Podcast appearances and mentions of carl friedrich gauss

En el día exacto en que se emitió este programa se cumplieron 35 años del lanzamiento del Telescopio Espacial Hubble, uno de los instrumentos científicos más exitosos y populares de la historia. Alberto Aparici nos habla de las cosas que hicieron tan especial al Hubble: para empezar, que es el único telescopio espacial diseñado para poder ser reparado en órbita. También de su "historia de superación", ya que salió de la fábrica con un defecto de visión que, gracias a esta característica tan peculiar, pudo ser reparado tres años después. Por su parte, Santi García Cremades nos habla sobre cómo la astronomía inspiró un avance espectacular en matemáticas: el descubrimiento de Ceres, el planeta enano que está instalado en el cinturón de asteroides, llevó a Carl Friedrich Gauss a inventar el *ajuste por mínimos cuadrados*, una técnica que todos los científicos aprendemos a día de hoy en la universidad. Este programa se emitió originalmente el 24 de abril de 2025. Podéis escuchar el resto de audios de Más de Uno en la app de Onda Cero y en su web, ondacero.es

A lo largo del programa, y en clave de tertulia, analizamos en profundidad la vida y obra de Carl Friedrich Gauss, sin duda uno de los mayores matemáticos de la Historia. Su genio precoz se manifestó desde una edad sorprendentemente temprana, y su carrera estuvo marcada por una producción científica tan amplia como profunda. Sus aportaciones a las matemáticas se manifestaron en casi todos sus campos: Teoría de números, Álgebra, Geometría, Estadística...y sus aportaciones a la Física fueron sin duda fundamentales para comprender la Física del S-XIX y de los siglos posteriores. Y es que en ocasiones nacen personas especiales que hacen que la lenta acumulación de conocimientos que forman la cultura humana crezca de forma significativa, logrando ellos solos avances que corresponderían a varias generaciones. Gauss fue sin duda uno de esos pocos elegidos. Todo ello de la mano de Pedro Daniel Pajares, Anabel Forte, José Antonio Prado Bassas, Avelino Vicente y Miguel Ángel Morales (Gaussianos)

A lo largo del programa, y en clave de tertulia, analizamos en profundidad la vida y obra de Carl Friedrich Gauss, sin duda uno de los mayores matemáticos de la Historia. Su genio precoz se manifestó desde una edad sorprendentemente temprana, y su carrera estuvo marcada por una producción científica tan amplia como profunda. Sus aportaciones a las matemáticas se manifestaron en casi todos sus campos: Teoría de números, Álgebra, Geometría, Estadística...y sus aportaciones a la Física fueron sin duda fundamentales para comprender la Física del S-XIX y de los siglos posteriores. Y es que en ocasiones nacen personas especiales que hacen que la lenta acumulación de conocimientos que forman la cultura humana crezca de forma significativa, logrando ellos solos avances que corresponderían a varias generaciones. Gauss fue sin duda uno de esos pocos elegidos. Todo ello de la mano de Pedro Daniel Pajares, Anabel Forte, José Antonio Prado Bassas, Avelino Vicente y Miguel Ángel Morales (Gaussianos) Escucha el episodio completo en la app de iVoox, o descubre todo el catálogo de iVoox Originals

Nuestros científicos, Santi García Cremades y Alberto Aparici, hoy nos hablan de telescopios, con motivo del 35 cumpleaños del Telescopio Espacial Hubble, el único diseñado para ser reparado en órbita. También nos explican la gran hazaña de Carl Friedrich Gauss, un joven matemático de 24 años que sólo con las observaciones de Giuseppe Piazzi, un astrónomo italiano, desarrolla el método de los mínimos cuadrados.

Nuestros científicos, Santi García Cremades y Alberto Aparici, hoy nos hablan de telescopios, con motivo del 35 cumpleaños del Telescopio Espacial Hubble, el único diseñado para ser reparado en órbita. También nos explican la gran hazaña de Carl Friedrich Gauss, un joven matemático de 24 años que sólo con las observaciones de Giuseppe Piazzi, un astrónomo italiano, desarrolla el método de los mínimos cuadrados.

En el programa de esta semana celebramos el Día Mundial de las Matemáticas, que se conmemora todos los años el 14 de marzo: ¡el Día de Pi! Recordamos a Carl Friedrich Gauss, matemático alemán del siglo XIX que destacó por su inusual capacidad para pensar de forma diferente; era, digamos, un artista del pensamiento matemático. Recordamos también a Leonardo Bonacci, matemático italiano de la Edad Media, que vivió a caballo entre los siglos XII y XIII y que hoy es recordado fundamentalmente por la sucesión que lleva su nombre: 1, 1, 2, 3, 5, 8, 13... Pero ¿a cuenta de qué ideó Fibonacci esa sucesión? Nos lo cuenta hoy Santi García Cremades. Alberto Aparici, por su parte, toma también como excusa el 14 de marzo, que es el día en que murió Stephen Hawking, y nos habla sobre su aportación más importante: clarificar y ampliar la física de los agujeros negros. Hawking formó parte de la primera generación de científicos que se tomó en serio que los agujeros negros podían existir, y dedicó mucho tiempo a tratar de entender cuáles eran sus propiedades físicas, dado que son objetos muy exóticos porque nada puede salir de ellos. Por el camino hizo el sorprendente descubrimiento de que los agujeros negros no son eternos, sino que van evaporándose poco a poco, emitiendo un "viento" de partículas a las que hoy llamamos *radiación de Hawking*. Si queréis profundizar en las contribuciones científicas de Hawking podéis encontrar varios episodios dedicados a él en nuestro pódcast hermano, La Brújula de la Ciencia. Son los capítulos s07e30, que emitimos con motivo de su fallecimiento, s02e11 y s05e19. Este programa se emitió originalmente el 13 de marzo de 2025. Podéis escuchar el resto de audios de Más de Uno en la app de Onda Cero y en su web, ondacero.es

Esta semana, con motivo de los Juegos Olímpicos de París, hacemos un ejercicio un poco excéntrico: si tuviéramos que escoger una única figura para representar a la física, a la biología o a las matemáticas ¿a quién escogeríamos? ¿Quiénes deberían ser los *abanderados* de cada disciplina científica? Jugamos a este juego considerando dos candidatos para esas tres disciplinas: la física, la biología y las matemáticas (no nos cabían más *sad*). En Física escogemos entre Isaac Newton y Albert Einstein; en Biología, entre Charles Darwin y Francis Crick; y en Matemáticas entre Leonhard Euler y Carl Friedrich Gauss. Para cada uno trataremos de argumentar cuáles son sus méritos y por qué les estamos dando el honor de representar a toda su ciencia frente a la humanidad. Este programa se emitió originalmente el 18 de julio de 2024. Podéis escuchar el resto de audios de Más de Uno en la app de Onda Cero y en su web, ondacero.es

Bir gün, bir ilkokul öğretmeni, ders esnasında, kısa süreliğine dışarı çıkmak ister ve çıkarken de öğrenciler oyalansınlar, yaramazlık yapmasınlar düşüncesiyle, “1'den 100'e yüze kadar bütün sayıları art arda toplayın” diye çocuklara ödev verir. Tabii bu, kısa bir zaman içinde ve hatasız yapılabilecek bir şey değildir. Ne var ki, öğretmen daha sorusunu bitirir bitirmez, on yaşındaki bir öğrenci, parmak kaldırarak, doğru cevabı söyleyiverir. Bu küçük çocuğun adı, Gauss'tur... Geçmiş Zaman Olur Ki, yeni bölümünde, matematik tarihinin en büyük dâhilerinden biri olan Carl Friedrich Gauss'un çocukluğu ve gençliğini, öğrenim hayatını, özel yaşamını ve elbette bilime yaptığı katkıları ele alıyor.

Bir gün, bir ilkokul öğretmeni, ders esnasında, kısa süreliğine dışarı çıkmak ister ve çıkarken de öğrenciler oyalansınlar, yaramazlık yapmasınlar düşüncesiyle, “1'den 100'e yüze kadar bütün sayıları art arda toplayın” diye çocuklara ödev verir. Tabii bu, kısa bir zaman içinde ve hatasız yapılabilecek bir şey değildir. Ne var ki, öğretmen daha sorusunu bitirir bitirmez, on yaşındaki bir öğrenci, parmak kaldırarak, doğru cevabı söyleyiverir. Bu küçük çocuğun adı, Gauss'tur... Geçmiş Zaman Olur Ki, yeni bölümünde, matematik tarihinin en büyük dâhilerinden biri olan Carl Friedrich Gauss'un çocukluğu ve gençliğini, öğrenim hayatını, özel yaşamını ve elbette bilime yaptığı katkıları ele alıyor.

"As creatures existing in the spatial and temporal realm we are victims to the heat of present circumstances and often feel its impact and react with the same magnitude as the speed with which we are doomed to forget it. The tragic perils of such omissions is the loss of opportunity to learn and creatively problem solve from history's lessons and weave them into the fabric of the future and present." I wrote this in 2020 as a response to the sociocultural zeitgeist. This episode very much reminded me of its importance and why we need context when studying history. Oftentimes become so attached to polarizing narratives they rarely stop to question its origins and scrutinize the evidence to substantiate them. Courtenay invites author, researcher & historian Matt Ehret to help unravel the history of Khazaria.   Matt is the founder of canadian patriot review and director of rising tide foundation, senior fellow of American University in Moscow. ▶Books Referenced: ✩ Tales from the Time Loop - David Icke: https://amzn.to/3S9oc4p ✩The Doors of Perception - Aldous Huxley: https://amzn.to/47pqlNO ✩Weird Scenes Inside the Canyon - David McGowan: https://amzn.to/48lPzOc ✩ The City Of God - St. Augustine (1-10): https://amzn.to/3TM3HMl (Books 11-22): https://amzn.to/3tAJej3 ✩How the Irish Saved Civilization - Thomas Cahill: https://amzn.to/3NTzmHW ✩ Protocols of Zion -Victor E. Mardsen https://www.abebooks.com/book-search/title/protocols-learned-elders-zion/author/marsden-victor/ ✩The Thirteenth Tribe - Arthur Koestler https://amzn.to/3tKUNEc ✩The Hellfire Clubs - Evelyn Lord https://amzn.to/3NRCROU ✩ Harmonies Of The World - Johannes Kepler https://amzn.to/3tTMciq ✩Theory of Motion (Theoria motus) - Carl Friedrich Gauss: https://amzn.to/3TQXtLh ✩The Sleepwalkers - Arthur Koestler https://amzn.to/3vB6PQU ✩Dissertation on the Orbits of the Planets - G.W.F. Hegel: https://www.pdcnet.org/8525737F0058189B/file/F1D4F2275A95F0E9852573C9006B4901/$FILE/gfpj_1987_0012_0001_0275_0315.pdf ✩The Forgotten Struggle for Progress - Matthew Ehret: https://amzn.to/3TYGma6 ✩The Secrets Known Only To The Inner Elites - Lyndon LaRouche: https://amzn.to/41RrVXj ▶Follow & Connect w/ Matthew Ehret: ✩ Sites: https://canadianpatriot.org https://risingtidefoundation.net ✩Substack: https://matthewehret.substack.com ✩Twitter: https://twitter.com/ehret_matthew ------------------------------------- ▶ Follow & Connect with Courtenay: https://www.courtenayturner.com ✩Twitter: https://twitter.com/KineticCourtz ✩TruthSocial: https://truthsocial.com/@CourtenayTurner ✩Instagram: https://instagram.com/kineticcourtz ✩Telegram: https://t.me/courtenayturnerpodcastcommunity ▶ Read some of her articles: https://www.truthmatters.biz ▶ Listen to &/or watch the podcast here! https://linktr.ee/courtenayturner ▶ Support my work & Affiliate links: ✩Buy Me A Coffee! https://www.buymeacoffee.com/courtzt ✩Dr. Zelenko's Z-Stack: https://zstacklife.com/?ref=COURTENAYTURNER ✩The American Conference: https://www.americafirstpact.org/the-american-conference 10% OFF Promo Code: COURTZ ✩MAKE HONEY GREAT AGAIN https://www.makehoneygreatagain.com/ Promo Code: COURTZ ✩FOX N SONS Coffee: https://www.foxnsons.com Promo Code: CTP ✩ Richardson Nutritional Center: (B-17!) https://rncstore.com/courtz ✩The Wellness Company: https://www.twc.health/?ref=UY6YiLPqkwZzUX ✩Health Share: https://app.sharehealthcare.com/enroll? Referral code: courtz ✩LMNT: (Stay Salty!) http://drinklmnt.com/CourtenayTurner ————————————————— ▶ Disclaimer: this is intended to be inspiration & entertainment. We aim to inform, inspire & empower. Guest opinions/ statements are not a reflection of the host or podcast. Please note these are conversational dialogues. All statements and opinions are not necessarily meant to be taken as fact. Please do your own research. Thanks for watching! ————————————————— ©2024 All Rights Reserved Learn more about your ad choices. Visit megaphone.fm/adchoices

(NOTAS COMPLETAS Y ENLACES DEL CAPÍTULO AQUÍ: https://www.jaimerodriguezdesantiago.com/kaizen/184-la-utilidad-de-lo-inutil/)¿Es o no maravilloso este fragmento de una entrevista al escritor Álvaro Cunqueiro? El saber está comenzando a ser considerado en todas partes, no como un bien en sí mismo, sino como un medio. No nos gusta pensar que alguien esté disfrutando de la vida, sin más, por mucho que sea ese disfrute. Sentimos que todo el  mundo debería estar haciendo algo útil. Y no hay duda de que el conocimiento «útil« es muy útil. Ese conocimiento ha hecho el mundo moderno. Sin él no tendríamos máquinas, ni automóviles, ni trenes, ni aviones. Aunque tampoco publicidad, ni propaganda. Ese conocimiento moderno ha supuesto una mejora increíble en la salud y, a la vez, nos ha enseñado cómo borrar ciudades enteras del mapa con una bomba. Todo lo que distingue a nuestro mundo del de tiempos pasados tiene su origen en el conocimiento «útil». Y aunque seguramente parezca que estoy hablando de nuestros días, esto que te acabo de decir es casi literalmente, lo que decía Bertrand Russell al principio de aquel texto que cita Cunqueiro. Y que fue escrito en 1935. En aquel artículo, Russell defendía el valor del conocimiento que nos parece inútil. Decía que podía llevarnos a una vida más rica y a tener un mayor sentido de propósito; que podía hacer que las cosas desagradables lo fueran un poco menos, y que las agradables lo fueran más. Además de que, ese conocimiento que hoy nos parece inútil, puede ser muy útil mañana. Y es que, en el fondo, de lo que hablaba Russell era de la importancia de la curiosidad intelectual y del placer de aprender por aprender. Y de eso, precisamente, vamos a hablar un poco hoy, sin demasiado rumbo, en otro de esos capítulos de ideas a medio conectar que me salen de vez en cuando, sea o no útil. ¿Te gusta kaizen? Apoya el podcast uniéndote a la Comunidad y accede a contenidos y ventajas exclusivas: https://www.jaimerodriguezdesantiago.com/comunidad-kaizen/

In questa prima puntata di ottobre, in attesa di incontrarci a Genova, parliamo di tele di ragno, neonati e teoremi.Luca ci racconta in un recente lavoro di bioingegneria è stato possibile far sì che il baco producesse una seta avente caratteristiche simili a quelle della tela del ragno. Questo importante passo avanti permetterebbe di ottenere fibre di qualità migliori rispetto a quelle sintetiche, come il nylon.Nell'intervento esterno, Anna e Ilaria commentano un recentissimo studio pubblicato su Nature che descrive come il pianto dei neonati sia in grado di modificare i circuiti neurali delle madri nei mammiferi. Questa ricerca condotta sui topi mette in luce come ci sia una diretta risposta comportamentale provocata dal pianto dei cuccioli e che segue un percorso neuronale che non era mai stato osservato prima d'ora.Infine Romina ci fa una panoramica sui teoremi più importanti che vengono usati in matematica: Il Teorema Fondamentale dell'Algebra, Il Teorema Fondamentale dell'Aritmetica, Il Teorema Fondamentale del calcolo integrale e il Theorema Egregium. Vediamo come questi risultati abbiano molti risvolti pratici e la particolarità è che quasi tutti sono collegati alla figura di Carl Friedrich Gauss.

Foundations of Amateur Radio Morse code is a way for people to send information across long distances. The code we use today, made from dit and dah elements is nothing like the code demonstrated and attributed to Samuel Morse in 1837. Over years and with assistance from Professor of Chemistry Leonard Gail and Physicist Joseph Henry, then Professor of Literature, Samuel Morse, and mechanically minded Alfred Vail developed an electrical telegraph system that automatically moved a paper tape and used an electromagnet to pull a stylus into the paper and a spring to retract it, marking the paper with lines. The original system was only intended to transmit numbers, and combined with a dictionary, the operator could decode the message. The telegraph was able to send zig-zag and straight lines, transmitting the message "Successful experiment with telegraph September 4 1837". The system was enhanced to include letters, making it much more versatile. On the 6th of January 1838, across 4.8 km of wire, strung across a barn, the new design with letters and numbers was demonstrated. To optimise the enhanced version of the code, Alfred Vail went to his local newspaper in Morristown, New Jersey, to count the movable type he found in the compositor's type-cases, and assigned shorter sequences to the most common letters. You might think that this explains the distribution of the codes we see today, but you'd be wrong. The 1838 system used four different element lengths and varied the spacing inside a character. For example, the letter "o" was signified by two dits with a two unit space between them, where today it's represented by three dahs. The letter "p" was signified by five dits, today this represents the number "5", and the code didn't distinguish between "i" and "y", between "g" and "j", and between "s" and "z". A decade later and an ocean away in Germany, writer, journalist, and musician Friedrich Gerke created the Hamburg alphabet, based on the work by Vail and Morse, it standardised the length of the elements and spacing into what we use today, the dit and the dah. He changed about half of the characters and also incorporated four special German characters, the umlaut version of A, O and U and the CH sound - pronounced like the sound for the composer "Bach" or the Dutch name "Benschop" - not to be confused with the CH in child, or the CK in clock, or the SH sound in shop. It was different in other ways. For example, the letter "i" and "j" had the same code. The code was optimised to be more robust across undersea telegraph cables. I'll be coming back to that before we're done exploring, but not today. If you want to skip ahead, the term you're looking for is dispersion. Gerke's code was adopted in 1851 across Germany and Austria and it is known as Continental Morse code. By the time most of Gerke's code was adopted as the European Standard in 1865 as one of many agreements that mark the founding of the International Telegraph Union in Paris, only four sequences of the original 1838 code remained and only two of those, "e" and "h" were identical. Which means that although the idea that Morse code is based around English is often repeated, at this stage it's nothing more than a myth, which my previous word list and subsequent dictionary letter counts across over fifty languages confirm. I'll mention that given Gerke's German heritage, I also made a letter count from a modern German dictionary and one from 1901 and found that the letter distribution in those two are very similar with only the letter "s" and "t" swapped between position four and five in the popularity contest stakes. The German letter Top-5 is "enrts" and the "o" is the 16th most popular letter. Speaking of "o", one observation to make is that the new International Morse code contained the letter "o" as dah-dah-dah, it also contained the letter "p" as dit-dah-dah-dit. These two codes come from an 1849 telegraph code designed by physicist, inventor, engineer and astronomer Carl August von Steinheil. There is evidence suggesting that he invented a print telegraph and matching dot script in 1836, based around positive and negative pulses, rather than pulse duration. I'm purposely skipping over earlier telegraph systems built and used by Carl Friedrich Gauss, Wilhelm Edward Weber, and Steinheil, only because we're talking about Morse code, not the telegraph. The 1865 ITU standard for International Morse code includes several accented letters, symbols for semi-colon, exclamation mark, chevrons and several control codes and both normal and short forms for numbers which merge all the dahs in any digit into a single dah. Many of these codes are not part of the official standard today. I'll point out that over time, experienced telegraph operators learnt to decode dits and dahs based on sound alone, negating the need for paper. This translates directly into how we experience Morse in our hobby today, by tone only. There is a much more detailed explanation on how the telegraph evolved in a book by Russel W. Burns called: "Communications: An International History of the Formative Years". Fair warning, there are many claims and counterclaims, including the possibility that someone else entirely, Harrison Gray Dyar, a Chemist, invented an electrochemical telegraph, using chemically treated paper to make marks, dits and dahs, and demonstrated it between 1826 and 1828 near a race track on Long Island. I'm mentioning this because Samuel Morse is often attributed as the source of all things telegraphy, but the reality appears to be much more nuanced and, unsurprisingly, there are conflicting accounts depending on the source, including acceptance and repudiation that Alfred Vail was the inventor of what we now call Morse code. I'm Onno VK6FLAB

…we also have a ‘defrogging' for Pope Francis to look into We have Claire Klingenberg onboard this week and it means a packed show! We talk about the new interview with Claudia Preis, European immunization week and the Hungarian Flat Earth Award. Claire gives us a report from the growing anti-abortions movement in Czechia and we hear about several upcoming skeptical events, among them that Pontus is going to give a talk in Prague next month. In TWISH we celebrate the birthday of Carl Friedrich Gauss and then we hear how pope John Paul II posthumously is in the news for possible misdeeds in the night. Then it's time for the news: GERMANY: So-called alternative medicine in Bavarian hospitals INTERNATIONAL: Cranky Uncle wins award UKRAINE: Blinding flash over Kyiv was probably meteor, says Ukraine space agency HUNGARY: More than 1 on 4 Hungarians have seen a UFO at least once HUNGARY: UFOs – Investigating the Unknown to be released April 28 POLAND: Special hospice for pregnancies with nonviable fetuses AUSTRIA / GERMANY: New book out by Florian Aigner AUSTRIA / GERMANY: What the Fact by ZDF Enjoy! Segments: Intro; Greetings; TWISH; Pontus Pokes The Pope; News; Quote And Farewell; Outro; Out-Takes

[Romance histórico] Resenha do livro “Die vermessung der Welt“ (tradução livre: "A medida do mundo"), de Daniel Kehlmann. O texto escrito está nesse link. O que acontece quando dois gênios, como Alexander von Humboldt e Carl Friedrich Gauss, se encontram? Humboldt foi um dos maiores naturalistas de todos os tempos; Gauss um matemático extraordinário. O livro fala desse encontro raro, enfatizando as dificuldades e os desafios dos cientistas alemães naquela época. Para quem gosta de história da ciência, é diversão garantida! Lembrando que você pode ouvir todos os episódios, fazer comentários e comprar o livro nesse link: www.minhaestantecolorida.com

Pada episode ini kami membahas salah satu matematikawan paling besar sepanjang masa, Carl Friedrich Gauss Bahasan utama mulai dari (41:15)

Carl Friedrich Gauss, jeune mathématicien, jouit d'une reconnaissance internationale dans son domaine après la publication de son livre très pointu sur la théorie des nombres. Suite à cela, Sophie Germain, jeune femme appartenant à la bourgeoisie parisienne et autodidacte, entame avec lui une correspondance mathématique. Afin de s'épargner le ridicule qu'attirait alors le titre de femme savante, Sophie Germain cache sa véritable identité sous un nom d'emprunt masculin, celui de Maurice Leblanc.  Laure Cornu, notre médiatrice en mathématiques, nous partage la lecture d'extraits de cette correspondance, qui date de 1807, et qui a fait naître des liens aussi bien arithmétiques qu'amicaux entre ces deux mathématiciens de génie.  Hébergé par Ausha. Visitez ausha.co/politique-de-confidentialite pour plus d'informations.

In questa puntata parleremo del genio di Carl Friedrich Gauss

If you're new to the show, you'd probably like it best if you started listening to this sprawling story at episode 1.1 or 1.3 ... depending how you like consuming your stories. If you're not new to the show, read on :) In this mini-episode of the Forgotten Wars Podcast....learn about how heliographs helped & hurt those who relied on them ... before, during, & after the Anglo-Boer War. 1) More sources from today's episode available at https://forgottenwarspodcast.com/blog/ 2) Choose how you'd like to keep the show going at https://forgottenwarspodcast.com/donate/

Carl Friedrich Gauss fue un matemático y físico alemán que hizo contribuciones significativas a muchos campos de las matemáticas y las ciencias. Nacido en 1777, Gauss tuvo una influencia excepcional e influyente en estos campos del conocimiento. En una carta que escribió a su colega Farkas Bolyai en 1808 le compartió su visión sobre lo que es la búsqueda del conocimiento, y hoy nos alimentamos con esta misma sabiduría: No es el conocimiento sino el acto de aprender, y no la posesión sino el acto de llegar, lo que otorga el mayor gozo.

In today's episode we will take a deep dive into the topic of Simultaneous Localization and Mapping (SLAM). SLAM is a method used for autonomous vehicles such as AMRs in logistics for example that lets you build a map and localize your vehicles in that map at the same time. SLAM algorithms allow vehicles to map out unknown environments. It's one of those things we should all know about in more detail in order to understand how autonomous vehicles in logistics are able to do what they do. Today's guest is a leading expert in the field of SLAM. Cyrill Stachniss is a full professor at the University of Bonn and heads the Photogrammetry and Robotics Lab. In his research, he focuses on probabilistic techniques for mobile robotics, perception, and navigation. The main application areas of his research are autonomous service robots, agricultural robotics, and self-driving cars. He has co-authored over 250 publications, has won several best paper awards, and has coordinated multiple large research projects on the national and European level. This podcast is hosted by Marco Prüglmeier. Together Marco and Cyrill cover the following topics: - A definition and explanation of SLAM (Simultaneous Localization and Mapping) - Where is SLAM being used - How the SLAM algorithm actually evolved over time and what Carl Friedrich Gauss has to do with it - The different categories of SLAM systems, how they work and what use cases they are best suited for - How SLAM systems are deployed in the world of logistics - Advantages of SLAM for robots in logistics - What problems and issues to look out for when implementing SLAM in logistics and warehouse situations with highly repetitive or highly dynamic environments - What the latest fields of research to advance SLAM technology are Helpful links: Webinar with JYSK and GreyOrange: https://bvl-digital.de/webinare/sendeplan/how-flexible-automation-helped-jysk-cope-with-the-unexpected-peaks-during-the-pandemic-and-support-their-ecommerce-growth/ YouTube Video on SLAM with Cyrill: https://www.youtube.com/watch?v=87S82fh4rI4 Another YouTube Video on SLAM with Cyrill: https://www.youtube.com/watch?v=BuRCJ2fegcc To connect with Cyrill on LinkedIn: https://www.linkedin.com/in/cyrill-stachniss-736233173/

In the 1960s, mathematician and computer scientist Gregory Chaitin published a landmark paper in the field of algorithmic information theory in the Journal of the ACM – and he was only a teenager. Since then he's explored mathematics, computer science, and even gotten a mathematical constant named after him. Robert J. Marks leads the discussion with Professor Gregory Chaitin on… Source

Principe assoluto della matematica, trovò la svolta per importanti problemi di algebra e geometria fin lì ancora irrisolti. Unico anche nell'espressione della sua personalità fuori dal comune, ma chi era davvero Gauss? Scopritelo in questa puntata di Mc2 a cura di Matteo Curti e Francesco Lancia.See omnystudio.com/listener for privacy information.

Desde hace más de un siglo atrás personas como Carl Friedrich Gauss pensaban como comunicarse con civilizaciones extraterrestres. Otros científicos como Nikola Tesla pensaban que habían hecho contacto con extraterrestres al descubrir ondas de radio provenientes del espacio. La búsqueda de comunicación con alienígenas cambio por completo en la segunda mitad del siglo XX con personajes como Frank Drake, Freeman Dyson, Carl Sagan y Jill Tarter. Hoy buscamos en el cosmos distintos tipos de señales que finalmente respondan la pregunta ¿Estamos solos?Support the show (https://www.patreon.com/jugodeciencia)

Episode: 2087 Gauss's famous calculation: an exercise in sorting fact from fiction.  Today, Gauss's trick.

Afin d'assouvir sa passion pour les mathématiques, la jeune Sophie Germain est prête à tout. Comme désobéir à son père et tromper une grande école parisienne : Polytechnique.Son subterfuge lui ouvre les portes de cette science, alors interdite aux femmes, à laquelle elle s'adonne avec talent. Elle marque sa discipline par la complexité de ses raisonnements et côtoie les plus illustres scientifiques de son temps, tout en restant dans leur ombre

Teníamos que dedicar un programa al que para casi todos ha sido el mejor matemático de todos los tiempos: el alemán Carl Friedrich Gauss. Hablamos de su obra, Las Disquisitiones, con los Latidos de Historia de Antonio Pérez Sanz, que laten con la voz de Andrea Briongos. Tenemos la sección A Todo Gauss, con Pedro Daniel Pajares, que hoy no podía faltar donde hablamos de la Campana de Gauss, y con BayesAna una visión diferente de ese descubrimiento, por supuesto, con el #PoeMaths. Escuchamos la voz de los oyentes, hoy muy especial, escuchamos a Miguel Ángel del blog que lleva 14 años con nosotros: Gaussianos. Participa con un audio de Whatsapp al 687229373. Si eres un hipotenuso como nosotros, nos escuchamos la siguiente semana, por inducción, n+1...

En el programa de esta semana de Hora Verde vamos hasta la base, y si la base es la educación, analizamos qué papel tiene actualmente la Educación Ambiental en nuestros entornos educativos. Estarán con nosotros Sera Huertas, técnico en el Centro de Educación Ambiental de la Comunidad Valenciana, Responsable del área de Emergencia Climática y Huella de Carbono y miembro del movimiento #EA26. También nos contará la experiencia docente más cercana Conxi Arlandis, Maestra y portavoz de Teachers for Future España. Nuestro viaje en un minuto será en grupo: con el geógrafo Alexander von Humboldt y el matemático Carl Friedrich Gauss.

En el programa de esta semana de Hora Verde vamos hasta la base, y si la base es la educación, analizamos qué papel tiene actualmente la Educación Ambiental en nuestros entornos educativos. Estarán con nosotros Sera Huertas, técnico en el Centro de Educación Ambiental de la Comunidad Valenciana, Responsable del área de Emergencia Climática y Huella de Carbono y miembro del movimiento #EA26. También nos contará la experiencia docente más cercana Conxi Arlandis, Maestra y componente de Teachers for Future España. Nuestro viaje en un minuto será en grupo: con el geógrafo Alexander von Humboldt y el matemático Carl Friedrich Gauss.

Greetings all—and a warm welcome back for another episode! Today’s show is a conversation with Daniel Oberhaus. Daniel is a staff writer for Wired magazine and the author of the book Extraterrestrial Languages, published by MIT Press in 2019. The book charts the history of humanity’s efforts at “interstellar communication”—our attempts to send messages to the stars in the hopes that alien life forms might receive them. Daniel and I talk about what these messages have contained, what forms they’ve taken, and the thinking and theories behind them. As you might guess, the history of interstellar communication is packed full of colorful episodes, charismatic characters, and quirky passion projects. But it’s also full of deep questions—questions about the very nature of communication, about the essence of human language, about why minds think in the ways they do, about the origins of mathematics, about what can and should be said on behalf of our species—or our planet. Apologies for the long list, but there really is a lot in play here—we touch on a bunch of it but for the fuller story, I definitely recommend you check out Daniel’s book. Thank you so much for joining us, as always. Enjoy and take care!   A transcript of this interview is available here.   Notes and links  Most of the topics we discuss are treated in detail in Daniel Oberhaus’s book, Extraterrestrial Languages. 2:38 – In 1960 the mathematician Hans Freudenthal published a book called Lincos: Design of a Language for Cosmic Intercourse. Here is Daniel’s original article profiling Freudenthal and his ideas. 5:08 – There were a number of fanciful early schemes for communicating with aliens. For example, Carl Friedrich Gauss, better known for his contributions to mathematics, reportedly proposed building a large right triangle as a kind of message. 10:30 – The Arecibo message was devised and sent by Frank Drake and Carl Sagan in 1974. 11:25 – Two important acronyms in this world: the search for extraterrestrial life (SETI) and messaging extraterrestrial life (METI). 14:40 – In case you need a refresher on what an exoplanet is—as I did—here is a place to start. 20:38 – For more on the idea of Mathematical Platonism, see this article in the Stanford Encyclopedia of Philosophy. A few alternatives to Mathematical Platonism have been proposed, including the theories of Embodied Mathematics put forward by George Lakoff & Rafael Núñez in Where Mathematics Comes From. 27:00 – A brief survey of the different numeral base systems used in across human languages. 28:30 – For a bit about John Lilly, read his obituary or see this article on his role in SETI. Lilly promoted the idea that communicating with aliens might be akin to communicating with dolphins. 30:50 – Another analogy: decoding alien messages might be like decoding ancient scripts like Linear B. 34:20 – For more on the dolphin whistle research we discuss, see here. 36:16 – Noam Chomsky’s idea that recursion is a key—perhaps the key feature—of human language is controversial. For discussion of this claim—and an equally controversial rejection of it—see this article. 37:50 – For examples of the communication abilities of Koko the gorilla, see here. Koko died in 2018. 44:45 – See here for more about the Pioneer Plaques, and here for more about the Golden Voyager Record. 48:30 – Here is a list of the musical recordings that were included on the Golden Voyager Record. 51:20 – For more about the Cosmic Call messages, see here. 53:10 – The controversial Pioneer Plaque image. 56:49 – The website for METI International. 1:03:30 – The 2015 announcement of a $100 million donation to fund SETI research is discussed here.   Daniel Oberhaus’s end-of-show recommendations: Intelligent Life in the Universe, by I.S. Shklovskii and Carl Sagan Communication with Extraterrestrial Intelligence, edited by Carl Sagan The best way to keep up with Daniel is on Twitter @DMOberhaus. His personal website is: http://www.danieloberhaus.com/   Many Minds is a project of the Diverse Intelligences Summer Institute (DISI) (https://www.diverseintelligencessummer.com/), which is made possible by a generous grant from the Templeton World Charity Foundation to UCLA. It is hosted by Kensy Cooperrider, with creative support from DISI Directors Erica Cartmill and Jacob Foster, and Associate Director Hilda Loury. Our artwork is by Ben Oldroyd (https://www.mayhilldesigns.co.uk/). Our transcripts are created by Sarah Dopierala (https://sarahdopierala.wordpress.com/). You can subscribe to Many Minds on Apple, Stitcher, Spotify, Pocket Casts, Google Play—or wherever you like to listen to podcasts. We welcome your comments, questions, and suggestions. Feel free to email us at: manymindspodcast@gmail.com. For updates about the show, follow us on Twitter: @ManyMindsPod.

Começamos hoje um novo Spin-Off do podcast "Intervalo de Confiança". Neste programa vamos trazer o nome de Influencers que de fato trouxeram algo de positivo para a sociedade, aqueles que expandiram as fronteiras do conhecimento científico e hoje permitiram o desenvolvimento de diversas áreas. Neste episódio, Igor Alcantara começa a série com um dos maiores gênios da ciência, aquele que sabia calcular antes mesmo de falar, aquele que fazia contas complexas já aos 7 anos de idade e, com suas pesquisas e publicações revolucionou diversas áreas que vão da matemática, estatística, física, astronomia e outras. É isso então, Confiancers, Escute este programa e conheça mais sobre o Príncipe da Matemática, Carl F. Gauss. Apresentou este episódio Igor Alcantara. A edição foi feita por Leo Oliveira. A vitrine do episódio foi criada por Diego Madeira. Não esqueça de visitar nosso site em intervalodeconfianca.com.br

In a programme first broadcast in 2017, Melvyn Bragg and guests discuss Gauss (1777-1855), widely viewed as one of the greatest mathematicians of all time. He was a child prodigy, correcting his father's accounts before he was 3, dumbfounding his teachers with the speed of his mental arithmetic, and gaining a wealthy patron who supported his education. He wrote on number theory when he was 21, with his Disquisitiones Arithmeticae, which has influenced developments since. Among his achievements, he was the first to work out how to make a 17-sided polygon, he predicted the orbit of the minor planet Ceres, rediscovering it, he found a way of sending signals along a wire, using electromagnetism, the first electromagnetic telegraph, and he advanced the understanding of parallel lines on curved surfaces. With Marcus du Sautoy Professor of Mathematics and Simonyi Professor for the Public Understanding of Science at the University of Oxford Colva Roney-Dougal Reader in Pure Mathematics at the University of St Andrews And Nick Evans Professor of Theoretical Physics at the University of Southampton Producer: Simon Tillotson.

The German joker Tyll Ulenspiegel. Anne McElvoy with best selling novelist Daniel Kehlmann plus Prof Karen Leeder who has been looking at changing versions of the Dresden bombing. Daniel Kehlmann's new book is called Tyll, translated by Ross Benjamin. A Netflix TV series has been commissioned. His book Measuring The World about mathematician Carl Friedrich Gauss and German geographer Alexander von Humboldt became the world's second best-selling novel in 2006. Professor Karen Leeder teaches at the University of Oxford. She has translated Porzellan: Poem vom Untergang meiner Stadt by Durs Grünbein, coming out as Durs Grünbein, Porcelain: Poem on the Downfall of my City and has been reading a new history of Dresden by Sinclair Mackay called Dresden: The Fire and the Darkness. You can hear her contributing to a discussion on Radio 3's The Verb about German poetry after the Fall of the Berlin Wall https://www.bbc.co.uk/programmes/m000b7x0 You can find Anne McElvoy talking to Susan Neimann about tolerance, censorship and free speech and lessons from German history https://www.bbc.co.uk/programmes/m0008hvz to novelists Florian Huber and Sophie Hardach about New angles on post war German history https://www.bbc.co.uk/programmes/m0006sjx to Neil McGregor about Germany https://www.bbc.co.uk/programmes/b079mcgf Dr Tom Smith lectures in German at the University of St Andrews. Dr Dina Rezk lectures on Middle East History at the University of Reading. They are both New Generation Thinkers on the scheme run by the BBC in partnership with the Arts and Humanities Research Council to work with academics to share their research on radio. You can find more examples of their work on the Free Thinking programme website. Producer: Paula McGinley

GRUPO: DAVI FERNANDES, MÔNICA MOREIRA, DAVI MARI, MARIA LUÍSA RODRIGUES E DANIEL GONÇALVEZ

GRUPO: LUDIMILA LETRO, JULIA LUCAS DIAS, RAFAEL MOREIRA, FERNANDA SANTOS, RAFAEL PAIVA, GIOVANA CRISTINA, LUCCA CORNELISEN E VICTOR CAETANO.

GRUPO: Celso Neto, Dante Gottens, Nara Reis, Maria Clara Ferreira e Sofia Souza

Skúste sa vžiť do tej situácie. Je polovica 19. storočia, veda už má sformované svoje základy, no v mnohom stále pripomína skôr alchýmiu ako chémiu, skôr náhodné hádanie ako skutočné vedenie. A jedným z najzaujímavejších odborov je skúmanie elektrickej energie a jej správania. Mladý Gustav Kirchhoff sa narodil do relatívne dobre situovanej rodiny, čo mu umožnilo študovať na školách. Vzdelanie získal na univerzite v Konigsbergu, čo je dnešný Kaliningrad. A keďže mal šťastie, jeho učiteľmi sa stali Carl Gustav Jacob Jacobi, ktorý položil základy teórie čísiel či eliptických funkcií, ale údajne aj taký Carl Friedrich Gauss. Že mladík je supertalentom, ale dokázal už veľmi skoro. Už ako dvadsaťdvaročný totiž sformuloval mladý Kirchhoff čosi, čo dnes voláme zákonmi nesúcimi jeho meno. Dnes to považujeme za banálne vedenie, no v jeho čase to takým nebolo. -- Ďalšie správy z vedy Výbuch sopky Vezuv vyparil ľuďom krv, potom im vybuchli lebky. Ukázala to nová analýza kostí a kostrových pozostatkov na mieste dávneho mesta Herkulaneum. Takmer všetci v meste pri výbuchu vulkánu zahynuli. Vedci našli spojenie medzi hmotnosťou a skorou pubertou.Výskum naznačil, že nadváha v mladom veku môže u niektorých dievčat spustiť akúsi molekulárnu reťazovú reakciu, ktoré vedie ku skoršiemu nástupu puberty. Pracovné miesta, ktoré umožňujú zamestnancomsedieť aj stáť popri práci na počítači, nielenže redukujú čas strávený posediačky. Nový výskum ukazuje, že majú pozitívny dopad aj na pracovný výkon a na psychické zdravie ľudí.

In a programme first broadcast in 2017, Melvyn Bragg and guests discuss Gauss (1777-1855), widely viewed as one of the greatest mathematicians of all time. He was a child prodigy, correcting his father's accounts before he was 3, dumbfounding his teachers with the speed of his mental arithmetic, and gaining a wealthy patron who supported his education. He wrote on number theory when he was 21, with his Disquisitiones Arithmeticae, which has influenced developments since. Among his achievements, he was the first to work out how to make a 17-sided polygon, he predicted the orbit of the minor planet Ceres, rediscovering it, he found a way of sending signals along a wire, using electromagnetism, the first electromagnetic telegraph, and he advanced the understanding of parallel lines on curved surfaces. With Marcus du Sautoy Professor of Mathematics and Simonyi Professor for the Public Understanding of Science at the University of Oxford Colva Roney-Dougal Reader in Pure Mathematics at the University of St Andrews And Nick Evans Professor of Theoretical Physics at the University of Southampton Producer: Simon Tillotson.

In a programme first broadcast in 2017, Melvyn Bragg and guests discuss Gauss (1777-1855), widely viewed as one of the greatest mathematicians of all time. He was a child prodigy, correcting his father's accounts before he was 3, dumbfounding his teachers with the speed of his mental arithmetic, and gaining a wealthy patron who supported his education. He wrote on number theory when he was 21, with his Disquisitiones Arithmeticae, which has influenced developments since. Among his achievements, he was the first to work out how to make a 17-sided polygon, he predicted the orbit of the minor planet Ceres, rediscovering it, he found a way of sending signals along a wire, using electromagnetism, the first electromagnetic telegraph, and he advanced the understanding of parallel lines on curved surfaces. With Marcus du Sautoy Professor of Mathematics and Simonyi Professor for the Public Understanding of Science at the University of Oxford Colva Roney-Dougal Reader in Pure Mathematics at the University of St Andrews And Nick Evans Professor of Theoretical Physics at the University of Southampton Producer: Simon Tillotson.

CARL FRIEDRICH GAUSS raccontato da Daniele Scaglione

Das Universum ist voll mit Sternen, Galaxien, Planeten und jeder Menge anderer cooler Dinge. Jedes davon hat seine Geschichten und die Sternengeschichten erzählen sie. Der Podcast zum Blog "Astrodicticum Simplex"

This month World Book Club talks to bestselling German writer Daniel Kehlmann whose entertaining, and internationally acclaimed novel Measuring the World took the literary world by storm nine years ago. In it he reimagines the lives of German mathematician Carl Friedrich Gauss and German geographer Alexander von Humboldt and their many groundbreaking ways measuring the world. Vividly bringing both very different geniuses to life Kehlmann captures their balancing acts between loneliness and love, absurdity and greatness, failure and success. Photo: Daniel Kehlmann. Credit: Sven Paustian.

Carl Friedrich Gauss one of the greatest mathematicians, is said to have claimed: "Mathematics is the queen of the sciences and number theory is the queen of mathematics." The properties of primes play a crucial part in number theory. An intriguing question is how they are...

Transcript: In science we deal with two fundamentally different types of errors. Random errors are usually associated with limitations in the measuring apparatus. A random error can displace a measurement either to the high or low side of the true value. Random errors are fundamental in science and in astronomy, and their theory was put in place by Carl Friedrich Gauss. Random errors can even apply when we count things. Although you may be able to count the number members in your family completely accurately, in astronomy we’re not able to count with complete precision. So we estimate the number of stars in a galaxy or the number of galaxies in the universe, and the count has an error attached to it. The second type of error is called the systematic error. A systematic error does not displace equally to the high or low side of the true value. It represents either a failure in our understanding of how to make a measurement or a flaw in the measuring equipment itself. For example, if you used a ruler to measure the width of a table and that ruler was either miscalibrated in the way it was a applied the scale when it was manufactured or the ruler had its scale applied at a different temperature from the temperature you are making the measurement, then all of your measurements of distance would be off in one direction. That’s called a systematic error. It is one of the most dangerous and tricky things in astronomy or in any science to track down systematic errors.

Marcus du Sautoy argues that mathematics is the driving force behind modern science: German mathematician, Carl Friedrich Gaus.This ten part history of mathematics from Newton to the present day, reveals the personalities behind the calculations: the passions and rivalries of mathematicians struggling to get their ideas heard. Professor Marcus du Sautoy shows how these masters of abstraction find a role in the real world and proves that mathematics is the driving force behind modern science. It was the German scientist and mathematician, Carl Friedrich Gauss, who said mathematics was the Queen of Science. One of his many mathematical breakthroughs, the Gaussian or normal distribution, is the lifeblood of statistics. It underpins modern medicine and is a valuable tool in the fight against prejudice. Producer: Anna BuckleyFrom 2010.