Podcasts about Crick

Tradicionalmente, la biología ha explicado que el genoma es el libro de la vida, el manual de instrucciones para la construcción del organismo. El ADN cobró una importancia capital tras el descubrimiento de su estructura por Watson y Crick. Pero frente al gen egoísta propuesto por Richard Dawkins, el investigador ICREA en la universidad Pompeu Fabra, Alfonso Martínez Arias, sostiene que lo que nos define son nuestras células. Hemos entrevistado a este destacado investigador ICREA en la universidad Pompeu Fabra, referencia internacional en el campo de la biología del desarrollo y autor del libro “Las arquitectas de la vida: Cómo la nueva ciencia celular está reescribiendo la historia del ser humano”, publicado por Paidós. Con Montse Villar hemos analizado el cometa interestelar 3I/Atlas que está cruzando nuestro vecindario cósmico, el tercero descubierto hasta la fecha. José Luis Trejo nos ha hablado de una investigación muy interesante que ha descubierto el crecimiento de nuevas neuronas en el hipocampo del cerebro humano adulto, una región crucial para la memoria y el aprendizaje. María González Dionis nos ha contado un estudio sobre la presencia en la Antártida de bacterias superresistentes, diseminadas por aves migratorias. En nuestra "Historia de la ciencia", Nuria Martínez Medina ha trazado la biografía del francés Romé de L'Isle, considerado el padre de la cristalografía, la ciencia que estudia los cristales y sus formas. Y con Eulalia Pérez Sedeño hemos recordado la figura de Laura Rodríguez Dulanto, la primera mujer que logró estudiar medicina en Perú y la primera médico cirujana del país andino., y Escuchar audio

Tradicionalmente, la biología ha explicado que el genoma es el libro de la vida, el manual de instrucciones para la construcción del organismo. El ADN cobró una importancia capital tras el descubrimiento de su estructura por Watson y Crick. Pero frente al gen egoísta propuesto por Richard Dawkins, el investigador ICREA en la universidad Pompeu Fabra, Alfonso Martínez Arias, sostiene que lo que nos define son nuestras células. Hemos entrevistado a este destacado investigador ICREA en la universidad Pompeu Fabra, referencia internacional en el campo de la biología del desarrollo y autor del libro “Las arquitectas de la vida: Cómo la nueva ciencia celular está reescribiendo la historia del ser humano”, publicado por Paidós. Con Montse Villar hemos analizado el cometa interestelar 3I/Atlas que está cruzando nuestro vecindario cósmico, el tercero descubierto hasta la fecha. José Luis Trejo nos ha hablado de una investigación muy interesante que ha descubierto el crecimiento de nuevas neuronas en el hipocampo del cerebro humano adulto, una región crucial para la memoria y el aprendizaje. María González Dionis nos ha contado un estudio sobre la presencia en la Antártida de bacterias superresistentes, diseminadas por aves migratorias. En nuestra "Historia de la ciencia", Nuria Martínez Medina ha trazado la biografía del francés Romé de L'Isle, considerado el padre de la cristalografía, la ciencia que estudia los cristales y sus formas. Y con Eulalia Pérez Sedeño hemos recordado la figura de Laura Rodríguez Dulanto, la primera mujer que logró estudiar medicina en Perú y la primera médico cirujana del país andino., y Escuchar audio

Waar is alle materie uit opgebouwd, en welke wetten volgen die deeltjes om alles op aarde en de rest van het heelal vorm te geven? Wat is antimaterie, en wat heeft quantumtheorie daarmee te maken? In Reis naar de kern neemt Ivo van Vulpen, deeltjesonderzoeker bij CERN in Genève en verbonden aan de Universiteit van Amsterdam, je mee langs al deze grote vragen. Je denkt misschien dat dat ver van je normale belevingswereld afstaat, maar al deze inzichten worden dagelijks gebruikt. Van de GPS op je telefoon, tot de scanners in ziekenhuizen.. Over Reis naar de Kern Na Terug naar de Oerknal met Govert Schilling en Baan door het Brein met Iris Sommer is het nu tijd voor een nieuw avontuur: Reis naar de kern. Een fascinerende duik in de wereld van de allerkleinste deeltjes, waar de allergrootste vragen worden beantwoord. In vijf afleveringen zoomen we in op de wereld van het atoom, de quantummechanica, antimaterie en de ontdekking van het Higgs Boson. Reis naar de Kern is een podcast van BNR. Tekst en presentatie: Ivo van Vulpen. Concept: Connor Clerx. Eindredactie: Annick van der Leeuw. Montage: Gijs Friesen en Connor Clerx. Sounddesign en mixage: Gijs Friesen. Over Ivo Ivo van Vulpen is als deeltjesfysicus werkzaam aan de Universiteit van Amsterdam, het Nationaal Instituut voor subatomaire fysica (Nikhef) en hij doet onderzoek bij de deeltjesversneller (Large Hadron Collider) bij CERN in Genève. Hij is hoogleraar Wetenschapscommunicatie, in het bijzonder betreffende de natuurkunde, aan de Universiteit Leiden. In 2018 verscheen zijn eerste boek: De melodie van de natuur. Transcript aflevering Je kunt prima honderd jaar oud worden en onbevangen door het leven stappen zonder je ooit af te vragen hoe je eigenlijk elektriciteit maakt, waarom glas wel doorzichtig is en steen niet, hoe de zon aan haar energie komt of hoe het überhaupt mogelijk is dat er zoiets bestaat als een heelal. Maar als je die vraag eenmaal hebt gesteld en op zoek gaat naar het antwoord blijkt er bijna altijd een fascinerende wereld achter schuil te gaan. Al die kennis over hoe de natuur zich gedraagt hebben we als mensheid in de geschiedenis stukje bij beetje verzameld. Hoewel deze zoektocht wordt gedreven door pure nieuwsgierigheid, hebben de meeste nieuwe inzichten en de nieuwe technieken die ontwikkeld moesten worden om het antwoord te vinden ook steeds weer hun weg gevonden naar ons dagelijks leven. Sterker nog, ze vormen zonder dat veel mensen dat beseffen, de basis van onze moderne maatschappij: zonder relativiteitstheorie geen GPS, zonder quantummechania geen computerchip, zonder anti-materie geen PET scan om tumoren te localiseren … en zonder deeltjesversnellers geen manier om kwaadaardige tumoren te bestralen. Het zoeken naar antwoorden op deze grote ‘waarom-vragen’ is absoluut niet makkelijk. De natuur geeft haar geheimen namelijk niet zomaar prijs en het heeft generaties wetenschappers enorm veel bloed, zweet en tranen gekost om de natuur haar geheimen te ontfutselen. Dat doen we door haar gedrag in detail te bestuderen, patronen te herkennen en zo stap voor stap door te dringen tot de plek waar het antwoord verborgen ligt. Die onbedwingbare drang om steeds weer grenzen te verleggen is een menselijke eigenschap die we heel goed kennen uit de sport en van ontdekkingsreizigers uit een ver verleden. En hoewel het vaak de woorden ‘groter’, ‘hoger’ en ‘sneller’ zijn die we associëren met vooruitgang is er ook een groep wetenschappers die juist de uitdaging zoekt in precies het tegenovergestelde: ‘klein, kleiner, kleinst’. Het is een internationale groep wetenschappers, waar ik er ook een van ben, die in onderzoeksinstituten en laboratoria over de hele wereld op zoek zijn naar de elementaire bouwstenen van de natuur. Waar is alle materie toch uit opgebouwd? En welke wetten volgen die deeltjes om alles op aarde en de rest van het heelal vorm te geven? Deze fascinerende zoektocht naar de fundamenten van de natuur is het onderwerp van deze podcast. Ik ben Ivo van Vulpen, een Nederlandse deeltjesonderzoeker verbonden aan de Universiteit van Amsterdam en het onderzoeksinstituut Nikhef. In de eerste vier afleveringen ben ik je gids op weg naar het randje van de kennis en vertel ik je hoe het ons in de afgelopen honderd jaar gelukt is om steeds weer een diepere laag bloot te leggen; in een wereld die letterlijk heel dichtbij is, maar die zo klein is dat we het niet met onze ogen kunnen zien. Ik vertel over de fascinerende ontdekkingen die we gedaan hebben. Ik ga bijvoorbeeld vertellen dat net zoals kinderen met een paar legoblokjes de meest fantastische bouwwerken kunnen maken, ook de natuur, met al haar complexiteit, van sterren en planeten, tot en met de microfoon waar ik nu in praat ook is opgebouwd uit maar een handjevol bouwstenen. In de vijfde en laatste aflevering vertel ik wat er nog te ontdekken is. En hoe we van plan zijn die antwoorden te vinden. Deze tak van de wetenschap staat ver af van het clichébeeld dat mensen vaak hebben van onderzoekers als wereldvreemde zonderlingen in een stoffig laboratorium. Het is een wereldwijde onderneming waarin wetenschappers uit bijna alle landen van de wereld samenwerken, samen moeten werken in grote experimentele onderzoekscentra zoals het Europees centrum voor deeltjesfysica, CERN in Genève. Zulke samenwerkingsverbanden zijn verre van triviaal. Natuurkundigen kunnen enorm eigenwijs zijn en om dan ook nog eens natuurkundigen uit verschillende landen met elkaar samen te laten werken is op het eerste gezicht een ideaal scenario voor problemen. En toch lukt het ons. Maar hoe dan? Uiteindelijk blijkt de sleutel te liggen in het feit dat we een gedeelde droom hebben. We delen die universele en on-be-dwing-bare nieuwsgierigheid, die honger naar antwoorden op de mysteries die we niet begrijpen. Vanuit Nederland doen veel universiteiten mee in dit avontuur en er is zelfs een nationaal instituut: het Nikhef, het Nationaal instituut voor subatomaire fysica in Amsterdam. Maar laten we niet langer om de materie heen draaien en de diepte in duiken. Om achter de natuurwetten te komen is er maar één mogelijkheid: je moet je de natuur ‘ondervragen’. De natuur praat natuurlijk niet letterlijk terug, maar je kunt wel dingen uitproberen en kijken wat er gebeurt. Kinderen doen dat automatisch. “Hoe reageren mijn ouders als ik heel hard ga gillen in een supermarkt en doet het echt pijn als ik mijn vinger in de vlam hou?”. Hoewel ik uit eigen ervaring kan vertellen dat ouders niet altijd hetzelfde reageren, werkt de natuur volgens ijzeren principes en altijd hetzelfde: de natuurwetten. Door patronen te ontdekken in gedrag dringen door tot de onderliggende mechanismes. En dat werkt net zo goed bij menselijk gedrag als bij de wereld van het allerkleinste. Grenzen verleggen is niet makkelijk en het is goed om voor we in de wereld van het allerkleinste duiken eerst te laten zien hoe ingewikkeld het is om patronen te vinden en welke interessante gevolgen het kan hebben als het je lukt om een onderliggend mechanisme bloot te leggen. Eerst over het proces van patronen herkennen. Stel je nou eens voor dat je een buitenaards wezen bent dat naar onze planeet komt en dat je gevraagd wordt om de spelregels van het spel voetbal te achterhalen. Er is wel een eis die je taak extra lastig maakt: je mag zoveel wedstrijden bekijken als je wilt, maar je mag niemand iets vragen. Je komt er dan vast vrij snel achter dat het spel zich afspeelt binnen de witte lijnen van een rechthoek, dat er twee teams zijn van 11 spelers, dat er na 45 min gewisseld wordt van speelhelft en dat het doel is om zoveel mogelijk doelpunten te maken. Maar waarom heeft één speler een andere kleur dan zijn teamgenoten en mag hij de bal wél in zijn handen pakken? En hoe kom je erachter wie die twee mensen zijn die langs de lijn met een vlag heen en weer rennen en zul je ooit de regels van buitenspel ontdekken? Dat kán wel, maar is niet gemakkelijk. Precies zo werkt het ook met het ondervragen en bekijken van de natuur. Niemand zegt hierbij trouwens dat de spelregels logisch moeten zijn. Sterker nog, de natuurwetten zijn niet logisch. Geen enkele. De quantummechanica en de relativiteitstheorie, die we later tegen zullen komen, zijn vreemd en bizar en daarmee in zekere zin analoog aan de buitenspelregel in het voetbal. Absurd, maar wel een realiteit. En als je die regel eenmaal geaccepteerd hebt is het daarna logisch wat je ziet gebeuren. Het zoeken naar en herkennen van patronen is niet alleen aan wetenschappers voorbehouden natuurlijk. Biologen en boeren weten bijvoorbeeld al heel lang dat eigenschappen van dieren en organismes worden doorgegeven aan nakomelingen. Een bekend voorbeeld is bijvoorbeeld het gegeven dat de oogkleur van een kind bepaald wordt door de oogkleur van de ouders. Deze kennis over het overerven van eigenschappen wordt ook in de landbouw gebruikt bij het veredelen van gewassen en selecteren van bepaalde eigenschappen zoals resistentie voor ziektes of aanpassen aan specifieke omstandigheden als droogte of zout. We zien dus dat de natuur op een bepaalde manier werkt, maar niet hoe het werkt. Ergens in elk mens is dus blijkbaar informatie over de oogkleur opgeslagen, maar waar dan? Uiteindelijk is het pas in de jaren zestig van de vorige eeuw gelukt die vraag te beantwoorden toen wetenschappers Crick, Watson en Franklin (die laatste wordt helaas vaak, al dan niet per ongeluk, vergeten in de rij van ontdekkers) erin slaagden de dubbele helixstructuur van het menselijk DNA te ontdekken. Daar bleek alle genetische informatie opgeslagen te zijn en bracht ons naar het hoe en waarom. Die genetische informatie blijkt opgeschreven in een taal die maar uit vier bouwstenen bestaat, de nucleotides C, T, G en A. Een taal met maar vier letters dus! Ongelooflijk, als je bedenkt dat we in onze eigen taal 26 letters hebben als bouwstenen van woorden. Als mensheid zijn we druk bezig die taal van het DNA te verkennen. We leren zo niet alleen waar informatie verborgen over de oogkleur, maar ook over aanleg voor specifieke ziektes, en kunnen dat hopelijk ook weer gebruiken om die te voorspellen en te voorkomen. Deze succesverhalen zijn mooi, maar het is goed om te beseffen dat de wetenschap vaak een verhaal is van enorm veel frustratie, van verkeerde paden inslaan en hopeloos verdwalen. Maar af en toe lukt het om ineens een stap te maken. Door een briljant inzicht van een individuele wetenschapper die ineens op een helder moment als eerste het patroon doorziet, of door een nieuwe techniek die een nieuwe wereld blootlegt. De ruimte voor wetenschappers om af en toe een zijpad in te slaan om een gek ideeën na te jagen is een cruciaal element van onderzoek doen. Als er nooit een vreemde snuiter was gaan experimenteren met elektriciteit hadden we nu nog steeds alleen maar kaarsen gehad in plaats van elektrische lampen. Hetzelfde geldt voor LED lampen natuurlijk, maar ook in de medische wereld zijn voorbeelden te vinden zoals de ontdekking van penicilline. In het dagelijks leven gebruiken we onze ogen, neus, oren, mond en handen om de wereld om ons heen waar te nemen. Ontzettend handig, maar hoe goed onze zintuigen ook zijn, ze zijn niet perfect. We weten bijvoorbeeld dat er toonhoogtes zijn die ons oor niet kan opvangen maar die honden prima kunnen horen. Dat betekent dus dat er dus wel eens een fantastische wereld vol schitterende muziek en geluiden om ons heen zou kunnen zweven die voor ons verborgen blijft omdat ons lichaam simpelweg tekortschiet. Hetzelfde geldt voor licht. Ook daarvan weten we dat er kleuren zijn die wij als mens niet kunnen zien. Zo kunnen bijen ultraviolet licht zien die zorgt dat ze makkelijk bloemen kunnen vinden. Maar hoewel ons lichaam soms tekortschiet, zijn we als mensen wel enorm inventief. We hebben manieren gevonden om deze verborgen werelden hoorbaar en zichtbaar te maken er zo in rond te lopen. Dat geldt ook voor de wereld van het allerkleinste. Elke ontdekkingstocht staat of valt met de juiste uitrusting. Als je naar de Noordpool wilt heb je meer aan warme kleren en een slee met honden dan aan een pak van Hugo Boss en een BWM. En wil je naar Mars, dan heb je een raket nodig. En bij onze reis, het afdalen in de wereld die nog kleiner is dan het DNA, heb je een deeltjesversneller nodig. Al lang geleden ontdekten mensen dat je door een ingenieuze combinatie van lenzen objecten die ver weg waren ‘dichterbij’ kon halen: de telescoop. Toepassingen te over, van scheepsvaart, oorlog, en het bestuderen van wilde dieren tot de astronomie zoals bijvoorbeeld de ontdekking van de ringen van Saturnus door onze eigen Christiaan Huygens. Maar ook ‘de andere kant op kijken’ lukte: de microscoop. We kennen allemaal het beroemde voorbeeld van Antoni van Leeuwenhoek die de wereld van bacteriën ontdekte. En hoewel mensen in de eeuwen erna steeds betere lenzen leerden maken, weten we dat je met een microscoop nooit objecten zult kunnen bekijken die kleiner zijn dan ongeveer een miljoenste meter. Dat is een factor duizend kleiner dan een potloodstreep en zo klein dat we er ons niets meer bij voor kunnen voorstellen, maar de vraag was waarom een microscoop dan niet meer werkt? Als mens zien we dingen omdat licht afketst van voorwerpen en in onze ogen terechtkomt. Nou ketst licht alleen af van voorwerpen die groter zijn dan het licht zelf (dat is een natuurkunde-feitje dat u even van me aan moet nemen), en omdat het licht dat we met onze ogen kunnen registreren ongeveer een miljoenste meter is betekent dat die afmeting het kleinst is dat we kunnen zien. Een fundamentele horde dus, maar gelukkig betekent dat niet dat je bij de pakken neer moet gaan zitten. Het betekent alleen dat je met de technieken die je op dat moment hebt, niet vastloopt. Je moet dus iets slims bedenken. Iets nieuws. Net zoals je bij een ontdekkingstocht een boot nodig hebt als je bij een rivier komt of een ladder als je over een muur heen moet klimmen. En dat is gelukt. De truc is ‘om te kijken zonder je ogen te gebruiken’. Ook met je ogen dicht kun je nog prima het verschil voelen tussen een mes en een vork en in de wetenschap hebben we een soortgelijke methode ontwikkeld om objecten af te tasten. We gebruiken daarbij alleen niet onze vingers, maar gebruiken kleine knikkers (kleine deeltjes eigenlijk) die we op het voorwerp afschieten om vervolgens te kijken hoe deze knikkers afketsen. De manier waarop dat gebeurt vertelt ons namelijk iets over de vorm en eigenschappen van een voorwerp. Dat knikkers anders afketsen van een basketbal dan van een fiets zal duidelijk zijn, maar als je alleen de afgeketste knikkers zou mogen bekijken kunt je je voorstellen dat het heel lastig is om te achterhalen dat het een fiets was waar de knikkers vanaf zijn geketst in plaats van een bureaustoel. Laat staan dat we kunnen herkennen of het een oma-fiets of een racefiets was. Maar het kan wel. Lastig. HEEL lastig! Maar niet onmogelijk. En dat is precies wat we doen als deeltjesfysici. Die knikkers zijn daarmee de vingers waarmee we de wereld aftasten. Ik gebruik hier voor het gemak het beeld van knikkertjes omdat we dat allemaal herkennen, maar eigenlijk zijn het kleine deeltjes. Hoe kleiner die knikkertjes zijn, hoe kleiner de structuren waar ze van afketsen en hoe kleiner de details zijn die we kunnen waarnemen. Een van de gekke dingen die we ontdekt hebben is dat hoe harder een knikkertje of deeltje beweegt, hoe kleiner die wordt. En dat is dan ook de belangrijkste taak van een deeltjesversneller: kleine deeltjes maken. Het sterkste vergrootglas dat we hebben op de wereld is dan ook de grote deeltjesversneller in Genève, de Large Hadron Collider. Daarmee kunnen we structuren van een miljoenste van een miljoenste van een miljardste meter bekijken. Dat is weer zo’n getal waarvan het moeilijk is een idee te vormen, maar laat ik proberen je een idee te geven van hoe klein dat is. We kennen vast allemaal maanzaad dat soms op witte bolletjes zit en we hebben allemaal weleens een dag doorgebracht in een bloedhete auto op weg naar onze vakantiebestemming in Frankrijk. Stel nou eens dat je heel Frankrijk bedekt met maanzaad, dus van Lille tot de Pyreneeën en van Nice tot Quiberon. Eén zo’n maanzaadje ten opzichte van de oppervlakte van Frankrijk is dezelfde fractie als het kleinste brokstukje dat we kunnen bestuderen tot een meter. Waanzinnig! Naast de materie aftasten heeft een deeltjesversneller nog een tweede feature. Het blijkt namelijk dat je in een deeltjesversneller de energie van de botsende deeltjes kunt gebruiken om ook zelf nieuwe deeltjes te maken. Natuurlijk moeten we al die afgeketste kogeltjes en nieuwe deeltjes ook kunnen opvangen en dat doen we met behulp van deeltjesdetectoren. Dat zijn een soort grote fotocamera’s die ook, zo zullen we zien, in ziekenhuizen gebruikt worden. Daar ga ik in de volgende aflevering meer over vertellen. Overal op de wereld zijn internationale samenwerkingsverbanden op zoek naar antwoorden op de grote onbegrepen vragen uit de natuur. Dat doen ze niet alleen met behulp van de deeltjesversneller op CERN in Genève, maar ik heb ook collega’s die met behulp van een vat vloeibaar gas (Xenon voor de liefhebbers) onder een berg in Italië op zoek zijn naar donkere materie en weer andere collega’s die een fototoestel zo groot als een kubieke kilometer aan het bouwen zijn op de bodem van de Middellandse Zee om te zoeken naar zogenaamde neutrino’s die vanuit het heelal komen en dwars door de aarde vliegen. Bij veel van die onderzoeken spelen Nederlandse onderzoekers een belangrijke rol. Onderdeel van die groep nieuwsgierige natuurkundigen die af en toe ineens linksaf slaan terwijl iedereen rechtdoor loopt. Dromers en avonturiers. Ik ga je in de komende afleveringen meenemen op onze ontdekkingstocht. In de volgende aflevering leren we de wereld van het atoom kennen via de quantummechanica, de atoomkrachten en het besef dat alles op aarde maar uit drie stukjes blijkt te zijn opgebouwd. In de afleveringen daarna hebben we het over het beroemde Standaard Model, exotische zaken als anti-materie en kernkrachten en het dagelijks leven op CERN. En natuurlijk komt ook de ontdekking van het Higgs boson voorbij, een ontdekking die een paar jaar geleden de Nobelprijs heeft gekregen en waar ik en mijn collega’s enorm trots op zijn. En als ik mijn werk een beetje goed doe, dan vind jij het aan het eind van aflevering vier ook volkomen terecht. Zoals beloofd probeer ik ook om bij elke nieuwe stap verder de diepte in (de stap naar nog kleinere structuren van de materie) te laten zien op welke manier de kennis weer in ons dagelijks leven terugkomt. En we sluiten de serie af met de grote open vragen, de mysteries, de vragen waar nog geen antwoord op is. De mysteries waar we als natuurkundigen van wakker liggen. En waar een antwoord op moet zijn. Maar waar dan? De natuurkunde is niet klaar. Kortom: avontuur!See omnystudio.com/listener for privacy information.

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We're back with Peterborough Speedway month here on SNS, and we welcome in Switch Tire Mini Stock Racer Rob Crick to the show! Rob has a wicked story and we LOVE that he shared it with us this week. It is an inspirational tale of a non-racing fan turned into a championship contender. Strap in and enjoy episode 207, presented by Peterborough Speedway & GForceTV Thank you to Short Track Musings for the photo of Rob's car in action!

The following article of the Agribusiness & Food industry is: “Current Challenges for Insect Farms in Developing Countries” by  Francisca Castellanos, CEO and Founder, Crick Superfoods.

In prior episodes, I have interviewed many people about the history of physics and physics-adjacent topics such as nuclear disarmament. Many of the physicists we have discussed also made forays into biology. Today I explore this transition of physicists working in biology with William Lanouette. Bill is a writer and public policy analyst who has specialized in the history of nuclear energy and nuclear weapons.

On this day in 1953, Watson and Crick presented their findings showing the double helix structure of your DNA. 

Content Warnings: Body Horror, Medical Horror (involving aquatic animals), drowning, violence, generally dark themes. After a near-collision with a mysterious unmanned trawler boat, Captain Spears, Norm, and Dr. Crick return from their first expedition. The strange things they saw will make for great stories at the tavern, but will they be able to rest easy knowing the truth behind the tall tales? GM: Ian Cast: Cap, Drea, and Jess ------ Join our Shrimp and Crits Discord server for the official listening parties. These are every release day at 8:00PM EST. (full server only open to patrons) https://discord.gg/qCHktpeTDG ------ Today's promo is for Memester of the Week! Check them out. ------ Support us on Patreon: https://www.patreon.com/ShrimpandCrits ------ You can follow our linktree (https://linktr.ee/ShrimpandCrits) to our website, social media, and much much more. Please subscribe, rate and review us on any podcatchers where you listen. If you'd like to get in touch, feel free to do so by email (shrimpandcritspodcast@gmail.com) or post (PO Box 60934 Nashville TN, 37206) ------ All music written and produced by Shrimp and Crits.

Oh slices, this one is special. Presented by the all-new Nissan Armada, former Stanford women’s basketball head coach Tara VanDerveer and former Notre Dame head coach Muffet McGraw join Sarah to reminisce about their head-to-head battles during March Madness, hooping against each other in staff games at Cathy Rush Basketball Camp back in the day, the pros and cons of the changing landscape of women’s hoops, and the things they wish their younger selves had understood about life. Leave us a voicemail at 872-204-5070 or send us a note at goodgame@wondermedianetwork.com Follow Sarah on social! Bluesky: @sarahspain.com Instagram: @Spain2323 Follow producer Misha Jones! Bluesky: @mishthejrnalist.bsky.social Instagram: @mishthejrnalist Follow producer Alex Azzi! Bluesky: @byalexazzi.bsky.social See omnystudio.com/listener for privacy information.

Rookie Cameron Crick Cameron Crick talks about his first outing in Supercars at the Sydney SuperNight 500. From the race track to your device with Tony Whitlock on Inside Supercars Inside Supercars Podcast: Subscribe Apple Podcasts I Spotify I Google Podcasts Supported by: P1 Australia Link:P1 Australia MusicCreative Commons Music by Jason Shaw on Audionautix.com MusicComa-Media from Pixabay #RepcoSC #TCRAust #Supercars #Motorsport #ADL500

Rookie Cameron Crick Cameron Crick talks about his first outing in Supercars at the Sydney SuperNight 500. From the race track to your device with Tony Whitlock on Inside Supercars Inside Supercars Podcast: Subscribe Apple Podcasts I Spotify I Google Podcasts Supported by: P1 Australia Link:P1 Australia MusicCreative Commons Music by Jason Shaw on Audionautix.com MusicComa-Media from Pixabay #RepcoSC #TCRAust #Supercars #Motorsport #ADL500

The history of science is punctuated by moments of technological innovation that produce a paradigm shift and a subsequent flurry of discovery. A recent technological innovation that generated diverse discoveries, ranging from a profound shift in our understanding of the origin of humanity to a seismic change in the criminal justice system, is the polymerase chain reaction, or PCR. With us to discuss the history of PCR is one of its innovators, Henry Erlich. As Director of the Human Genetics Department at Cetus Corporation and later as Director of Human Genetics and Vice President of Exploratory Research at Roche Molecular Systems, Henry led developments in diagnostic applications for infectious and autoimmune diseases, forensic genetics, and organ transplantation. His laboratory performed the first forensic DNA case in the United States in 1986 and the first DNA-based post-conviction exoneration. Henry has published over 450 journal articles and three books, which include PCR Technology: Principles and Applications for DNA Amplification, Silent Witness: Forensic DNA Analysis in Criminal Investigations and Humanitarian Disasters, and Genetic Reconstruction of the Past: DNA Analysis in Forensics and Human Evolution. Henry has received numerous awards, including the Association for Molecular Pathology Award for Excellence (2000) and the Profiles in DNA Courage Award (National Institute of Justice, 2005).

There have been times, I must admit, and I would imagine so must you, when poor planning has brought about some serious problems in my life. And there have been times when I could have sworn that I DID plan things — it was just a lousy plan. I didn't take things into account; I didn't foresee real issues that could possibly (and often DID) pop up.It's good to plan, for sure. If you are engaged in an important endeavor, it is good to think through the things that could happen that might be obstacles or challenges along the way. But here's the deal: you can plan and plan and even think of potential pitfalls and come up with contingencies, and there will still be times when things go awry - things totally out of your control, and things that frankly, you never thought of.So how does GOD want His people to plan? I've unfortunately been a part of teams where it ended up that WE thought something was a good plan and then WE asked GOD to come alongside us and, essentially, bless this mess (as it turned out). Many believers live their lives like that: God, these are my plans; I'd like to invite you into my plans. When, as it turns out, God is asking us, His people, to find out HIS plans, and to find ways that we can fit into those plans, rather than vice versa.This is what the next part of James' letter is all about: not presuming what the future will hold, and what plans you will accomplish, but to humbly ask God to guide and direct you where HE wants you to be, doing what HE has assigned and empowered you to do for HIS glory and HIS plans.

Deciphering the structure of DNA was as complex as the double helix itself. On 28th February, 1953, Dr. James Watson and Dr. Francis Crick rushed to the pub and announced to their fellow drinkers in The Eagle, Cambridge that they had just found “the secret of life”.  But their work would not have been possible without the uncredited contribution of Dr. Rosalind Franklin - whose photographs of the X-ray diffraction pattern of DNA were the first to reveal its three-dimensional structure. And it was her colleague, Dr Maurice Wilkins, who first brought Franklin's work to the attention of Watson and Crick. In this episode, Arion, Rebecca and Olly consider how it came to be that Crick's wife, Odile; drew the iconic depiction of the structure published in Nature; explain why *technically* Dr Franklin didn't even have a degree; and recall how James Watson's legacy was tainted by his bitter and snide memoir, ‘The Double Helix'...  Further Reading: • ‘Double-Helix Structure of DNA' (ThoughtCo, 2020): https://www.thoughtco.com/double-helix-373302 • ‘The Geek Atlas - 128 Places Where Science and Technology Come Alive, By John Graham-Cumming' (O'Reilly Media, 2009): https://www.google.co.uk/books/edition/The_Geek_Atlas/rXH0AQAAQBAJ?hl=en&gbpv=1&dq=crick+watson+eagle+1953&pg=PA267&printsec=frontcover • ‘Rosalind Franklin: DNA's unsung hero - Cláudio L. Guerra' (Ted-Ed, 2016): https://www.youtube.com/watch?v=BIP0lYrdirI This episode first aired in 2023 Love the show? Support us!  Join 

Mark Crick is a British photographer and author, best known for his literary parodies Kafka's Soup and Sartre's Sink, in which he presents recipes and DIY tips in the style of famous literary writers. Mark Crick is married to Fiona Simmons CrickCrick grew up in Basildon. As a child he suffered from chronic asthma which made both eating and sleeping difficult. to which he attributes his love of both reading and cookery.Crick studied literature at Warwick University and the University of London.

Jack is a skilled bowhunter and outdoorsman and part owner of Bow Hunting Only (a local and online store) who grew up and lives in the Hunter Valley region in NSW. He spends a lot of his time in the mountains hunting Red Deer and Wild Pigs while recently becoming addicted to fishing. We chat all things bow hunting and life including a few strats and secrets to help you in the mountains along with an epic story about an elusive red stag that evaded hunters for years, plus much more. Feedback is always welcome and I hope you all enjoy.   

The roads are terrible as Twin Cities endures the first big snow storm of the year, Hawk has some advice for some drivers

The roads are terrible as Twin Cities endures the first big snow storm of the year, Hawk has some advice for some drivers

Its said that the most feared five words in politics are: Michael Crick is in reception. Now the brilliant and relentless political journalist, broadcaster and author joins Theo Delaney and demonstrates that he is just as obsessive about football as he is politics. A committed and prominent Manchester United supporter - he started the campaign that thwarted Rupert Murdoch's bid for the club in 1999 - his chosen scorers include Best, Beckham and Giggs.@MichaelLCrick @LifeGoalsTD@theodelaney https://www.amazon.co.uk/stores/Michael-Crick/author/B001HCVJ8M?ref=sr_ntt_srch_lnk_1&qid=1733596570&sr=8-1&isDramIntegrated=true&shoppingPortalEnabled=truehttps://www.theodelaney.com/life-goals-links

Send us a textFrancis Crick, DNA co-discoverer, acknowledged life's origin as seemingly miraculous due to its complexity.Despite his materialist views, Crick proposed the Panspermia theory, suggesting life on Earth originated elsewhere.Panspermia theory shifts the question of life's origin to another cosmic location without solving the fundamental problem.The theory raises questions about life formation elsewhere while deeming it too difficult on Earth where life already exists.This demonstrates a tendency in naturalistic origin theories to defer or avoid addressing the core issue.Buy us a Coffee to Support the Show: http://buymeacoffee.com/atlaspodcast Check out our new Youtube Channel: https://www.youtube.com/@AtlasApologia Check out our Instagram: https://www.instagram.com/atlas_apologia/Support the show

In this FDP Special we have a great discussion with Richard Crick from Man V Fat. Ben and Will recently signed up to MVF to improve their life, health and wellbeing. Hear about their story, the MVF story, how its going and what's happening next right here. It's a fascinating insight into the benefits of football for everyone. find more information for Man V Fat here Home - MAN v FAT Follow us on socials! Watch us on YouTube https://www.youtube.com/channel/UC22eNRQWnU-9ht8WBSM_z0A Follow us on Instagram https://www.instagram.com/footballdroppodcast/ Follow us on Facebook https://www.facebook.com/FootballDropPodcast/ Follow us on X (Twitter) https://twitter.com/footballdroppod Watch us on TikTok https://www.tiktok.com/@footballdroppodcast Email us footballdroppodcast@hotmail.com #DropThePod If you like FPL, then make sure you join our FDP League: https://fantasy.premierleague.com/leagues/auto-join/bu02tp ___________________________________ Book your weekend football trip now with Mystery Away Days: https://mysteryawaydays.co.uk/ Learn more about your ad choices. Visit podcastchoices.com/adchoices

Season 7 Finale: Redefining Wine with Bertony Faustin of Abbey Creek VineyardIn a special full-circle moment, host Heidi reunites with her very first guest, Bertony Faustin, Oregon's first Black vineyard owner and winemaker. Seven years after their initial conversation, Bertony returns—this time with his dynamic team members, Asha and Elise—to share his inspiring journey of defying industry norms and creating a unique wine experience at Abbey Creek Vineyard, known as "The Crick." They delve into the power of relationships, the courage to embrace authenticity, and how personal stories can transform an industry. From discussing his Haitian heritage and the pivotal moment that led him to winemaking, to exploring how his team brings the brand to life, this episode is a heartfelt exploration of passion, representation, and the magic that happens when you show up as your true self. Don't miss this engaging and uplifting conversation that goes beyond the glass.

Season 7 Finale: Redefining Wine with Bertony Faustin of Abbey Creek VineyardIn a special full-circle moment, host Heidi reunites with her very first guest, Bertony Faustin, Oregon's first Black vineyard owner and winemaker. Seven years after their initial conversation, Bertony returns—this time with his dynamic team members, Asha and Elise—to share his inspiring journey of defying industry norms and creating a unique wine experience at Abbey Creek Vineyard, known as "The Crick." They delve into the power of relationships, the courage to embrace authenticity, and how personal stories can transform an industry. From discussing his Haitian heritage and the pivotal moment that led him to winemaking, to exploring how his team brings the brand to life, this episode is a heartfelt exploration of passion, representation, and the magic that happens when you show up as your true self. Don't miss this engaging and uplifting conversation that goes beyond the glass.

Nobel winner Paul Nurse has been elected president of The Royal Society of London for a second term.

Matthew Stadlen sits in for Iain and interviews three top analysts, pollster Sir John Curtice, Scottish political journalist Brian Taylor and seasoned Westminster-watcher Michael Crick - they look back on the election and consider the big issues facing the new government.

Since Watson and Crick discovered DNA's double helix structure in 1953, the US has been a leader in biotechnology innovation. American excellence in this field has greatly benefited people around the world. In this episode, we talk about why this leadership position may be threatened and why that matters to our national security.Follow us on LinkedIn, X, Facebook and Instagram. Visit us at https://www.bio.org/

Welcome to the place where we get to let our geek flags fly and talk about all things geek. Basically a fuzzy guide to life, the universe, and everything but mostly geek stuff. This is a look into the world of geekdom and some geek news, comics, The Simpsons, Star Wars, and whatever randomness finds its way onto the recording. This level of the podcast is the obligatory look back at the last year of the podcast. Hot dog… 8 years and 37 episodes I think are the high points of the last solar orbit. Episodes highlighted include 19 of the Best 10 Sep 23 - (Ep. 363) - When we've got the music, we've got a place to go! 18 Sep 23 - (Ep. 364) - Now that's music! 24 Sep 23 - (Ep. 365) - Exploring the nowgeek and yestergeek 8 Oct 23 - (Ep. 367) - Make ours music 15 Oct 23 - (Ep. 368) - Talking art and French girls 23 Oct 23 - (Ep. 369) - We like Ro-bots and we cannot lie 7 Nov 23 - (Ep. 370) - Strike while the music is hot 20 Nov 23 - (Ep. 372) - We don't need roads 10 Dec 23 - (Ep. 375) - Les Musicales… the Trilogy 25 Dec 23 - (Ep. 377) - So THIS is Christmas - my wife joins me to talk Christmas 1 Jan - (Ep. 378) - 2023's Best Geekery in TV & Movies 15 Jan - (Ep. 380) - Down with TTRPG... yeah you know me 11 Feb - (Ep. 384) - Nobody ever asks Doctor Why - Roman & Eddie 25 Feb - (Ep. 386) - When Worlds Collide 14 Apr - (Ep. 393) - Diving into the deep Blue - Lore Edition 4 May - (Ep. 395) - Wookiee Poe Nubs Embo Alderaan places 10 Jun - (Ep. 400) - This is a collect call from 7.69 years 18 Jun - (Ep. 401) - Always Batuu there are 8 Jul - (Ep. 403) - WHO did this to me - Roman & Eddie 1 Wayback 29 Oct 23 - Wayback #6 - (Ep. 46) 4 Tangentleman… Top 5 video games… one good time 2 sessions of Rancor Pits & Krayt Dragons in four parts 14 Sep 23 - Bonusode #30 – Rancor Pits & Krayt Dragons #6 21 Sep 23 - Bonusode #30.5 – Rancor Pits & Krayt Dragons #7 18 Aug - (Ep. 408) - Rancor Pits & Krayt Dragons #8 20 Aug - (Ep. 409) - Rancor Pits & Krayt Dragons #9 8 Reviews 3 Dec 23 - (Ep. 374) - Jack Toks Ahsoka 19 Dec 23 - (Ep. 376) - Dialing Destiny with Indy Hat Guy 12 Mar - (Ep. 388) - CBM Defenders go to hell 8 Apr - (Ep. 392) - Jack Toking Sandwalking 12 May - (Ep. 396) - Ava-talk The Last Fuzzbender Book 1 - Roman and Blue 19 May - (Ep. 397) - Tales of bad batches and empires 3 Jun - (Ep. 399) - Was Magneto right? 29 Jul - (Ep. 406) - Heavy SPOILERS... Acolyte Talk 5 Blue Sessions 28 Jan - (Ep. 382) - Getting REAL geeky - Random Fuzzballs 25 Mar - (Ep. 390) - Poopshooting with Blue 22 Jul - (Ep. 405) - Poopshooting with Blue Part Deuce 3 Aug - (Ep. 407) - Poopshooting with Blue SDCC 2024 Edition 22 Aug - Bonusode #31 - Poopshooting with Blue D23 Blue Moon Edition Congrats on completing Level 410 of the podcast! Think positive, test negative, stay safe, wash your hands, wear a mask, and good luck out there. Feel free to contact me on Twitter and/or Instagram (@wookieeriot). You can also reach the show by e-mail, laughitupfuzzballpodcast@gmail.com., or by joining the Facebook group (https://www.facebook.com/groups/1879505335626093). I'd love to hear from you. Merch is available at teepublic.com/user/laugh-it-up-fuzzball. Also subscribe to the feed on Apple podcasts, Google podcasts, Stitcher, Breaker, IHeartRadio, RadioPublic, Spotify, or any of the apps which pull from those sources. Go do your thing so I can keep doing mine. If you feel so inclined, drop a positive rating or comment on those apps. Ratings help others find the madness. Tell your friends, geekery is always better with peers. Thank YOU for being a part of this hilarity! There's a plethora of ways to comment about the show and I look forward to seeing your thoughts, comments, and ideas. May the force be with us all, thanks for stopping by, you stay classy, be excellent to each other and party on dudes! TTFN… Wookiee out! --- Support this podcast: https://podcasters.spotify.com/pod/show/laugh-it-up-fuzzball/support

En este programa nos embarcamos en un fascinante viaje a través del tiempo para explorar uno de los descubrimientos más importantes en la historia de la ciencia: la estructura del ADN. Analizamos cómo se descubrió la molécula de ADN, cómo se llegó a la conclusión, en contra de lo que toda la comunidad científica pensaba, de que era la molécula clave de la herencia, y sobre todo analizamos largo y tendido la carrera por descubrir su estructura. Una carrera en la que tres grupos de investigación, uno en Londres con Wilkins y Franklin, otro en Cambridge con Watson y Crick, y por último otro en el Caltech con Pauling, pelearon contrarreloj en una carrera llena de colaboraciones, rivalidades y polémicas que sin duda ya forma parte de uno de los momentos álgidos de la Historia de la Ciencia. Mucho se ha escrito sobre ello, pero, ¿qué pasó realmente? En definitiva analizamos el descubrimiento de la doble hélice, un hallazgo que no sólo revolucionó la biología, sino que también abrió las puertas a campos como la genética moderna o la biotecnología, cambiando para siempre nuestra forma de entender la vida, al proporcionarnos cuál era su secreto. Todo ello de la mano de José Blanca, Toni Monforte y Ximo Cañizares. Escucha el episodio completo en la app de iVoox, o descubre todo el catálogo de iVoox Originals

This week on the Pavement Top 50 Countdown, jD is joined by Jessica from Ann Arbor to reveal track 20 and discuss her Pavement origin story.Transcript:Track 2:[0:00] Previously on the Pavement Top 50. Today, we're talking all about number 21, Cut Your Hair. Russell, talk to me about your relationship with this song. I love this song for a few reasons. One, I think because it's ubiquitous. And when I talk about pavement to the rest of the free world, people are like, I don't remember that band. And if I say cut your hair, people are like, yeah, I remember that. Hey, this is Westy from the.Track 3:[0:41] Pavement, and you're listening to The Countdown. hey it's jd here back for another episode of the top 50 countdown for seminal indie rock band, pavement week over week we're going to count down the 50 essential pavement tracks that you selected with your very own top 20 ballots i then tabulated the results using an abacus and speed, just speed how will your favorite song fare in the rankings well you'll have to tune in to find out So there's that. This week I'm joined by Pavement superfan Jessica from Ann Arbor. Jessica, how the fuck are you doing? Super fucking good. I love it. I love it. This is exciting. When people fire back an F shot at me, that's like my favorite thing. It's validation to a degree. I was wondering if you were going to say like, hey, motherfucker, since I heard that maybe you haven't had a lot of ladies yet. I haven't. I said that to, I will promise I will say that in the future. Us ladies can be motherfuckers too. Yeah, yeah. Well, let's get right into it, Jessica from Ann Arbor. Let's hear your Pavement Origins story. Okay. She's opening a tome right now, folks. I know, I didn't want to go back into childhood, but it probably is high school-ish. Okay.Track 3:[2:11] So that would be late 80s, early 90s. And I lived in Michigan, which I do again. And I liked a lot of like alternative music, but it was kind of hard to find out about it. Right. Back in the day before the internets. um so one way was i read a lot of like british music magazines like enemy and melody maker um and i would read little tidbits which comes into the first time i met pavement so um.Track 3:[2:53] Oh, and I loved R.E.M. That was like my number one, probably, favorite band. I like the Replacements and a lot of British shoegazy bands. But the week after high school, my best friend and I decided to move to Athens, Georgia. And we were 17. And we just picked up and left. And we ended up living across the street from Michael Stipe. That's pretty fucking cool. That was like a dream come true. We were 17 for a while.Track 3:[3:24] So it was like this Disney world for music lovers because there were so many cool bands. But it was a little bit hard to get into stuff like bars and things the first few months. But we met a lot of people and that helped. And then we turned 18 and then we could get into more things. things but there was like cool bands playing for four dollars like five or six nights a week it was really cool we go dancing a lot and stuff um but we had tickets to go see u2 that we bought in michigan before we left so we went back for that but then we had to drive back, because we heard pavement was playing at the 40 watt in essence really this was in 92 okay so we went to the u2 show which was pretty awesome and um wayne from uh no guards from wayne's world was like satellite linked into that show and played drums for something on mtv, So that was a random place to be. But we had to drive back to Athens, and it was like 12 or 14 hours. And we went like straight to the show.Track 3:[4:42] And it was crazy and wild and sweaty. And Gary is a band. And he was doing handstands and headstands and hanging from the rafters. And it has since been put on YouTube. So now I can watch my 17-year-old self's view of watching them. But we really wanted to talk to them because we read in Enemy or Melody Maker or that they were going to be on 90210, Beverly Hills 90210, but that they, Stephen got in a fist fight with one of the guys, one of the actors. Oh, my gosh. And so before I even heard what they sounded like, I was like, I like these guys. They beat up somebody on 90210. So that was the first thing I asked them. And it was a rumor that Scott started about Stephen. than, I think, just to fuck with the UK press or something. Which sounded, that was a pretty cool thing, too. And, yeah, that was an awesome show.Track 3:[5:52] And, yeah, I was hooked. I think that summer before that, so right after high school, is I think I got Slandered Enchanted was the first thing I heard. You got that in real time, basically. I think so because we volunteered to work for this local free magazine to review bands, and they gave us a lot of free stuff. And I think that that's where we got that. I don't know if we bought it or not.Track 3:[6:28] And then I moved back to Michigan. and i had we went to high school with jim but we weren't really friends but then we worked at a store together and then we somehow started talking found out we liked a lot of the same music, and then that's jen will be coming up on a future episode just so you know, crazy jen and she's like the super fan uber fan i'm like a robin to a batman i would think because she worked at a super cool record store and so she had all the seven inches before, and cool promo things and she knew like you know label owners and promoters and people who ran clubs and all kinds of stuff so even at you know she was a year older than me so we're still like you know well 18 19 year olds and um.Track 3:[7:27] Oh, she had the inside track. So she would like make me tapes of all her cool seven inches. So I had like, you know, the peel sessions and we had all these weird bootlegs. And then I think I went to England the year before that, but then I went again and got a lot of weird bootlegs, including some pavement ones.Track 3:[7:54] And um then we went to see them together um and she is better remembering this so she had to kind of fill me in we saw them in chicago and we've gone all over the place to see them we've gone on lots of road trips because they're very important to us yeah and um but chicago is was only about four hours away and um um we also somewhere in there i think she she wanted to remind me and i guess i'm filling in some gaps that we um we wrote them some weird fan letters, somewhere in here somewhere in like 93 or 94 which i used to do with a lot of bands and i became friends with a lot of bands from writing really weird fan letters and sending really strange presence um we would just like really exaggerate things like she says that we found a danzig fanzine or something and we just changed the words around to something but we would just pretend we were like insane for them like we would say that we would, crawl a hundred miles over broken glass just to smell their shadows.Track 3:[9:11] Knows just like really over the top weird stuff um we weren't um obviously serious um and we would just put weird toys and um gadgets and odd things and just send gift boxes to bands we liked and it always made an impression um so yeah um it's a good icebreaker if you're shy too. Jen always thinks that I was better at talking to people in bands, but I'm super duper duper duper shy either. I have to overcome like being terrified. But if you have like a funky present or something silly to do or say, then it makes it easier. And they always enjoyed that. And I think that first time we gave them some weird thing we got from a truck stop was a license plate with a Confederate flag on it, which I'm cringing at now, and it said, Ass Kickin' Southern Rock. And Westy put it on his drum kit, and that made us excited.Track 3:[10:22] And then we, I think we saw him in Detroit like the next day or the next week or something. And they let us go to the sound check, and that was very exciting. And yeah, we always tried to be like in the front row, laughing and screaming and dancing. And it was very fun. And um they they gave us cool things too like one time they gave us some stephen keen paintings that were like left over from something um really.Track 3:[11:01] We got some cool stuff um and then once we got through with like kind of like we you know gush a little bit about what songs we liked or um stuff then they would we would just like kind of act like regular people with them and we'd like go out to dinner with them or go walking around with them and it was pretty cool i bet holy crap that's fucking dynamite, it was groovy those were the salad days we made them last for a few years too, talk to me about that after that refreshing sip of water i hope it's not moonshine it's uh just Just agua. I'll try not to slurp too much in the microphone. Let's see. I had to write down some of these things because I have these big blank spaces.Track 3:[11:56] So let's see. And I'm blind because I'm old now. I'm almost 50. Me too. And let's see. Okay. Okay. I had to get some help with Jen and the internet. All right, so let's see. Then we saw him in Detroit. Oh, apparently they did two shows, an early show and a late show. That was in 94.Track 3:[12:21] So we saw him in May and October. So at this point, we'd seen him like five or six times. Then we went to see him in Cincinnati.Track 3:[12:32] And I'm trying to think. We went to this, like, we would just go to the dirtiest, nastiest places that were like out in the middle of nowhere. We could have got killed and we were in jen's like old subaru that backfired all the time and pretty sure we got a flat tire once um and it was mostly like big scary drunk guys at these shows and then it was just us little girl um but um oh i know we made shirts for them i think, i don't know if jen has or will talked about but she wanted me to tell you we made these um homemade shirts and they were on um baseball kind of shirts with like you know three-quarter sleeves they were green they're very kind of 70s retro and um our old gym teacher had a t-shirt shop so we um would go and just make weird collages and then print them out into iron-ons and then he put them on and then we do lettering and i would like sew on sequins stuff and so like yeah they were very 70s looking like they would say like you know pavement rules or pavement is number one and they would have some like album art on it or some pictures of them and or just random stuff and they really liked those and i think they signed our shirts we wore them a couple times and scott really liked him so we made him one.Track 3:[13:59] And, um, there's a picture of us wearing ours in the, um, in the pavement documentary. Oh, really? In slow century? Yeah. Yeah. It's the back of us though. Cause I think, I think, I think Scott took that picture and owned it, but we had our own pictures of our faces, which we still have. Jen has most of them.Track 3:[14:24] Um, but yeah, I made one for, well, we both made it for Scott, but yeah. Yeah, she was, I sewed on like a million like individual sequins on part of his shirt. And he liked that one a lot. And we would still, we'd give him weird presents too. There were these cool stores. There's one in Cincinnati and one in Chicago. They were called Big Fun and Uncle Fun. And they had like really weird retro toys and just weird stuff from Europe. Up like we got these really tiny harmonicas that were the box had made in occupied japan they were so tiny or and we just give them like spark guns or toys or trading cards or just weird stuff that we could find um and then you know they started knowing us every time we'd show up they'd be like hey i'm here um and that was kind of cool because then we'd know like the the sound guys and the tour managers too. So even if it was somewhere, cause I went to see him in England quite a few times. Oh, that was, so yeah, I lived in England for a couple of years in London. Um, and, um, saw him there and that was very different, you know, and then I saw them as they got bigger and bigger cause we saw them in pretty little clubs and then like bigger clubs and some theaters and stuff.Track 3:[15:51] Um, and, But it would be weird, because sometimes in London, there's other people in big, fancy bands back there, backstage.Track 3:[16:01] And I would just kind of sit quietly and be like, this is exciting. And for some reason, this isn't a very musical memory, but I remember I had been in England for a couple of years, and I missed a lot of American stuff. Yeah. Just like the, I don't know, I missed Taco Bell. And weird American stuff. And Bob had some Tic Tacs and for some reason I thought they were American and they were nowhere else. And so I got really excited and I was like, America Tic Tacs! And then we had a Tic Tac fight, um backstage um but.Track 3:[16:42] Mostly we were just i would just kind of rock out love the shows we got very excited if they ever dedicated songs to us which they would every once in a while like you know if it was like our 10th show or our 10th year or something or our 20th show um we went a lot of road trips around america i'm going to see them and um yeah it was always an amazing time i bet they became your buddies yeah do you still talk yes um it's not quite as rock and roll now i play online scrabble with bob pretty much every day you do that's my most rock and roll mom story that i have that's pretty cool that's what nerdy we are that's very cool amazing he is he's like a sweet teddy bear they're all so nice yeah um i've had and i've had a lot of good talks with all of them and um so it's pretty cool when you um well they always I say, like, don't meet your heroes, but almost every band I've met has been awesome, and, um.Track 3:[18:01] Uh i've known a lot of them for 10 20 30 years now that's very cool and so i didn't see him quite a bit during the breakup times i saw um steven and the jicks a couple times, in the early 2000s in preston school industry and that was fun because me and jen had kind of lost touch she had moved out west and i moved to england and it still wasn't really good internet days and so we were like connecting through pavement like scott would say hey yeah she's in colorado now and she has a chihuahua i would be like tell her i said hi if you see her before me.Track 3:[18:51] Um it was they're like um we kind of think of them as our big brothers i bet yeah i mean and the fact that you got to see them and their rise to prominence right like that's that's pretty cool, but i have to say you know since they never got like mega gigantic they never became like stuck-up assholes so no no yeah they've always been the same um and so i didn't see him like a of reunion-y stuff like in the like 2010s thing i think i might have been having a baby somewhere in that time gotcha and being a mom and being kind of boring um, so the last time i saw them um jen came out here and we saw him in detroit, oh that's cool at the masonic temple when was that 20 2022 or yeah yeah okay and so So that had been like basically 30 years of us going to see them off and on. And I got front row for that one, so I was very excited. And she had seen them earlier on in the tour, so she got to tell them that we were going to have our reunion. And it was pretty cool. They dedicated some songs to us, and that always makes you feel like a super fan.Track 3:[20:14] So yeah it was pretty groovy yeah I bet what's your what's your go-to record these days, um Jen and I were kind of talking about this I think I think, Probably Slanted and Crick and Rain are like my comfort records. Yeah. But it was when I was kind of a teenager, so there's kind of like an angsty, whole different world that I was taking them in. But it still feels like my comfort. Those are my comfort albums. albums um but i definitely have like favorites on all the um ones past then plus the cool thing was is we got to hear um songs that ended up coming out like years later earlier on and we had like different names for them because we didn't know what they were called or they would be on, a bootleg or something and yeah we had our own names for them that we had to unlearn.Track 3:[21:23] Um like i think we called grounded i think jen was saying we call it the sedan song okay just because he said something about the sedan in the parking lot maybe i don't know we just pick one word and be like oh that's that one um we may not have even known some earlier song names or we just make up our own we did a lot of singing to the um stuff we liked once where they were like singing back and forth, like call and response, like, yes. Uh, Circus 1762. We love singing that one in the car. So, um, so, um, I can definitely play those first two albums and all the like, uh, pre singles and stuff, um, solidly, but I kind of pick and choose what I listened to on the later albums. Okay. What I'm in the mood for. Yeah, I can see that. Well, what do you say we flip the script here and talk about song number 20? Are you down with that? I'm down with that. Well, let's do that. We'll hit that right after this break. Hey, this is Bob Mustanovich from Pavement. Thanks for listening.Track 2:[22:34] And now on with a countdown. 20!Track 3:[24:49] This week on the show, number 20 on the countdown. I'm pretty excited about this one. It's Blackout. This is the ninth song from Wowie Zowie to make the cut on the top 50. Pretty good showing for Wowie Zowie, I would say. What do you think, Jessica, from Ann Arbor? I think it is a very solid pavement song. Yeah. Like, I think it belongs in the top 20 to 30. Okay. Because, I don't know, it hits all the right pavement beats. It's kind of pretty. It's kind of dirty.Track 3:[25:28] It's got weird lyrics. I'm not sure what it's about. No, it's really tough with us out there. Yes, I mean, sometimes it sounds so like, I don't know. You know, it's, what's it called when you're just saying words? I call it word salad. Word salad. That's what I call it. I'm so lyrical. Yeah, like just, yeah, because sometimes they don't make any sense. You just get little images. That's right. They give you vibes, right? Yeah, or moments. I definitely feel like they have this world and there's some characters in them. You know like loretta's in there somewhere right um um i don't know that one feels like kind of like i don't know a guy in high school or college or starting job or something he's kind of lost, i don't know if there's a real whole story there but i get little snippets right things stream of consciousness that's what i think i was thinking stream of consciousness yes Yes. Or he just gets little, you know, words that rhyme. Little phrases here and there. Or they just sound groovy. Is that the one that has...Track 3:[26:49] I always thought it was Dirty Scots, but then I saw somewhere that maybe it was Sturdy Scots. And I always liked that because I like a lot of Scottish everything and Dirty Scots.Track 3:[27:04] I did, I don't want to ramble on a thing. I just thought of a David Berman thing. Oh, sure. Dirty Scot. I never saw Silver Jews, but love, love, love them. But when I was living in London, David Berman did like a reading at this little dirty bar called Filthy McNasty's. I don't know why Dirty Scott's made me think of that. And that was the one and only time I saw and met him in person. He was very nice and shy. I had tickets for Purple Mountains, but obviously we know how that turned out. Yeah. Yeah, pretty terrible. Yeah.Track 3:[27:48] Back to the song for a moment. I'm sorry. No. What is your relationship with this song? Like, do you have any sort of relationship with this song? You mentioned that Crooked Rain, Crooked Rain, and Planted are your sort of go-tos. Is this a song that you'll pick and choose from Wally's Alley? Or do you pass it up? Or what's the deal? It's a thumbs up for me. Because there are a few that I kind of go like, eh. i'll listen i don't think there's anything i skit really ever um and i kind of like that all the albums have like songs that are like making me feel like i'm gonna cry one minute and they're so slow and sad and then the next minute i'm like jumping up and down and screaming something stupid with them um and that one's more in the like mellow um slow sad thing and i'm yeah i'm I'm a sucker for that kind of song. That's good. I think it's pretty. It is pretty. It's got a great melody. Yeah. It's a good solid one. Yeah. I'd put it on a mixtape for somebody. Okay.Track 3:[29:00] If I was introducing to them a system pavement. That's the highest compliment you can make to somebody, you know? Like, we get that. We get that because of our era. But it is such a high compliment, right? I'm going to make you a mixtape. I remember I burned somebody a CD once, like a mixtape on a CD. And it just wasn't the same. Just wasn't the same. It isn't. It was so hard because you had to fit them into, you know, the side. and I didn't like leaving too much space. I put little parts of movies and shows and like weird little snippets of people talking. Oh, that's badass. I have gotten compliments many years later from many of my high school friends that I did make really good mixtapes. So I kind of need to borrow them from them because they probably were pretty good. People like send me pictures of the track listing and I'm like, ooh, I forgot about too much of those bands. I'm going to go look them up now. Oh, that's great.Track 3:[30:02] Yeah, mixtapes. The children today, they won't know. No, they just really won't. Well, cassettes are starting to come back in a weird way. So maybe they will. Maybe they will. I will say I have a 12-year-old daughter now. And right after we went to see Pavement in 2022, I took a few videos and I was watching a couple on my phone and she came in the room and said, Hey, I know that song. It was Harness Your Hopes. And I was like, I was like, no, you don't. Cause you're 10 and no, you don't. And I don't think I've ever played this around you. And she goes, yeah, I do. And then she like said a couple of lines and I was like, what are you talking about? And then obviously it was TikTok. Yeah. And that blew my mind. And it's made a comeback again. I know. She told me the other day. As we're recording this. She goes, oh, pavement's blowing up on TikTok again. And I'm like, what? Is it the same thing? And she's like, no, it's something with baggy pants and spinning. Yeah. Which she sort of explained to me. Even Mark did it. I saw that. I saw everybody was giving it a little go. Yeah. I'm impressed. Me too. So fun. I kind of love that, though.Track 3:[31:20] Well, it makes sense that they would make a comeback. That was a random song, but it's a random song. It's very odd and quirky and funky. And when you look at its numbers on Spotify, it's incredible. Like the number of downloads or streams it has versus the next song. It's mind-blowing. It is mind-blowing. I hope some of the children explore some more pavement because they would have such a grand old time.Track 3:[31:58] They are obsessed with the 90s right now, so maybe they will. Yes. I have impressed my child with some of this stuff. Yeah. I think she's even impressed about this. Oh, that's cool. Yeah. Well, I've really enjoyed my time with you today. Ditto. Yeah, this has been a lot of fun. It's always good doing this gig right now.Track 3:[32:22] The first time around, I was solo. I did every song in the catalog solo.Track 3:[32:27] Wow. And that was really tough to do because you're sort of talking to an audience that you don't know if they're even there. Uh this time around with the top 50 it's been so great getting to meet people like i've met you know at this point i've met 30 people or 39 people uh-huh yeah 39 people 39 people 29 people whatever anyway you get the point and where are you in the world i'm in toronto canada oh i've been to toronto a bazillion times oh that's great lots of bands there ah any good venues that you can rhyme off um massey hall massey hall is great yeah that's why i saw pavement twice there oh i think i saw damien rice there okay um i think i saw arcade fire there um that would make sense travis okay from scotland um david gray i had a friend i lived with in england and then she lived in glasgow and then she went back to toronto so i would go see her a lot and we go see a lot of the bands that we loved so i love toronto i would live there in a second i wish i could kind of it was a little bit warmer but um uh it's been a spectacular this year we have we had no snow yeah we had three days of snow like through the whole winter so all right And I'm changing my mind, though.Track 3:[33:56] Something awesome. Especially if something happens in November. I said that the last time the creep got in, but...Track 3:[34:06] Yeah, well, you know, you guys have your shit to deal with, for sure. We have our shit up here, too. Yeah. Listen, I will let you know when this episode comes out, because as I mentioned, we are recording this deeply in advance, because I'm a bit of a flake. And I want to make sure I've got all these in the can before I flake out. And that's what I'm trying to do. You sound like you're on top of things, man. I'm impressed. I'm trying. I'm trying. I'm trying. I'm trying. I'm trying. I'm trying. All right. Be well. Stay swell. And wash your goddamn hands.Support this podcast at — https://redcircle.com/meeting-malkmus-a-pavement-podcast/exclusive-contentAdvertising Inquiries: https://redcircle.com/brandsPrivacy & Opt-Out: https://redcircle.com/privacy

Tonight, my special guest is author Will Hart who's here to discuss his research into the likely hood that aliens had a hand in our creation.   Explores evidence for the theory of directed panspermia--that life on Earth and the landscape of Earth itself was engineered by extraterrestrials   • Details how the Earth was terraformed through a sophisticated geo-engineering program, providing clear examples such as the precise mathematical longitude configurations of the Great Pyramid of Giza with the major rivers on Earth   • Shows how our spectrum of blood types supports the theory of panspermia while directly contradicting the conventional “out of Africa” theory of evolution   • Examines the strongest modern UFO accounts, including the Russian Roswell case, as well as the suppressed UFO sightings of NASA astronauts   In the early 1970s, Nobel Prize-winning DNA co-discoverer Sir Francis Crick and his colleague Leslie Orgel proposed that in the distant past, an extraterrestrial race sent a spacecraft loaded with microorganisms to seed the Earth with life. Now, more than 40 years later, the fields of space research and biotechnology have advanced to the point where they can back up Crick and Orgel's claims about our ancient alien ancestors.   Sharing scientific evidence of alien involvement with life on our planet and with the very landscape of Earth itself, Will Hart refines the theory of directed panspermia--that life was intentionally seeded on Earth by extraterrestrials--to reveal that the same ET agency also created humans and generated civilization. He shows how the Earth was terraformed through an engineering program so sophisticated and vast that it has escaped our attention so far--for example, the major rivers on Earth are precisely aligned through geo-engineering with the Great Pyramid of Giza.Follow Our Other ShowsFollow UFO WitnessesFollow Crime Watch WeeklyFollow Paranormal FearsFollow Seven: Disturbing Chronicle StoriesJoin our Patreon for ad-free listening and more bonus content.Follow us on Instagram @mysteriousradioFollow us on TikTok mysteriousradioTikTok Follow us on Twitter @mysteriousradio Follow us on Pinterest pinterest.com/mysteriousradio Like us on Facebook Facebook.com/mysteriousradio

Best of MTC: Live AMA with Ben Crick, Apple Design Team , Former Partner & Creative Director at COLLINS  

Cameron Crick won the Superutes at Sydney Motorsport Park and now is preparing for the Supercars enduros with Matt Stone Racing. Ryan Tomsett has returned from an amazing European adventure following his success last year as the most improved in the Toyota 86 series.

Discover how to improve leadership responsiveness with SCC®. In the twelfth episode of "Conversations with Coaches", Paul Crick explains how he helped the client experience improvements in skill development to boost their performance. In this episode, Paul Crick assisted a product management leader at an advanced electronic components manufacturing company. With ambitions to expand in specific sectors, the company hired coaching support to nurture its leaders. Using various methodologies, significant gains were made in leadership responsiveness, communication effectiveness, collaborative aptitude, and team cohesion. Paul Crick is the Founder and Managing Partner of The Elevate Partnership, with an extensive career in management consulting for IBM, PriceWaterhouseCoopers, and Capgemini. He's an accredited coach since 2007, assisting individuals and teams globally, earning recognition as a Top 50 Thought Leader in Coaching in 2023. Residing near Newark On Trent in Nottinghamshire, UK, Paul is also an Aikido enthusiast, musician, and avid Liverpool Football Club. Discover a detailed episode transcript, a brief summary, and the complete case study—all included in the MGSCC® Case Study. Download it at http://www.mgscc.net/case-studies Enroll in the free Foundations of SCC® course, where you will learn effective strategies to be more agile and responsive leaders to the challenges of the work environment. Go to http://mgscc.net/foundations-course to begin your journey toward more effective and dynamic leadership! Stay Connected on LinkedIn Connect with the podcast host and guest here: Brandon Mergard: https://linkedin.com/in/brandonjamesmergard Paul Crick: https://www.linkedin.com/in/paulcrick/

We had so many issues with the some of the topics of Jurassic Park we had to discuss it in it's own prelude episode! Join us for a discussion of ethics, dinosaur science and taking Watson and Crick to task. --- Support this podcast: https://podcasters.spotify.com/pod/show/sytycfanon/support

This episode includes mentions of Sexual Assault. As always, listener discretion is advised. As a thanks to my patreon supporters, I am including this bonus episode in the main feed. I hope you enjoy this snipped of world lore and history. Inspired by the story of Friedrich Miescher the original discoverer of DNA whose work was expanded by Watson and Crick. Learn more about your ad choices. Visit megaphone.fm/adchoices

Dave and Paul Crick, Founder of Elevate Partnership, exchange insights into the marvelous mysteries of humans' behavior in leading, composing, and performing in concert. While you will not hear classical music in the background, it is the analogy to leading playing in their thoughts. 

It's Self-Brain Surgery Saturday!We're all taught in school that Charles Darwin's theory of evolution explains how we got here. But the truth is, modern molecular biology continues to struggle to prove even the most basic elements of that idea. Survival of the fittest is an obvious truth, but survival does not explain arrival, and since Watson and Crick gave us the molecular structure of DNA in the 1950's, the picture has become more and more bleak for the Darwinists.My guest today is Dr. Michael Behe. He is a biochemist from Lehigh University, and his incredible book is Darwin's Black Box: The Biochemical Challenge to Evolution.  From Amazon.com:Naming Darwin's Black Box to the National Review's list of the 100 most important nonfiction works of the 20th century, George Gilder wrote that it "overthrows Darwin at the end of the 20th century in the same way that quantum theory overthrew Newton at the beginning".Discussing the book in the New Yorker in May 2005, H. Allen Orr said of Behe, "He is the most prominent of the small circle of scientists working on intelligent design, and his arguments are by far the best known." From one end of the spectrum to the other, Darwin's Black Box has established itself as the key text in the Intelligent Design movement - the one argument that must be addressed in order to determine whether Darwinian evolution is sufficient to explain life as we know it, or not.For this edition, Behe has written a major new Afterword tracing the state of the debate in the decade since it began. It is his first major new statement on the subject and will be welcomed by the thousands who wish to continue this intense debate.Leave a voicemail with your question or comment!Five Ways You Can Support this show:Pray for us!Subscribe, like, and share it with your friends! (We even have a YouTube channel!)Leave reviews and comments wherever you listen to podcasts!You can become a paid partner of the podcast and get special bonus episodes and lots more content by clicking here. Visit one of our affiliate partners and consider using their products (we use them every day):Improve your gut health, immune system, and protect your brain with Pique!Other Helpful Links:Click here to access the Hope Is the First Dose playlist of hopeful, healing songs!Be sure to check out my new book, Hope Is the First Dose!Here's a free 5-day Bible study on YouVersion/BibleApp based on my new book!Sign up for my weekly Self-Brain Surgery Newsletter here!All recent episodes with transcripts are available here! (00:01) - Introduction to Dr. Michael Behe (07:19) - Personal Reflections and Introduction to Dr. Behe (15:20) - Evolutionary Skepticism and Introduction to Darwin's Black Box (18:03) - The Complexity of Cellular Machinery (20:36) - Clarifying Different Aspects of Evolution (25:46) - The Search for Truth in Science (29:07) - The Impact of Scientific Discoveries on Worldviews (37:03) - Recognizing Intelligent Design (43:37) - The State of Evolutionary Research (48:51) - Preparing Children for Scientific Bias (53:40) - Science vs. Religious Approach (55:16) - The Philosophical Foundation of Evolution (57:06) - Arming Children with Scientific Knowledge

Get 20% Off and Free Shipping with the code HOWSON at https://www.manscaped.com Join Jay Motty, Stephen Howson and special guest Michael Crick for an exclusive episode of The Brew! Chapters: 0:00- Video Start 2:40- Beginning of Campaign 5:45- Brining the fans together 11:00- Beating Sky! 12:12- backlash from United Fans 14:45- Fans buying United 17:00- The Rock of Gibraltar 22:20- The Glazers 25:00- Matt Busby: The Betrayal of a Legend 29:08- Ferguson in favour of Sky 30:00- Martin Edwards Become a member! - https://www.youtube.com/channel/UC7w8GnTF2Sp3wldDMtCCtVw/join Stretford Paddock has content out EVERY DAY, make sure you're subscribed for your Man United fix! - https://bit.ly/DEVILSsub

Adam creates a hypnosis session based on thought experiments, dreams or imagination that lead to real-life impact. Adam recreates the Einstein thought experiment that was the catalyst for the groundbreaking theory of relativity.  This is the poem Adam uses in this session: Thought and Light In the realm of thought and light, Einstein rode, a beacon bright,   Across the cosmos' endless night, where time and space did intertwine.   With light as steed, he broke the bind,   Revealing truths for all mankind,   A universe, by relativity defined. In a box, both dark and stark, Schrödinger placed a quantum mark,   A feline shrouded in the dark, alive and dead, its fate unsealed.   Observation's power revealed,   Quantum states, no longer concealed,   A paradox, in mystery veiled. From an apple's simple fall, Newton saw the rule that calls,   Gravity, that binds us all, a force unseen yet felt by each.   From the earth to apple's reach,   A universal law he'd teach,   Uniting sky and ground in speech. In ancient baths, so tales recount, Archimedes had his fount,   "Eureka!" rang his joyful shout, buoyancy's secret he did find.   Water's embrace, gentle and kind,   A principle, through insight mined,   In simple acts, great truths aligned. In dreams of night, with elements aligned, Mendeleev's vision shined,   A table of a grand design, where elements found their rightful place.   Predicting natures yet to grace,   The world of science, in embrace,   A dream that time could not erase. Kekulé, in slumber's grip, saw a serpent's tail it did nip,   A ring of carbon, bond and tip, the structure of benzene unveiled.   In dreams where logic had not failed,   A chemical bond, in sleep assailed,   A cyclic dance, in dreams regaled. Feynman's diagrams, lines in sand, sketched by a keen and guiding hand,   Particles at his command, in interactions mapped so clear.   A visual symphony, to hear   With eyes of mind, devoid of fear,   The quantum world, brought ever near. Hawking gazed into the night, where black holes swallowed light in flight,   Yet from their grasp, a wondrous sight – a radiation, faint and slight.   From nothingness, a spark of light,   A theory taking flight,   In blackness, Hawking found the bright. Tesla's vision, clear and strong, of currents flowing swift along,   In dreams where innovation thronged, an alternating path he saw.   Electricity, without flaw,   A world lit up in awe,   From visions that the mind foresaw. In helix form, DNA, where life's secrets quietly lay,   Watson and Crick found the way, a model of life's spiral stair.   Bases paired with utmost care,   A structure, elegant and fair,   In double helix, life's affair. In verses woven, tales are told, of minds that dared to break the mold,   With thoughts and dreams, both brave and bold, they charted paths unknown before.   Through imagination's door,   They ventured, seeking more,   In thought experiments, wisdom's lore. DOWNLOADS: To thank you for being a listener to the show Adam is giving you 100% FREE hypnosis downloads worth up to £200/$250 using the coupon code FREE here: https://www.adamcox.co.uk/store/c15/FREE-Hypnosis  There is a 50% Discount on up to 10 other downloads using the coupon code hypnotist here: https://www.adamcox.co.uk/downloads.html  WORKING WITH ADAM DIRECTLY:  To book a free 30-minute consultation call to consider working with Adam go to: https://go.oncehub.com/AdamCox If you want to work with Adam on a one-to-one basis on hypnosis sessions, wealth coaching, or mentorship you can book sessions here: https://www.adamcox.co.uk/hypnotherapist.html  ABOUT ADAM Adam Cox is one of the world's most innovative hypnotists and is known for being the hypnotherapist of choice for Celebrities, CEO's and even Royalty. Adam's rates for hypnotherapy in pounds and US dollars are here: https://www.adamcox.co.uk/hypnotherapist.html  You can contact Adam at adam@adamcox.co.uk Further information on Adam is here: https://linktr.ee/AdamCoxOfficial  Tags: Adam Cox, the hypnotist, NLP, asmr, hypnosis, hypnotherapy, hypnotist, stress, sleep, worry, meditation, guided meditation, hypnotism, future, empathy, anxiety, joy, purpose, quest, thought experiment

We are transporting  back over 500 million years ago, where we will explore a time when Earth's oceans filled with bizarre and enigmatic creatures, marking the dawn of complex life. From the iconic Burgess Shale fossils to the Cambrian Explosion itself, join me as we uncover the secrets of this pivotal period in Earth's history, where evolution unfolded with an explosion of diversity.References- Amos, J. L. (n.d.). Cambrian Period. National Geographic. Retrieved March 22, 2024, from https://www.nationalgeographic.com/science/article/cambrian- Bagley, M. (2016, May 27). Cambrian Period & Cambrian Explosion: Facts & Information. Live Science. Retrieved March 22, 2024, from https://www.livescience.com/28098-cambrian-period.html- Hughes, N. C. (2023, January 6). ,Cambrian Explosion: Life explosion in Cambrian period is an explosion of extant fossils. Science Direct. Retrieved March 22, 2024, from https://www.sciencedirect.com/topics/earth-and-planetary-sciences/cambrian-period- Kazlev, A. (2002). Palaeos Paleozoic: Cambrian: The Cambrian Period - 1. Palaeos. Retrieved March 22, 2024, from http://palaeos.com/paleozoic/cambrian/cambrian.html- Robison, R. A. , Crick, . Rex E. and Johnson, . Markes E. (2024, March 1). Cambrian Period. Encyclopedia Britannica. https://www.britannica.com/science/Cambrian-PeriodMusicUnfolding Plot by Blue Dot SessionsContributorsWritten/Edited/Produced: Kassidy RobertsonThesis Directors: Professor Jeremy Bramblett, and Professor Will DavisThesis Committee: Dr. Hope Klug, and Professor Timothy Gaudin

Rounding out the story begun in the previous installment, episode 13 of the DNA Papers centers on the publications in which the double helical structure for DNA was proposed, detailed, and its various implications speculated upon. It features four papers, all by Watson and Crick from Cambridge,. Together these papers not only proposed that DNA's three dimensional structure was a double-stranded helix, but also described the antiparallel and complementary nature of its two component strands and the specific pairing of the component nucleotide bases, namely, the purines, A and G, with the pyrimidines T and C respectively. The papers also discussed the implications of these features for the fundamental functions of DNA. For more resources on this topic, see https://www.chstm.org/video/144. Recorded on Dec. 11, 2023.

La doble hélice es la estructura canónica del ADN, descubierta por Watson y Crick en 1953. Pero no es la única. Puede haber hélices triples y cuádruples, entre otras disposiciones, que han adquirido una notable relevancia en los últimos años porque parecen estar implicadas en procesos de regulación de la expresión de los genes y servir para el desarrollo de fármacos que bloqueen la expresión de un gen determinado. Hemos entrevistado a Carlos González y Miguel Garavís, investigadores del Instituto de Química Física Blas cabrera del CSIC que emplean la resonancia magnética nuclear para observar estas curiosas estructuras de nuestro material genético. investigadores del CSIC que estudian estas estructuras. Hemos informado del hallazgo un nuevo mecanismo que impide que el ADN se triplique durante la división celular. Se trata de una proteína llamada RAD51 descubierta por investigadores del CNIO. Ángela Bonachera nos ha hablado de una investigación del Instituto de Ciencias de Materiales del CSIC que ha logrado monitorizar con rayos X la temperatura de nanopartículas empleadas contra el cáncer en el interior de las células tumorales. Con testimonios de Ana Espinosa, autora principal del artículo. Jesús Puerta nos ha hablado del nacimiento de la física de altas energías y del estado actual de la tecnología de los aceleradores de partículas. Javier Ablanque nos ha llevado en su máquina del tiempo a la segunda guerra mundial para participar en la misión aérea británica que reventó dos presas en el valle del Ruhr, en Alemania, y conocer la física que lo hizo posible. El próximo jueves, 14 de marzo, se celebra el Día Internacional de las Matemáticas y Fernando Blasco nos ha comentado algunas de las muchas actividades previstas para estos días. Hemos reseñado los libros "Cuando el mundo se detiene. Cáncer: del mito a la esperanza", de Juan Fueyo (Ediciones B); “Cementos y hormigones”, de Francisca Puertas Maroto (CSIC-La Catarata); y “Las manos del tiempo. Todo lo que la historia de los relojes cuenta sobre nosotros”, de Rebecca Struthers (geoPlaneta). Escuchar audio

Jim talks with Stuart Kauffman about the ideas in the recent paper he co-authored with Andrea Roli, "Is the Emergence of Life an Expected Phase Transition in the Evolving Universe?" They discuss the fragmentation of the origins of life field, Pasteur's test of spontaneous generation, primitive soup, Watson & Crick's discovery of the structure of DNA, mutually catalyzing molecules, molecules as combinatorial objects, random catalysis, collectively autocatalytic sets, the origin of metabolism, composability elements, the earliest form of life, Darwin's warm little pond hypothesis, the theory of the adjacent possible, the TAP equation, why small molecule reproduction will be abundant in the universe, the Drake equation, Kantian wholes, the function of a part, autocatalytic closure, constraint closure, cycles of work, downward causation, information conservation vs the error catastrophe, exaptation, the new adjacent possible, why evolution is unendingly creative & mathematically unpredictable, what this implies about economics, Arrow-Debreu competitive general equilibrium, the impossibility of well-founded expectations, why we can't have dominion over the ongoing biosphere, an open-ended experiment to mix fungi with bacteria on sterilized sand, and much more. Episode Transcript JRS EP18 - Stuart Kauffman on Complexity, Biology & T.A.P. "Is the Emergence of Life an Expected Phase Transition in the Evolving Universe?", by Stuart Kauffman & Andrew Roli "Chemical Evolution: Life is a logical consequence of known chemical principles operating on the atomic composition of the universe," by Melvin Calvin "Autocatalytic chemical networks at the origin of metabolism," by Joana Xavier, Stuart Kauffman, et. al. JRS EP 167 - Bruce Damer on the Origins of Life JRS EP 171 - Bruce Damer Part 2: The Origins of Life - Implications JRS EP 138 - Brian Arthur on the Nature of Technology JRS EP 157 - Terrence Deacon on Mind's Emergence from Matter "A third transition in science?", by Stuart Kauffman & Andrea Roli Stuart Alan Kauffman is an American theoretical biologist and complex systems researcher who studies the origin of life on Earth. Kauffman graduated from Dartmouth in 1960, was awarded the BA (Hons) by Oxford University (where he was a Marshall Scholar) in 1963, and completed a medical degree (MD) at the University of California, San Francisco in 1968. After completing his residency in Emergency Medicine, he moved into developmental genetics of the fruit fly, holding appointments first at the University of Chicago, then at the University of Pennsylvania, where he rose to Professor of Biochemistry and Biophysics. Kauffman held a MacArthur Fellowship from 1987–1992.

Ben did a livestream, Liam told his wife to f@#$ off, and Belle killed Ashlee Simpson. Quote of the Show: "I'm gonna have to put Ashlee Simpson in the ground" Ben only needs one more Pokémon card to complete his collection Liam's last ever little song 610 Quiz: Bitta wrestling chat Killing Ashlee Simpson There's a cricket outbreak! Got any Crick stories? Tay LOVES the zoo The organiser of the world naked bike ride Melbourne, am I right? Sydney wankers... Am I right? Your husband loves Pink? Friday meat tray: The Crown butler Ash's news wrap of the week See omnystudio.com/listener for privacy information.

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Follow Shane and Duncan along the twists and turns of the double helix as they unravel the history of genetics and DNA profiling. From Watson and Crick to the Human Genome Project, from Green River to the Golden State Killer, learn how genetic material holds the key to solving seemingly unsolvable crimes and curing formerly incurable diseases.  ~ In this episode:   Deoxyribonucleic Acid: The "Blueprint for Life" The Structure of DNA Nucleotides: Adenine, Cytosine, Thymine, Guanine Sugar Phosphates Friedrick Miescher Photo 51 Rosalind Franklin Watson and Crick The Eagle Pub Nature Magazine DNA Sequencing Frederick Sanger The Human Genome Project DNA Profiling Jeffrey Glassberg Alec Jeffries Murderer Colin Pitchfork: The First Success Restriction Fragment Length Polymorphism The Green River Killer: Gary Ridgeway The Golden State Killer: James D'Angelo Junior CODIS: The Combined Data Index System Touch-DNA The Pitfalls of Partial DNA Successes ~ Support the show by becoming a Midnight Minion, Menace, or Maniac, and unlock exclusive bonus content over at PATREON ~ Chat with fellow insomniacs and vote on episode topics via DISCORD ~ Join the Midnight Masses! Become an Insomniac by dropping a review, adding us on social media, and contacting us with episode ideas.  And we now have Midnight Merch! Show your Insomniac pride and pick up a tee shirt or coffee mug to spread the word!  Midnight Merch  ~ Leave an Audio Message! ~  Instagram ~ Podcast Website ~ Episode Transcript