppelvormige lens ter grootte van een speldenknop, verleende hem toegang tot een wereld die zich pas net ontsloten was, met vergrotingen tot 270 maal. In deze laatste aflevering van 2023 laat Geertje Dekkers je kennismaken met de nalatenschap van Antoni van Leeuwenhoek. Veel luisterplezier! TIMESTAMPS 00:00-03:33 – Introductie 03:33-16:30 – Vroege leven van Antoni van Leeuwenhoek, blauwalg in het Berkelse Meer, lensgebruik in de lakenhandel en uitvinding van de microscoop 16:30-30:37 – Contact Reinier de Graaf, entree bij de Royal Society, Leeuwenhoeks lenzen en preparaten. 30:37-40:37 – Leeuwenhoeks observaties, experimenten en beschrijvingen van de microwereld. 40:37-51:20 – Descartes' deeltjesleer, Leeuwenhoeks grootste blunder, zaadcellen en nog meer experimenten. 51:20-55:56 –Visualizing the Unknown en theoriegeladenheid van de waarneming. 55:56-57:43 – Afsluiting

Ende des 17. Jahrhunderts haben die ersten Forscher Mikroskope gebaut - und kamen aus dem Staunen nicht mehr heraus: Alles, was ihnen vor die Linse kam, war neu und aufregend. «Es war eine gute Zeit, um Wissenschaftler zu sein», sagt Keith Moore, Archivar der Royal Society in London. Er meint die Zeit um 1660, als 12 Wissenschaftler in London sich zusammentaten und die Royal Society gründeten, die englische Wissenschaftsgesellschaft, die lange die wichtigste in ganz Europa bleiben sollte. Alles, was Forscher sich damals genauer anschauten war neu. Sie waren die ersten, die konsequent darauf achteten, ihr Wissen nur aus Experimenten zu ziehen, und sie misstrauten überkommenen Autoritäten. Und: Sie boten einer neuen Technik den Raum, den sie brauchte, um sich voll zu entfalten: Der Mikroskopie. Robert Hooke, erster Kurator der Royal Society, liess sich von Londoner Handwerkern ein Mikroskop bauen und füllte ein ganzes Buch mit detaillierten Zeichnungen von Läusen, Mohnsamen und Nähnadelspitzen. «Micrographia» war das erste populärwissenschaftliche Buch überhaupt und für seine Zeit extrem erfolgreich. Wenige Jahre später las das Buch Antoni von Leeuwenhoek im niederländischen Delft, war fasziniert, baute seine eigenen Mikroskope und wurde zum zweiten Pionier der Mikroskopie: Er war der erste der Bakterien sah, beschrieb wie Spermien schwimmen und untersuchte das Leben in Pfützen vor seiner Haustür. – Ein Ausflug in die Wissenschaftswelt vor fast 400 Jahren, und die Frage, warum das Forschen und Aufklären eigentlich genau damals derart Fahrt aufnahm. «Das erste Mal»: Sommerserie der SRF-Wissenschaftsredaktion, Folge 5/7.

Ende des 17. Jahrhunderts haben die ersten Forscher Mikroskope gebaut - und kamen aus dem Staunen nicht mehr heraus: Alles, was ihnen vor die Linse kam, war neu und aufregend. «Es war eine gute Zeit, um Wissenschaftler zu sein», sagt Keith Moore, Archivar der Royal Society in London. Er meint die Zeit um 1660, als 12 Wissenschaftler in London sich zusammentaten und die Royal Society gründeten, die englische Wissenschaftsgesellschaft, die lange die wichtigste in ganz Europa bleiben sollte. Alles, was Forscher sich damals genauer anschauten war neu. Sie waren die ersten, die konsequent darauf achteten, ihr Wissen nur aus Experimenten zu ziehen, und sie misstrauten überkommenen Autoritäten. Und: Sie boten einer neuen Technik den Raum, den sie brauchte, um sich voll zu entfalten: Der Mikroskopie. Robert Hooke, erster Kurator der Royal Society, liess sich von Londoner Handwerkern ein Mikroskop bauen und füllte ein ganzes Buch mit detaillierten Zeichnungen von Läusen, Mohnsamen und Nähnadelspitzen. «Micrographia» war das erste populärwissenschaftliche Buch überhaupt und für seine Zeit extrem erfolgreich. Wenige Jahre später las das Buch Antoni von Leeuwenhoek im niederländischen Delft, war fasziniert, baute seine eigenen Mikroskope und wurde zum zweiten Pionier der Mikroskopie: Er war der erste der Bakterien sah, beschrieb wie Spermien schwimmen und untersuchte das Leben in Pfützen vor seiner Haustür. – Ein Ausflug in die Wissenschaftswelt vor fast 400 Jahren, und die Frage, warum das Forschen und Aufklären eigentlich genau damals derart Fahrt aufnahm. «Das erste Mal»: Sommerserie der SRF-Wissenschaftsredaktion, Folge 5/7. (Diese Folge wurde übernommen aus dem Podcast Feed «SRF Wissenschaftsmagazin», welcher ebenfalls von der SRF Wissenschaftsredaktion produziert wird.)

Sir Isaac Newton, in a letter written in 1675 to fellow scientist Robert Hooke, wrote, “If I have seen further, it is by standing on the shoulders of giants.” Chuck Colson was one of those giants for many of us, and it is our privilege to steward his legacy at the Colson Center.   In fact, Chuck believed that his most important legacy, more than any of the organizations he founded or the many books he authored, would be people. That's why he started what he called the Centurions Program, something that continues today under a different name, the Colson Fellows program. Here's Chuck Colson on the important vision he had for this program:   "I have a burning passion—it's the first item on my prayer list every day—and that's to see a movement of Christians raised up from the churches to defend truth in the marketplace of ideas and to live out the Gospel. Nothing less than this kind of an awakening can possibly save our quickly deteriorating culture. That's why I'm now spending all of my time working at Breakpoint and the Colson Center. One of my major projects is developing Christian leaders who can understand and defend a biblical view of all of life. We call this the Centurions Program.    For the past six years we have brought 100 of the best and brightest into this year-long teaching effort, to study under some of the best minds in the Christian world. It's demanding: We read books together, view movies and critique them, do a lot of teaching online, and have three residencies during the year in Lansdowne, Virginia, near our offices.    Our Centurion graduates are like the Marines or the Navy Seals who are on the front lines of the next wave of leaders. Can this work?     Just two weeks ago I was in Albuquerque, New Mexico, for a rally on behalf of the Manhattan Declaration. It was organized by the Catholic Archbishop of New Mexico, Michael Sheehan, and a former congressman named Bill Redmond, who is a Centurion graduate. You can imagine my thrill when I walked into the convention center to see 1,600 participants. And they were on fire!    They were there to learn biblical worldview, to learn how to defend the sanctity of human life, traditional marriage, and religious liberty, to learn how to become activists! There were representatives from across the denominational spectrum: Southern Baptists, Nazarenes, Assemblies of God, Methodists, Presbyterians, Catholics. The Church had come together. And all of this was organized by one gutsy archbishop and one Centurion graduate. They in fact have built a powerful network across the state of New Mexico. So yes, it can be done.    And our Centurions are doing a whole variety of important tasks across the spectrum. Like Jon Blankmeyer, who founded a safe home for girls rescued from forced prostitution. Josue Delgado, a hospital chaplain who teaches emergency medical technicians on how to build stronger marriages. Kathy Peele, who founded a group to help mothers under distress, and so many more. By the time they are certified, Centurions know how to write, discuss, and teach Christian worldview in all sorts of settings.    They know how to create God-honoring culture through the arts, media, literature, and business. They're able to debate ethical challenges with medical professionals, advocate human rights, and develop tomorrow's leaders by raising children grounded in biblical values. In short, they learn to defend truth in an age in which many believe such a thing does not exist.    Look, folks, the reason the Church today is having so little impact is too many Christians view their faith only in terms of a personal relationship with Jesus. But Christianity does not stop with salvation: That's only the beginning. We've got to learn how to present our worldview in a winsome way. And if we don't do this, it simply dooms our churches to isolation and irrelevance—just when our culture desperately needs the hope of the Gospel more than ever."    After Chuck's death in 2012, the program he started as the Centurions Program was renamed the Colson Fellows program. I think Chuck would be ecstatic to know that this past year, over 1,300 Christians from across the country and around the world studied worldview, theology, and culture as part of the Colson Fellows program. He'd be even more excited to know all the ways the fellows are currently planning to apply what they've learned in the time and place God has called them.   If you desire to make a similar impact in your community for Christ, consider studying with the Colson Fellows program next year. With over 60 regional cohorts around the country, there is likely a cohort in your region. If not, there are online cohorts offered as well. Either way, you'll find a deeper understanding of truth and be better equipped to live out your faith in this cultural moment in whatever calling and vocation God has put before you. For more information, visit www.colsonfellows.org.  For more resources to live like a Christian in this cultural moment, go to breakpoint.org.  This Breakpoint was revised from one aired March 16, 2022.  

 This is Superlative: A Podcast about watches, the people behind them, and the worlds that inspire them. This week our host and aBlogtoWatch Founder Ariel Adams is joined by Roger Peeters, the Founder and Master Watchmaker of Hooke and Huygens. To start the show Ariel dives into discussing small independent high end watch brands, and their important role in the watch industry. They talk about the mentality behind the modern watchmaker today, and how important having a true artist's touch is important when creating a watch brand or new design. Ariel asks why Roger did not go with his own name when creating this brand, and who exactly Robert Hooke and Christiaan Huygens are. They dive into the brands overall strategy with their relationship with their customers, and they go over their patented Hooke and Huygens ring-shaped semi-skeleton ring movement with 12 positions and 41 jewel bearings. To stay updated with Roger and Hooke and Huygens:Website - https://www.hookeandhuygens.com/ Instagram @HookeandHuygensWatches - https://www.instagram.com/hookeandhuygenswatches/ To check out the ABTW Shop where you can see our products inspired by our love of Horology:- Shop ABTW - https://store.ablogtowatch.com/To keep updated with everything Superlative and aBlogtoWatch, check us out on:- Instagram - https://www.instagram.com/ablogtowatch/- Twitter - https://twitter.com/ABLOGTOWATCH- Website - https://www.ablogtowatch.com/If you enjoy the show please Subscribe, Rate, and Review!

 This is Superlative: A Podcast about watches, the people behind them, and the worlds that inspire them. This week our host and aBlogtoWatch Founder Ariel Adams is joined by Roger Peeters, the Founder and Master Watchmaker of Hooke and Huygens. To start the show Ariel dives into discussing small independent high end watch brands, and their important role in the watch industry. They talk about the mentality behind the modern watchmaker today, and how important having a true artist's touch is important when creating a watch brand or new design. Ariel asks why Roger did not go with his own name when creating this brand, and who exactly Robert Hooke and Christiaan Huygens are. They dive into the brands overall strategy with their relationship with their customers, and they go over their patented Hooke and Huygens ring-shaped semi-skeleton ring movement with 12 positions and 41 jewel bearings. To stay updated with Roger and Hooke and Huygens:Website - https://www.hookeandhuygens.com/ Instagram @HookeandHuygensWatches - https://www.instagram.com/hookeandhuygenswatches/ To check out the ABTW Shop where you can see our products inspired by our love of Horology:- Shop ABTW - https://store.ablogtowatch.com/To keep updated with everything Superlative and aBlogtoWatch, check us out on:- Instagram - https://www.instagram.com/ablogtowatch/- Twitter - https://twitter.com/ABLOGTOWATCH- Website - https://www.ablogtowatch.com/If you enjoy the show please Subscribe, Rate, and Review!

It's Fiona's week to chat about one of her guide crushes, the polymath Robert Hooke. Is he everything he is cracked up to be? Or is there trouble afoot? We delve into one of the lesser known contemporaries of Christopher Wren, and find out why he is overlooked more often than not. Why does he not get the headlines that Wren does? And why do we need to proceed with caution on his story? Find out in this week's episode. Visit https://www.ladieswholondon.com/post/ep-139-dr-robert-hooke  for more information on this week's episode. Get in touch! Instagram; @ladieswholondonpodcast Email; ladieswholondon@gmail.com Websites; www.ladieswholondon.com Alex's guiding website - www.alexlacey.com Fiona's guiding website - https://britainsbestguides.org/guides/fiona-lukas/ Learn more about your ad choices. Visit megaphone.fm/adchoices

Semafor Telgrafı, elektrik kullanmamasına rağmen dünyanın ilk modern haberleşme metoduydu. En büyük ağ da, Napolyon Fransasında bulunuyor, 4800 km kat ediyordu. Ve iki kardeş bunu hackleyerek zengin olmayı başardı.Bu bölümde sadece tarih değil, internet gibi bir haberleşme protokolünün temelden nasıl tasarlandığını da öğreneceğiz. Tüm kaynaklar ve referanslar aşağıda. Hepinize ve Patreonculara teşekkürler..Bu podcast, Cambly hakkında reklam içerir.Cambly'nin %60 indirimden 6fular koduyla yararlanmak için aşağıdaki linke tıklayın.https://cambly.biz/6fularCambly Kids'in %60 indiriminden 6fularkids koduyla yararlanmak için ise aşağıdaki linke tıklayın.https://cambly.biz/6fularkidsBölümler:(00:40) Duman, ateş ve hidrolik semafor.(02:50) Le télégraphe Chappe.(06:15) Bir protokol tasarlayalım.(09:20) "internet" protokolü.(12:18) Orijinal telgraf.(13:45) Uçtan uca şifreleme.(15:25) Ortadaki adam (man in the middle).(16:25) Haberleşme asitmetrisi.(18:15) İlk siber saldırı.(21:15) Özet ve Patreon teşekkürleri..Kaynaklar:Yazı: First cyberattack | The 1st Man-in-the-Middle AttackVideo: How the first ever telecoms scam workedYazı: What the Count of Monte Cristo Can Teach Us About CybersecurityKitap: Monte Cristo Kontuİsimler: Claude Chappe, Robert Hooke,See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

The London Undone ‘City of London Churches' podcast series: A journey around the magnificent and many churches of the City of London. Learn about their histories, architecture, associations, features and their spiritual lives today.39. Hear Rector George Bush explain once and for all that the bells of St Mary-le-Bow were indeed the Bow bells! More than this, this church has the most extraordinary stained glass windows, has a 9ft dragon as a weather vane, and has always been connected to the Archbishop of Canterbury. For foodies, the very first City church cafe/ restaurant still operates in the old Norman crypt. There's a lot more to St Mary-le-Bow than its Christopher Wren (or Robert Hooke) walls. Press ‘play'!

Have faith and science always been enemies? The story of Robert Hooke, a revolutionary working in the Scientific Revolution, exemplifies the ways in which Christianity has actually provoked scientific inquiry.  Robert George, McCormick Professor of Jurisprudence and Director of the James Madison Program in American Ideals and Institutions at Princeton University. Patricia Fara, director of studies and affiliated lecturer at the University of Cambridge's Department of the History and Philosophy of Science. Jim Bennett, Keeper Emeritus at the Science Museum, London and professor emeritus of the history of science, University of Oxford. Brother Guy Consolmagno, director of the Vatican Observatory and president of the Vatican Observatory Foundation. Stephen Barr, professor emeritus at the University of Delaware's department of physics and astronomy. This episode was produced by Rosalind Rei and Maria Devlin McNair. Illuminations is supported by the John Templeton Foundation. Learn more about your ad choices. Visit megaphone.fm/adchoices

Have faith and science always been enemies? The story of Robert Hooke, a revolutionary working in the Scientific Revolution, exemplifies the ways in which Christianity has actually provoked scientific inquiry.  Robert George, McCormick Professor of Jurisprudence and Director of the James Madison Program in American Ideals and Institutions at Princeton University. Patricia Fara, director of studies and affiliated lecturer at the University of Cambridge's Department of the History and Philosophy of Science. Jim Bennett, Keeper Emeritus at the Science Museum, London and professor emeritus of the history of science, University of Oxford. Brother Guy Consolmagno, director of the Vatican Observatory and president of the Vatican Observatory Foundation. Stephen Barr, professor emeritus at the University of Delaware's department of physics and astronomy. This episode was produced by Rosalind Rei and Maria Devlin McNair. Illuminations is supported by the John Templeton Foundation. Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/new-books-network

Have faith and science always been enemies? The story of Robert Hooke, a revolutionary working in the Scientific Revolution, exemplifies the ways in which Christianity has actually provoked scientific inquiry.  Robert George, McCormick Professor of Jurisprudence and Director of the James Madison Program in American Ideals and Institutions at Princeton University. Patricia Fara, director of studies and affiliated lecturer at the University of Cambridge's Department of the History and Philosophy of Science. Jim Bennett, Keeper Emeritus at the Science Museum, London and professor emeritus of the history of science, University of Oxford. Brother Guy Consolmagno, director of the Vatican Observatory and president of the Vatican Observatory Foundation. Stephen Barr, professor emeritus at the University of Delaware's department of physics and astronomy. This episode was produced by Rosalind Rei and Maria Devlin McNair. Illuminations is supported by the John Templeton Foundation. Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/history

Have faith and science always been enemies? The story of Robert Hooke, a revolutionary working in the Scientific Revolution, exemplifies the ways in which Christianity has actually provoked scientific inquiry.  Robert George, McCormick Professor of Jurisprudence and Director of the James Madison Program in American Ideals and Institutions at Princeton University. Patricia Fara, director of studies and affiliated lecturer at the University of Cambridge's Department of the History and Philosophy of Science. Jim Bennett, Keeper Emeritus at the Science Museum, London and professor emeritus of the history of science, University of Oxford. Brother Guy Consolmagno, director of the Vatican Observatory and president of the Vatican Observatory Foundation. Stephen Barr, professor emeritus at the University of Delaware's department of physics and astronomy. This episode was produced by Rosalind Rei and Maria Devlin McNair. Illuminations is supported by the John Templeton Foundation. Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/biography

Have faith and science always been enemies? The story of Robert Hooke, a revolutionary working in the Scientific Revolution, exemplifies the ways in which Christianity has actually provoked scientific inquiry.  Robert George, McCormick Professor of Jurisprudence and Director of the James Madison Program in American Ideals and Institutions at Princeton University. Patricia Fara, director of studies and affiliated lecturer at the University of Cambridge's Department of the History and Philosophy of Science. Jim Bennett, Keeper Emeritus at the Science Museum, London and professor emeritus of the history of science, University of Oxford. Brother Guy Consolmagno, director of the Vatican Observatory and president of the Vatican Observatory Foundation. Stephen Barr, professor emeritus at the University of Delaware's department of physics and astronomy. This episode was produced by Rosalind Rei and Maria Devlin McNair. Illuminations is supported by the John Templeton Foundation. Learn more about your ad choices. Visit megaphone.fm/adchoices

Have faith and science always been enemies? The story of Robert Hooke, a revolutionary working in the Scientific Revolution, exemplifies the ways in which Christianity has actually provoked scientific inquiry.  Robert George, McCormick Professor of Jurisprudence and Director of the James Madison Program in American Ideals and Institutions at Princeton University. Patricia Fara, director of studies and affiliated lecturer at the University of Cambridge's Department of the History and Philosophy of Science. Jim Bennett, Keeper Emeritus at the Science Museum, London and professor emeritus of the history of science, University of Oxford. Brother Guy Consolmagno, director of the Vatican Observatory and president of the Vatican Observatory Foundation. Stephen Barr, professor emeritus at the University of Delaware's department of physics and astronomy. This episode was produced by Rosalind Rei and Maria Devlin McNair. Illuminations is supported by the John Templeton Foundation. Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/science

Have faith and science always been enemies? The story of Robert Hooke, a revolutionary working in the Scientific Revolution, exemplifies the ways in which Christianity has actually provoked scientific inquiry.  Robert George, McCormick Professor of Jurisprudence and Director of the James Madison Program in American Ideals and Institutions at Princeton University. Patricia Fara, director of studies and affiliated lecturer at the University of Cambridge's Department of the History and Philosophy of Science. Jim Bennett, Keeper Emeritus at the Science Museum, London and professor emeritus of the history of science, University of Oxford. Brother Guy Consolmagno, director of the Vatican Observatory and president of the Vatican Observatory Foundation. Stephen Barr, professor emeritus at the University of Delaware's department of physics and astronomy. This episode was produced by Rosalind Rei and Maria Devlin McNair. Illuminations is supported by the John Templeton Foundation. Learn more about your ad choices. Visit megaphone.fm/adchoices

Have faith and science always been enemies? The story of Robert Hooke, a revolutionary working in the Scientific Revolution, exemplifies the ways in which Christianity has actually provoked scientific inquiry.  Robert George, McCormick Professor of Jurisprudence and Director of the James Madison Program in American Ideals and Institutions at Princeton University. Patricia Fara, director of studies and affiliated lecturer at the University of Cambridge's Department of the History and Philosophy of Science. Jim Bennett, Keeper Emeritus at the Science Museum, London and professor emeritus of the history of science, University of Oxford. Brother Guy Consolmagno, director of the Vatican Observatory and president of the Vatican Observatory Foundation. Stephen Barr, professor emeritus at the University of Delaware's department of physics and astronomy. This episode was produced by Rosalind Rei and Maria Devlin McNair. Illuminations is supported by the John Templeton Foundation. Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/religion

Have faith and science always been enemies? The story of Robert Hooke, a revolutionary working in the Scientific Revolution, exemplifies the ways in which Christianity has actually provoked scientific inquiry.  Robert George, McCormick Professor of Jurisprudence and Director of the James Madison Program in American Ideals and Institutions at Princeton University. Patricia Fara, director of studies and affiliated lecturer at the University of Cambridge's Department of the History and Philosophy of Science. Jim Bennett, Keeper Emeritus at the Science Museum, London and professor emeritus of the history of science, University of Oxford. Brother Guy Consolmagno, director of the Vatican Observatory and president of the Vatican Observatory Foundation. Stephen Barr, professor emeritus at the University of Delaware's department of physics and astronomy. This episode was produced by Rosalind Rei and Maria Devlin McNair. Illuminations is supported by the John Templeton Foundation. Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/christian-studies

Christopher Wren, who died 300 years ago this year, is famed as the architect of St Paul's Cathedral. But he was also Gresham Professor of Astronomy, and one of the founders of a society “for the promotion of Physico-Mathematicall Experimental Learning” which became the Royal Society.This lecture explores some of Wren's mathematical work on curves including spirals and ellipses and the mathematics behind his most impressive architectural achievement – the dome of St Paul's.A lecture by Sarah Hart recorded on 7 March 2023 at David Game College, London.The transcript and downloadable versions of the lecture are available from the Gresham College website: https://www.gresham.ac.uk/watch-now/maths-wrenGresham College has offered free public lectures for over 400 years, thanks to the generosity of our supporters. There are currently over 2,500 lectures free to access. We believe that everyone should have the opportunity to learn from some of the greatest minds. To support Gresham's mission, please consider making a donation: https://gresham.ac.uk/support/Website:  https://gresham.ac.ukTwitter:  https://twitter.com/greshamcollegeFacebook: https://facebook.com/greshamcollegeInstagram: https://instagram.com/greshamcollegeSupport the show

17th-century physicist Robert Hooke was fascinated with corks. Today's A Moment of Science takes a closer look at his findings.

London, 1679 — A year has passed since the sensational attempt to murder King Charles II, but London is still a viper's nest of rumored Catholic conspiracies, and of plots against them in turn. When Harry Hunt — estranged from his mentor Robert Hooke — is summoned to the remote and windswept marshes of Norfolk, he is at first relieved to get away from the place.But in Norfolk, he finds that some Royal workers shoring up a riverbank have made a grim discovery — the skeleton of a dwarf. Harry is able to confirm that the skeleton is that of Captain Jeffrey Hudson, a prominent member of the court once famously given to the Queen in a pie. Except no one knew Hudson was dead, because another man had been impersonating him.The hunt for the impersonator, clearly working as a spy, will take Harry to Paris, another city bedeviled by conspiracies and intrigues, and back, with encounters along the way with a flying man and a cross-dressing swordswoman — and to the uncovering of a plot to kill the Queen and all the Catholic members of her court. But where? When?The Poison Machine is a nail-biting and brilliantly imagined historical thriller that will delight readers of its critically acclaimed predecessor, The Bloodless BoySupport this show http://supporter.acast.com/houseofmysteryradio. Become a member at https://plus.acast.com/s/houseofmysteryradio. Hosted on Acast. See acast.com/privacy for more information.

London, 1679. Combining the color and adventure of Alexandre Dumas and the thrills of Frederick Forsyth, early scientists Harry Hunt and Robert Hooke of the Royal Society stumble onto a plot to kill the Queen of England. The Poison Machine (Melville House, 2022) is a nail-biting and brilliantly imagined historical thriller that will delight readers of its critically acclaimed predecessor, The Bloodless Boy. Tune in as we speak with Robert J. Lloyd about his recent novel set in Restoration England, The Poison Machine.  Robert J. Lloyd, after a twenty-year career as a secondary school teacher, has returned to painting and writing, and is now working on the third book in the Hunt and Hooke series. Michael Morales is Professor of Biblical Studies at Greenville Presbyterian Theological Seminary, and the author of The Tabernacle Pre-Figured: Cosmic Mountain Ideology in Genesis and Exodus(Peeters, 2012), Who Shall Ascend the Mountain of the Lord?: A Biblical Theology of Leviticus(IVP Academic, 2015), and Exodus Old and New: A Biblical Theology of Redemption (IVP Academic, 2020). He can be reached at mmorales@gpts.edu Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/new-books-network

London, 1679. Combining the color and adventure of Alexandre Dumas and the thrills of Frederick Forsyth, early scientists Harry Hunt and Robert Hooke of the Royal Society stumble onto a plot to kill the Queen of England. The Poison Machine (Melville House, 2022) is a nail-biting and brilliantly imagined historical thriller that will delight readers of its critically acclaimed predecessor, The Bloodless Boy. Tune in as we speak with Robert J. Lloyd about his recent novel set in Restoration England, The Poison Machine.  Robert J. Lloyd, after a twenty-year career as a secondary school teacher, has returned to painting and writing, and is now working on the third book in the Hunt and Hooke series. Michael Morales is Professor of Biblical Studies at Greenville Presbyterian Theological Seminary, and the author of The Tabernacle Pre-Figured: Cosmic Mountain Ideology in Genesis and Exodus(Peeters, 2012), Who Shall Ascend the Mountain of the Lord?: A Biblical Theology of Leviticus(IVP Academic, 2015), and Exodus Old and New: A Biblical Theology of Redemption (IVP Academic, 2020). He can be reached at mmorales@gpts.edu Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/literature

London, 1679. Combining the color and adventure of Alexandre Dumas and the thrills of Frederick Forsyth, early scientists Harry Hunt and Robert Hooke of the Royal Society stumble onto a plot to kill the Queen of England. The Poison Machine (Melville House, 2022) is a nail-biting and brilliantly imagined historical thriller that will delight readers of its critically acclaimed predecessor, The Bloodless Boy. Tune in as we speak with Robert J. Lloyd about his recent novel set in Restoration England, The Poison Machine.  Robert J. Lloyd, after a twenty-year career as a secondary school teacher, has returned to painting and writing, and is now working on the third book in the Hunt and Hooke series. Michael Morales is Professor of Biblical Studies at Greenville Presbyterian Theological Seminary, and the author of The Tabernacle Pre-Figured: Cosmic Mountain Ideology in Genesis and Exodus(Peeters, 2012), Who Shall Ascend the Mountain of the Lord?: A Biblical Theology of Leviticus(IVP Academic, 2015), and Exodus Old and New: A Biblical Theology of Redemption (IVP Academic, 2020). He can be reached at mmorales@gpts.edu Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/historical-fiction

Have faith and science always been enemies? The story of Robert Hooke, a revolutionary working in the Scientific Revolution, exemplifies the ways in which Christianity has actually provoked scientific inquiry.  Robert George, McCormick Professor of Jurisprudence and Director of the James Madison Program in American Ideals and Institutions at Princeton University.Patricia Fara, director of studies and affiliated lecturer at the University of Cambridge's Department of the History and Philosophy of Science.Jim Bennett, Keeper Emeritus at the Science Museum, London and professor emeritus of the history of science, University of Oxford.Stephen Barr, professor emeritus at the University of Delaware's department of physics and astronomy.Illuminations is supported by the John Templeton Foundation.

From London Temporada 28: El viaje a La Luz del Misterio, en London Radio World, de esta semana, nos lleva en primer lugar a conocer qué era el Colegio Invisible. A mediados de la década de 1640, un grupo de filósofos naturales comenzaron a reunirse en Inglaterra para promover el conocimiento del mundo natural a través de la observación y la experimentación. El grupo incluía filósofos naturales (hoy llamados científicos) como Robert Boyle -considerado como el primer químico moderno- y Robert Hooke -el primero en visualizar un microorganismo-, y al arquitecto Christopher Wren, también anatomista, astrónomo, geómetra y matemático-físico. Luego hacemos un pequeño homenaje para recordar a Colin Bloy. Fue un sanador británico, pionero en la investigación de los círculos de la Campiña Inglesa. Nos dejó en el año 2004 y fue autor de diversos libros sobre el tema, ha destacado por su intenso trabajo en el campo de la sanación espiritual, la Qabbalah, las líneas telúricas de Gaia, los Templarios y los mundos sutiles son algunos de los conceptos frecuente e íntimamente relacionados por este investigador y sanador, con las esferas de actuación de la sanación espiritual, a través de los arquetipos. En la siguiente entrevista que realizabamos en La Luz del Misterio en el año 1994, desvela algunas de las bases sutiles que impregnan esta práctica espiritual. La sanación espiritual se nutre de fundamentos sutiles que pueden curar a las personas, las ciudades, a los países e incluso hasta el planeta en general. Además de la hablar de los misteriosos círculos de la Campiña Inglesa. Y terminaremos conociendo algunos enigmas y recomendaciones para viajar a las Islas Galápagos de la mano del aventurero y experto, Ángel Crespo. Síguenos a través de: edenex.es ZTR Radio.online London Radio World En Ivoox Itunes Spotify YouTube Si deseas apoyarnos: https://www.ivoox.com/ajx-apoyar_i1_support_29070_1.html SI DESEAS SALUDARNOS DESDE CUALQUIER PUNTO DEL PLANTA PUEDES HACERLO A TRAVÉS DE NUESTRO WHATSAPP 00 44 7378 880037 Más información: laluzdelmisterioradio.blogspot.com laluzdelmisterio@gmail.com #colinbloy #sanacionespiritual #circuloscampiñainglesa #colegioinvisible #charlesdarwin #islasgalápagos #angelcrespo

From London Temporada 28: El viaje a La Luz del Misterio, en London Radio World, de esta semana, nos lleva en primer lugar a conocer qué era el Colegio Invisible. A mediados de la década de 1640, un grupo de filósofos naturales comenzaron a reunirse en Inglaterra para promover el conocimiento del mundo natural a través de la observación y la experimentación. El grupo incluía filósofos naturales (hoy llamados científicos) como Robert Boyle -considerado como el primer químico moderno- y Robert Hooke -el primero en visualizar un microorganismo-, y al arquitecto Christopher Wren, también anatomista, astrónomo, geómetra y matemático-físico. Luego hacemos un pequeño homenaje para recordar a Colin Bloy. Fue un sanador británico, pionero en la investigación de los círculos de la Campiña Inglesa. Nos dejó en el año 2004 y fue autor de diversos libros sobre el tema, ha destacado por su intenso trabajo en el campo de la sanación espiritual, la Qabbalah, las líneas telúricas de Gaia, los Templarios y los mundos sutiles son algunos de los conceptos frecuente e íntimamente relacionados por este investigador y sanador, con las esferas de actuación de la sanación espiritual, a través de los arquetipos. En la siguiente entrevista que realizabamos en La Luz del Misterio en el año 1994, desvela algunas de las bases sutiles que impregnan esta práctica espiritual. La sanación espiritual se nutre de fundamentos sutiles que pueden curar a las personas, las ciudades, a los países e incluso hasta el planeta en general. Además de la hablar de los misteriosos círculos de la Campiña Inglesa. Y terminaremos conociendo algunos enigmas y recomendaciones para viajar a las Islas Galápagos de la mano del aventurero y experto, Ángel Crespo. Síguenos a través de: edenex.es ZTR Radio.online London Radio World En Ivoox Itunes Spotify YouTube Si deseas apoyarnos: https://www.ivoox.com/ajx-apoyar_i1_support_29070_1.html SI DESEAS SALUDARNOS DESDE CUALQUIER PUNTO DEL PLANTA PUEDES HACERLO A TRAVÉS DE NUESTRO WHATSAPP 00 44 7378 880037 Más información: laluzdelmisterioradio.blogspot.com laluzdelmisterio@gmail.com #colinbloy #sanacionespiritual #circuloscampiñainglesa #colegioinvisible #charlesdarwin #islasgalápagos #angelcrespo

In this episode of Perspectives, we speak with Ofer Gal, author of The Origins of Modern Science: From Antiquity to the Scientific Revolution. What is the role of history in telling stories about science? How and why do we know about how the planets orbit? Why are there cathedrals in South America, and what does that have to do with science? Listen in as Professor of History and Philosophy of Science Ofer Gal offers a peek into his exploration of science as a global cultural phenomenon. Gal's synthetic approach to writing history of science begins with Plato and the Ancient Greeks and ends with Robert Hooke and Isaac Newton. In between these great men of science, Gal analyzes a wide range of knowledge producers (including magicians), and draws connections between the role of political power, institutions such as learned academies and universities, and the production of knowledge about the natural world. Gal's metaphor of the cathedral, the architectural form that signifies the power of a particular religion and a particular deity, prompts readers and listeners to situate scientific knowledge within the conditions of its production. The episode ends with an important reminder to consider the questions one asks, not just the answer one receives. Closed-captioning available on YouTube, https://youtu.be/PxKucDmj4VY. To cite this podcast, please use footnote: Ofer Gal, interview, Perspectives, Consortium for History of Science, Technology and Medicine, July 4, 2022, https://www.chstm.org/video/138

Welcome to another episode of the Testing Peers.Chris and Russell have returned from their EuroSTAR adventures, to join the other regulars to talk toxicity in testing.Before diving in, Simon leads the banter around what three apps would you keep on your phone, if you were allowed only three.Thankfully, no toxicity there!Onto the main discussion, the Peers discuss everything from behaviours, misunderstanding, misappropriation, unrealistic expectations to politics and more!On the note of knowledge gatekeeping:“If I have seen further,” Isaac Newton wrote in a 1675 letter to fellow scientist Robert Hooke, “it is by standing on the shoulders of giants.”We move on to talking about the issues of explaining what we do in testing, the biases there are in and around the craft, and the toils in educating.What about feedback, optics, how are we all communicating with each other? Plus our responsibilities as leaders, working in this space, who the audience and what the benefit is.We do touch on social media and indeed some of that is what inspired this thread by Chris.https://twitter.com/christovskia/status/1542498791928090626?s=20&t=rpVrgUYyti74x0nFrH9GDgClosing out the conversation, we talking about what we can do, being respectful, considering context are important and with whom can we talk about these things?How can we challenge things or call out toxic behaviours?Thank you for listening. We appreciate all your feedback.We hope you found the discussion useful and would love to hear your feedback.ContactUs@TestingPeers.comTwitter (https://twitter.com/testingpeers)LinkedIn (https://www.linkedin.com/company/testing-peers)Instagram (https://www.instagram.com/testingpeers/)Facebook (https://www.facebook.com/TestingPeers)We're also now on GoodPods, check it out via the mobile app storesIf you like what we do and are able to, please visit our Patreon to explore how you could support us going forwards: https://www.patreon.com/testingpeersSupport the show

Subscribe to Quotomania on Simplecast or search for Quotomania on your favorite podcast app!Sir Isaac Newton, (born Jan. 4, 1643, Woolsthorpe, Lincolnshire, Eng.—died March 31, 1727, London), was an English physicist and mathematician. The son of a yeoman, he was raised by his grandmother. He was educated at Cambridge University (1661–65), where he discovered the work of René Descartes. His experiments passing sunlight through a prism led to the discovery of the heterogeneous, corpuscular nature of white light and laid the foundation of physical optics. He built the first reflecting telescope in 1668 and became a professor of mathematics at Cambridge in 1669. He worked out the fundamentals of calculus, though this work went unpublished for more than 30 years. His most famous publication, Principia Mathematica (1687), grew out of correspondence with Edmond Halley. Describing his works on the laws of motion (see Newton's laws of motion), orbital dynamics, tidal theory, and the theory of universal gravitation, it is regarded as the seminal work of modern science. He was elected president of the Royal Society of London in 1703 and became the first scientist ever to be knighted in 1705. During his career he engaged in heated arguments with several of his colleagues, including Robert Hooke (over authorship of the inverse square relation of gravitation) and G.W. Leibniz (over the authorship of calculus). The battle with Leibniz dominated the last 25 years of his life; it is now well established that Newton developed calculus first, but that Leibniz was the first to publish on the subject. Newton is regarded as one of the greatest scientists of all time.From https://www.britannica.com/summary/Isaac-Newton. For more information about Isaac Newton:“Isaac Newton”: https://education.nationalgeographic.org/resource/isaac-newton-who-he-was-why-apples-are-falling“The Truth About Isaac Newton's Productive Plague”: https://www.newyorker.com/culture/cultural-comment/the-truth-about-isaac-newtons-productive-plague“Isaac Newton”: https://plato.stanford.edu/entries/newton/

Para contratarme lo tienes aquí: https://cursosdejardineria.com/#consulta Mi boletín “Los correos del Jardinerista” aquí: https://claudiodoratto.com/boletin El canal de Telegram: https://t.me/jardineros Hoy viajamos en el tiempo y nos vamos a la Inglaterra del siglo XVII. Transcurre el año 1665 cuando Robert publica los resultados de sus observaciones en los tejidos del corcho. Pero vamos tiempo atrás, en 1662 junto con otros científicos crearon la primera sociedad científica de la historia, la Royal Society de Londres. Como verás era un tipo importante. Desde chico le gustaron muchas cosas bien distintas como la biología y la arquitectura, como la medicina y la ingeniería, aunque hay más. También tenía muchas ideas que compartía o discutía con personas como Newton. ¿Te imaginas lo que sería eso?

Le sens conçu pour percevoir les sons, c'est bien sûr celui de l'ouïe. C'est du moins ce qui vient tout de suite à l'esprit. Et pourtant, le son peut aussi se voir. C'est tout l'intérêt de ce qu'om appelle les figures de Chladni.La découverte progressive du phénomèneDès 1638, Galilée s'était aperçu que des motifs apparaissaient sur une plaque qu'on faisait vibrer. Une quarantaine d'années plus tard, le phénomène est étudié de plus près par le scientifique anglais Robert Hooke.Mais c'est le physicien allemand Ernst Chladni qui le décrit avec le plus de précision, dans un livre paru en 1787. D'où le nom de "figures de Chladni" donné aux motifs apparaissant sur la plaque vibrante.Napoléon, devant lequel Chladni fit une démonstration, se montra intéressé par l'expérience. Il décida alors d'organiser un concours destiné à trouver une explication mathématique au phénomène.C'est la mathématicienne française Sophie Germain qui, en 1816, trouva finalement la solution du problème.Comment faire apparaître les figures ?Pour ses expériences, Chladni utilisait des plaque en métal, mais on peut se servir d'autres matériaux. Une fois la plaque solidement fixée sur un support, on dépose du sable à sa surface.La deuxième étape consiste à faire vibrer la plaque. Pour ce faire, Chladni utilisait l'archet d'un violon, qu'il frottait contre la plaque. La vibration provoquée par l'archet entraîne le déplacement du sable.Ce mouvement a ses lois. En effet, le sable se déplace depuis les zones de forte vibration vers celles où cette vibration est plus faible, ou même nulle. C'est en se déplaçant ainsi que le sable forme des figures particulières.Chladni avait également remarqué que la configuration de ces motifs dépendait de l'intensité de la vibration. Par ailleurs, en posant un doigt sur la plaque, à certains endroits, il est possible de modifier la forme qu'affectent les motifs.La forme de ces figures est également conditionnée par la nature de la plaque et par la manière dont on la fait vibrer. Malgré une grande diversité théorique, le nombre de motifs apparaissant sur une plaque est assez limité. Hébergé par Acast. Visitez acast.com/privacy pour plus d'informations.

Le sens conçu pour percevoir les sons, c'est bien sûr celui de l'ouïe. C'est du moins ce qui vient tout de suite à l'esprit. Et pourtant, le son peut aussi se voir. C'est tout l'intérêt de ce qu'om appelle les figures de Chladni. La découverte progressive du phénomène Dès 1638, Galilée s'était aperçu que des motifs apparaissaient sur une plaque qu'on faisait vibrer. Une quarantaine d'années plus tard, le phénomène est étudié de plus près par le scientifique anglais Robert Hooke. Mais c'est le physicien allemand Ernst Chladni qui le décrit avec le plus de précision, dans un livre paru en 1787. D'où le nom de "figures de Chladni" donné aux motifs apparaissant sur la plaque vibrante. Napoléon, devant lequel Chladni fit une démonstration, se montra intéressé par l'expérience. Il décida alors d'organiser un concours destiné à trouver une explication mathématique au phénomène. C'est la mathématicienne française Sophie Germain qui, en 1816, trouva finalement la solution du problème. Comment faire apparaître les figures ? Pour ses expériences, Chladni utilisait des plaque en métal, mais on peut se servir d'autres matériaux. Une fois la plaque solidement fixée sur un support, on dépose du sable à sa surface. La deuxième étape consiste à faire vibrer la plaque. Pour ce faire, Chladni utilisait l'archet d'un violon, qu'il frottait contre la plaque. La vibration provoquée par l'archet entraîne le déplacement du sable. Ce mouvement a ses lois. En effet, le sable se déplace depuis les zones de forte vibration vers celles où cette vibration est plus faible, ou même nulle. C'est en se déplaçant ainsi que le sable forme des figures particulières. Chladni avait également remarqué que la configuration de ces motifs dépendait de l'intensité de la vibration. Par ailleurs, en posant un doigt sur la plaque, à certains endroits, il est possible de modifier la forme qu'affectent les motifs. La forme de ces figures est également conditionnée par la nature de la plaque et par la manière dont on la fait vibrer. Malgré une grande diversité théorique, le nombre de motifs apparaissant sur une plaque est assez limité. Learn more about your ad choices. Visit megaphone.fm/adchoices

ROBERT J LLOYD chats to Paul Burke about his philosophical historical crime novel BLOODLESS BOY, scientist/detective Robert Hooke and getting published with a helping hand from Christopher Fowler.BLOODLESS BOY: The City of London, 1678. New Year's Day. The body of a young boy, drained of his blood and with a sequence of numbers inscribed on his skin, is discovered on the snowy bank of the Fleet River. With London gripped by hysteria, where rumors of Catholic plots and sinister foreign assassins abound, Sir Edmund Bury Godfrey, the powerful Justice of Peace for Westminster, is certain of Catholic guilt in the crime. He enlists Robert Hooke, the Curator of Experiments of the Royal Society, and his assistant, Harry Hunt, to help his enquiry. Sir Edmund confides to Hooke that the bloodless boy is not the first to have been discovered. He also presents Hooke with a cipher that was left on the body. That same morning Henry Oldenburg, the Secretary of the Royal Society, blows his brains out. A disgraced Earl is released from the Tower of London, bent on revenge against the King, Charles II. Wary of the political hornet's nest they are walking into - and using evidence rather than paranoia in their pursuit of truth - Hooke and Hunt must discover why the boy was murdered, and why his blood was taken. Moreover, what does the cipher mean?Robert Lloyd is the son of parents who worked in the British Foreign Office, grew up in South London, Innsbruck, and Kinshasa. He studied for a Fine Art degree, starting as a landscape painter, but it was while studying for his MA degree in The History of Ideas that he first read Robert Hooke's diary, detailing the life and experiments of this extraordinary man. After a 20-year career as a secondary school teacher, he has now returned to painting and writing. The Bloodless Boy is his debut novel. He is at work on a sequel.Recommended:Lisa Jardine - Ingenious Pursuits (biography/history)Leonora Nattrass - The Black Drop (novel)Produced by Junkyard DogMusic courtesy of Southgate & LeighCrime TimePaul Burke writes for Crime Time, Crime Fiction Lover, NB Magazine and the European Literature Network and edits/presents Crime Time FM.

The scientists affiliated with the early Royal Society of London have long been regarded as forerunners of modern empiricism, rejecting the symbolic and moral goals of Renaissance natural history in favor of plainly representing the world as it really was. In Aesthetic Science, Alexander Wragge-Morley challenges this interpretation by arguing that key figures such as John Ray, Robert Boyle, Nehemiah Grew, Robert Hooke, and Thomas Willis saw the study of nature as an aesthetic project. To show how early modern naturalists conceived of the interplay between sensory experience and the production of knowledge, Aesthetic Science: Representing Nature in the Royal Society of London, 1650-1720 (U Chicago Press, 2020) explores natural-historical and anatomical works of the Royal Society through the lens of the aesthetic. By underscoring the importance of subjective experience to the communication of knowledge about nature, Wragge-Morley offers a groundbreaking reconsideration of scientific representation in the early modern period and brings to light the hitherto overlooked role of aesthetic experience in the history of the empirical sciences. Alexander Wragge-Morley is a lecturer in the history of science and medicine at the University of Lancaster. His research seeks to understand how people in the past obtained knowledge through sensory experience. In doing so, he brings together histories of science, medicine, the body, the neurosciences, art, literature, and religion. Alexandra Ortolja-Baird is Lecturer in Digital History and Culture at the University of Portsmouth. She tweets at @timetravelallie. Learn more about your ad choices. Visit megaphone.fm/adchoices

The scientists affiliated with the early Royal Society of London have long been regarded as forerunners of modern empiricism, rejecting the symbolic and moral goals of Renaissance natural history in favor of plainly representing the world as it really was. In Aesthetic Science, Alexander Wragge-Morley challenges this interpretation by arguing that key figures such as John Ray, Robert Boyle, Nehemiah Grew, Robert Hooke, and Thomas Willis saw the study of nature as an aesthetic project. To show how early modern naturalists conceived of the interplay between sensory experience and the production of knowledge, Aesthetic Science: Representing Nature in the Royal Society of London, 1650-1720 (U Chicago Press, 2020) explores natural-historical and anatomical works of the Royal Society through the lens of the aesthetic. By underscoring the importance of subjective experience to the communication of knowledge about nature, Wragge-Morley offers a groundbreaking reconsideration of scientific representation in the early modern period and brings to light the hitherto overlooked role of aesthetic experience in the history of the empirical sciences. Alexander Wragge-Morley is a lecturer in the history of science and medicine at the University of Lancaster. His research seeks to understand how people in the past obtained knowledge through sensory experience. In doing so, he brings together histories of science, medicine, the body, the neurosciences, art, literature, and religion. Alexandra Ortolja-Baird is Lecturer in Digital History and Culture at the University of Portsmouth. She tweets at @timetravelallie. Learn more about your ad choices. Visit megaphone.fm/adchoices

In this episode, Steve tries to measure distant stars with his thumb, Matt talks black holes & plot holes and Helen plays some of her favourite space sounds. Plus a song from Helen that may provide useful information for your future interstellar travel needs:- Steve's bit (01:00)- Helen's bit (12:30)- Matt's bit (24:40)- Helen's Cryonic Love Song (38:50)Join us live for "An Evening Of Unnecessary Detail" on Thursday 7th and Friday 8th April 2022 at London's Bloomsbury Theatre. Get your tickets here.For tickets to live shows, nerd merch, our mailing list and more, visit: http://festivalofthespokennerd.com.Want to get in touch? We're on Twitter, Facebook, Instagram or email podcast@festivalofthespokennerd.com. Come for the Unnecessary Detail. Stay for the A Podcast Of. SHOW NOTES: Unfortunately our show notes are too big for Acast's margins to contain... head to the Interstellar episode page to see everything.Corrections and clarifications:- 12:09 - Helen uses the phrase "standing on the shoulders of giants" which - as Lynda Goldenberg rightly points out - not actually a complement, but rather a heinous insult used by Isaac Newton to describe Robert Hooke. We'll pull this apart properly in a future episode. - 20:49 - Anaesthetists @brisgasdoc and @mjtb1987 have confirmed that they use the blood oxygen level tone all day, every day with their patients. This paper is an interesting investigation into attention and sonification in the operating room, and does mentions how surgical colleagues prefer to keep the oximeter volume down low. Thanks for listening! See acast.com/privacy for privacy and opt-out information.

Learn about the life of Robert Hooke, rival of Sir Isaac Newton, and much more than just the discoverer of cells.

Show notes: In the show, The Bio Busters professors, Dr. A and Dr. C, discuss the concept of genetic testing as it relates to ancestry. The docs discuss the foundational concepts of how DNA testing works and what exactly these tests are purported to measure. Additionally, they compare the pros and cons of three major types of ancestry tests, as well as what you should expect/not expect when using each of these tests. Keep the discussion and comments going on the iTunes review section, or feel free to e-mail the podcast with future show ideas and thoughts on the current show.   Music by Bahaa Naamani Email us at thebiobusters@gmail.com References: https://www.sciencenews.org/article/review-genetic-tests-23andme-veritas-genos-health-comparison https://www.livescience.com/62690-how-dna-ancestry-23andme-tests-work.html Link to Robert Hooke's Micrographia http://www.gutenberg.org/files/15491/15491-h/15491-h.htm#obsLIII

Melvyn Bragg and his guests discuss the cell, the fundamental building block of life. First observed by Robert Hooke in 1665, cells occur in nature in a bewildering variety of forms. Every organism alive today consists of one or more cells: a single human body contains up to a hundred trillion of them. The first life on Earth was a single-celled organism which is thought to have appeared around three and a half billion years ago. That simple cell resembled today's bacteria. But eventually these microscopic entities evolved into something far more complex, and single-celled life gave rise to much larger, complex multicellular organisms. But how did the first cell appear, and how did that prototype evolve into the sophisticated, highly specialised cells of the human body?With:Steve Jones Professor of Genetics at University College LondonNick Lane Senior Lecturer in the Department of Genetics, Evolution and Environment, University College LondonCathie Martin Group Leader at the John Innes Centre and Professor in the School of Biological Sciences at the University of East AngliaProducer: Thomas Morris.

From the 1600s to the 1800s, scientific research in Britain was not yet a professional, publicly-funded career.So the wealth, status and freedom enjoyed by British aristocrats gave them the opportunity to play an important role in pushing science forwards - whether as patrons or practitioners.The Cavendish family produced a whole succession of such figures.In the 1600s, the mathematician Sir Charles Cavendish and his brother William collected telescopes and mathematical treatises, and promoted dialogue between British and Continental thinkers. They brought Margaret Cavendish, William's second wife, into their discussions and researches, and she went on to become a visionary, if eccentric, science writer, unafraid to take on towering figures of the day like Robert Hooke.In the 1700s, the brothers' cousin's great-grandson, Lord Charles Cavendish, emerged as a leading light of the Royal Society.Underpinned by his rich inheritance, Charles' son Henry became one of the great experimental scientists of the English Enlightenment.And in the 1800s, William Cavendish, Henry's cousin's grandson, personally funded the establishment of Cambridge University's Cavendish Laboratory. In subsequent decades, the Lab become the site of more great breakthroughs.With:Jim BennettDirector of the Museum of the History of Science at the University of OxfordPatricia FaraSenior Tutor of Clare College, University of CambridgeSimon SchafferProfessor of History of Science at the University of Cambridge and Fellow of Darwin College, CambridgeProducer - Phil Tinline.

Melvyn Bragg and guests discuss The Great Fire of London which destroyed up to a third of the city in 1666. Samuel Pepys described the scene in his diary:“all over the Thames, with one's face in the wind, you were almost burned with a shower of firedrops…and in corners and upon steeples, and between churches and houses, as far as we could see up the hill of the City, we saw the fire …It made me weep to see it.”The London that rose from the ashes was a visible manifestation of ideas; of the politics, religion, economics and science of the heady Restoration period. Christopher Wren, of course, but also Robert Hooke, The Royal Society, St Paul's Cathedral, the Restoration court of Charles II and, inevitably, building regulations. With Lisa Jardine, Centenary Professor of Renaissance Studies at Queen Mary, University of London; Vanessa Harding, Reader in London History at Birkbeck, University of London and Jonathan Sawday, Professor of English Studies at the University of Strathclyde