<script>
document.addEventListener("DOMContentLoaded", function() {
var player = document.getElementById("player-67360266b232e");
podlovePlayerCache.add([{"url":"https:\/\/astrogeo.de\/wp-json\/podlove-web-player\/shortcode\/publisher\/3226","data":{"version":5,"show":{"title":"AstroGeo - Geschichten aus Astronomie und Geologie","subtitle":"Astronomie und Geologie: Wahre Geschichten zwischen Weltall und Erde","summary":"Im AstroGeo Podcast erz\u00e4hlen sich die Wissenschaftsjournalisten Franziskia Konitzer und Karl Urban alle zwei Wochen eine Geschichte, die ihnen entweder die Steine unseres kosmischen Vorgartens eingefl\u00fcstert \u2013 oder die sie in den Tiefen und Untiefen des Universums aufgest\u00f6bert haben. Es sind wahre Geschichten aus Astronomie und Astrophysik, Geologie und Geowissenschaften.","poster":"https:\/\/astrogeo.de\/podlove\/image\/68747470733a2f2f617374726f67656f2e64652f77702d636f6e74656e742f75706c6f6164732f323032322f30322f4c6f676f5f71756164332d312d7363616c65642e6a7067\/500\/0\/0\/astrogeo-geschichten-aus-astronomie-und-geologie","link":"https:\/\/astrogeo.de"},"title":"Das Erbe des Urknalls: Wie die Materie in unser Universum kam","subtitle":"Der Anfang unseres Universums war der Urknall, aber was ist dann passiert? Franzi erz\u00e4hlt euch, wie die Materie entstanden ist, allen voran die beiden h\u00e4ufigsten chemischen Elemente Wasserstoff und Helium.","summary":"Der Anfang vom Anfang war gemacht: Zu Beginn des 20. Jahrhunderts hatten Wissenschaftler herausgefunden, dass unser Universum nicht ewig und unver\u00e4nderlich in all seiner Pracht existiert, sondern dass es in ferner Vergangenheit zun\u00e4chst entstanden ist. Dieses Ereignis bezeichnen wir heute als Urknall \u2013 aber was ist dann passiert? \r\n\r\nIn dieser Folge erz\u00e4hlt Franzi die Geschichte eines Physikers namens Ralph Alpher, der herausgefunden hat, wie das Weltall und alles in ihm entstanden ist: wie die Materie in unser Universum kam, allen voran die beiden h\u00e4ufigsten chemischen Elemente Wasserstoff und Helium. Diese Urknall-Nukleosynthese ist bis heute eine der st\u00e4rksten Hinweise darauf, dass das Universum in einem unvorstellbar hei\u00dfen und dichten Zustand angefangen hat \u2013 und sie verr\u00e4t uns au\u00dferdem, wie lange dieser Anfang vom Allem gedauert hat.","publicationDate":"2024-08-22T00:00:00 +02:00 ","duration":"00:50:10 .190","poster":"https:\/\/astrogeo.de\/podlove\/image\/68747470733a2f2f617374726f67656f2e64652f77702d636f6e74656e742f75706c6f6164732f323032342f30382f61673039382e6a7067\/500\/0\/0\/das-erbe-des-urknalls-wie-die-materie-in-unser-universum-kam","link":"https:\/\/astrogeo.de\/das-erbe-des-urknalls-wie-die-materie-in-unser-universum-kam\/","chapters":[{"start":"00:00:00 .000","title":"Intro und Begr\u00fc\u00dfung","href":"","image":""},{"start":"00:01:30 .446","title":"Geschichte","href":"","image":""},{"start":"00:41:38 .648","title":"Diskussion","href":"","image":""},{"start":"00:44:23 .711","title":"Quiz","href":"","image":""},{"start":"00:47:26 .639","title":"Unterst\u00fctzt uns. Bitte.","href":"","image":""}],"audio":[{"url":"https:\/\/astrogeo.de\/podlove\/file\/973\/s\/webplayer\/c\/website\/ag098-nukleosynthese.m4a","size":"40690467","title":"MPEG-4 AAC Audio (m4a)","mimeType":"audio\/mp4"},{"url":"https:\/\/astrogeo.de\/podlove\/file\/969\/s\/webplayer\/c\/website\/ag098-nukleosynthese.ogg","size":"32135913","title":"Ogg Vorbis Audio (ogg)","mimeType":"audio\/ogg"},{"url":"https:\/\/astrogeo.de\/podlove\/file\/968\/s\/webplayer\/c\/website\/ag098-nukleosynthese.mp3","size":"48360841","title":"MP3 Audio (mp3)","mimeType":"audio\/mpeg"}],"files":[{"url":"https:\/\/astrogeo.de\/podlove\/file\/968\/s\/webplayer\/ag098-nukleosynthese.mp3","size":"48360841","title":"MP3 Audio","mimeType":"audio\/mpeg"},{"url":"https:\/\/astrogeo.de\/podlove\/file\/973\/s\/webplayer\/ag098-nukleosynthese.m4a","size":"40690467","title":"MPEG-4 AAC Audio","mimeType":"audio\/mp4"},{"url":"https:\/\/astrogeo.de\/podlove\/file\/969\/s\/webplayer\/ag098-nukleosynthese.ogg","size":"32135913","title":"Ogg Vorbis Audio","mimeType":"audio\/ogg"}],"contributors":[{"id":"5","name":"Franziska Konitzer","avatar":"https:\/\/astrogeo.de\/wp-content\/cache\/podlove\/cb\/053adc75fd4d27b3e5edc9d7991d23\/franziska-konitzer_150x150.jpg","role":{"id":"1","slug":"moderation","title":"Moderation"},"group":{"id":"2","slug":"expertise","title":"Expertise"},"comment":"Autorin"},{"id":"1","name":"Karl Urban","avatar":"https:\/\/astrogeo.de\/wp-content\/cache\/podlove\/66\/1b2adb9764e159337f3a6c09a6c2ba\/karl-urban_150x150.jpg","role":{"id":"1","slug":"moderation","title":"Moderation"},"group":{"id":"2","slug":"expertise","title":"Expertise"},"comment":"Moderator"}],"transcripts":"https:\/\/astrogeo.de\/das-erbe-des-urknalls-wie-die-materie-in-unser-universum-kam\/?podlove_transcript=json"}}, {"url":"https:\/\/astrogeo.de\/wp-json\/podlove-web-player\/shortcode\/config\/default\/theme\/default","data":{"activeTab":null,"subscribe-button":{"feed":"https:\/\/astrogeo.de\/feed\/m4a","clients":[{"id":"antenna-pod","service":null},{"id":"apple-podcasts","service":"id525300156"},{"id":"beyond-pod","service":null},{"id":"clementine","service":null},{"id":"downcast","service":null},{"id":"custom-gzkzU2azH","link":"https:\/\/podcasts.google.com\/feed\/aHR0cHM6Ly9hc3Ryb2dlby5kZS9mZWVkL21wMy8","title":"Google Podcasts"},{"id":"instacast","service":null},{"id":"gpodder","service":null},{"id":"overcast","service":null},{"id":"podcast-addict","service":null},{"id":"podcat","service":null},{"id":"rss","service":"https:\/\/astrogeo.de\/feed\/m4a"},{"id":"spotify","service":"0a0X8ogJx046skJBbow9AC"}]},"share":{"channels":["facebook","twitter","whats-app","linkedin","pinterest","xing","mail","link"],"outlet":"https:\/\/astrogeo.de\/wp-content\/plugins\/podlove-web-pla