Podcasts about Leonhard Euler

Fala Galera! Apertem os sintos e preparen-se para viajar do Ph ao Espaço.Neste episódio, temos uma convidada mais que especial, a professora Aline Bernartdes e com ela, vamos explorar a fascinante história dos logaritmos, uma das ferramentas matemáticas mais revolucionárias já criadas. Começamos explicando o que é um logaritmo e anecessidade de simplificar cálculos complexos, especialmente na astronomia e na trigonometria, levou ao seu desenvolvimento.No Bloco 1, mergulhamos na vida e nas contribuições de John Napier e pesar dele ser frequentemente creditado como o inventor, veremos que Jost Bürgi, um matemático suíço, também desenvolveu ideias semelhantes por volta de 1600. depois, conhecemos Henri Briggs, que colaborou com Napier para aprimorar os logaritmos, criando a tabela dos primeiros mil logaritmos . Também destacamos o trabalho de Grégoire de Saint-Vincent e Alphonse Antonio de Sarasa, que exploraram a relação entre logaritmos e a quadratura da hipérbole. Por fim, mencionamos Leonhard Euler, que formalizou a função exponencial e logarítmica, dando-lhes os nomes que usamos hoje.Por fim, discutimos as coincidências históricas, como o desenvolvimento simultâneo de ideias por Napier e Bürgi, e outros exemplos famosos, como Newton e Leibniz no cálculo. Participantes:Marcelo Rainha ( Professor UNIRIO) Ronan Fardim (Aluno CEDERJ/UNIRIO - Polo Belford Roxo) Marcello Amadeo (Professor UNIRIO) Aline Bernardes (Professora UNIRIO) Igor Munis (Aluno CEDERJ/UNIRIO -Magé)Edição e sonorização: Alessandro Marcatto (Aluno UNIRIO)Dicas culturais:Referências:R.P. Brun, Alphonse Antonio de Sarasa and Logarithms, Historia Mathematica 28 (2001), 1–17J. Fauvel, Revisiting the histori of Logarithms, CLASSROOM RESOURCE MATERIALS V3, 39-49 (1995)T.Roque & Pitonbeira , Logaritmos. 2012Esse podcast faz parte do Programa Jogos & Matemática e é coordenado pelo Professor Marcelo Rainha. Todo material dos jogos desenvolvidos pela equipe JOGOS & MATEMÁTICA está disponível GRATUITAMENTE no nosso site:⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.jogosematematica.com.br/ ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Acompanhem nossas mídias e não percam nenhuma novidade! :) Inscrevam-se no nosso canal do YOUTUBE: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.youtube.com/c/JogosMatemática⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Curtam e sigam nossa página no FACEBOOK:⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.facebook.com/jogosematematica⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Sigam nosso perfil no INSTAGRAM:⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.instagram.com/jogosematematica⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Sigam nosso perfil no SPOTIFY: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://open.spotify.com/show/65i8uB46F07p4WaTYqkb5Q?si=AtewFx8vRWqWnfHWvt-xKw&nd=1⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Dúvidas, críticas, sugestões, informações? Escrevam para: jogosematematica@gmail.comA EDUCAÇÃO PRECISA DE TODOS NÓS!JUNTOS SOMOS MAIS FORTES!MUITO OBRIGADO A TODOS!Esse podcast faz parte do Programa Jogos & Matemática e é coordenado pelo Professor Marcelo Rainha. Todo material dos jogos desenvolvidos pela equipe JOGOS & MATEMÁTICA está disponível GRATUITAMENTE no nosso site:⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.jogosematematica.com.br/ ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Acompanhem nossas mídias e não percam nenhuma novidade! :) Inscrevam-se no nosso canal do YOUTUBE: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.youtube.com/c/JogosMatemática⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Curtam e sigam nossa página no FACEBOOK:⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.facebook.com/jogosematematica⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Sigam nosso perfil no INSTAGRAM:⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://www.instagram.com/jogosematematica⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠ Sigam nosso perfil no SPOTIFY: ⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠https://open.spotify.com/show/65i8uB46F07p4WaTYqkb5Q?si=AtewFx8vRWqWnfHWvt-xKw&nd=1⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠⁠Dúvidas, críticas, sugestões, informações? Escrevam para: jogosematematica@gmail.comA EDUCAÇÃO PRECISA DE TODOS NÓS!JUNTOS SOMOS MAIS FORTES!MUITO OBRIGADO A TODOS!

STERNENGESCHICHTEN LIVE TOUR 2025! Tickets unter https://sternengeschichten.live Wie funktioniert die Gravitation? Wissen wir nicht! Die Theorie der Le-Sage-Gravitation hat aber zumindest so ausgesehen, als könnte sie funktionieren. Worum es dabei geht erfahrt, ihr in der neuen Folge der Sternengeschichten. Wer den Podcast finanziell unterstützen möchte, kann das hier tun: Mit PayPal (https://www.paypal.me/florianfreistetter), Patreon (https://www.patreon.com/sternengeschichten) oder Steady (https://steadyhq.com/sternengeschichten)

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

Hello Interactors,Flying provides a great opportunity to catch up on books and podcasts, but it also brings feelings of guilt. My recent trip likely contributed about 136 hot air balloons' worth of CO2 to the atmosphere. Should I feel guilty, or should the responsibility lie with airlines, manufacturers, and oil companies? We all contribute to global warming, but at least our destination was experiencing an unusually cool July. However, globally, the situation is very different and worsening faster than expected. What's to be done? Let's dig in.CLIMATE CONUNDRUMS CONFOUND CALCULATIONSThere are two spots on the planet that are not affected by climate change, and I recently flew over one of them. It's a patch in the ocean just off the coast of Greenland that our plane happened to fly over on a family vacation to Scotland. The other is a small band around the Southern Ocean near Antarctica. I likely won't be visiting that one.I learned this on the plane listening to a podcast interview by the physicist Sean Carroll with climate scientist and Director of NASA's Goddard Institute for Space Studies, Gavin Schmidt. Gavin has been at the forefront of climate science, spearheading efforts to quantify Earth's climatic fluctuations, develop sophisticated models for projecting future climate scenarios, and effectively communicate these findings to the public and policymakers.In this discussion, they talked about the methods currently employed in climate research, while also offering insights into the anticipated climatic shifts and their potential impacts in the coming decades. Gavin is known for bridging gaps between complex science and accessible information. I'm writing this piece to bridge some of my own gaps.For example, there's often mention that climate change has created more extreme swings in temperature — that the weather is increasingly varying from extreme heat to extreme cold. In statistics, this is called variance. Some argue this variance may be hard for us to detect because temperatures have been shifting — a phenomenon known as shifting baseline syndrome.Gavin says there's more to this question than people realize. He notes that it is relatively straightforward to detect changes in the mean temperature because of the law of large numbers. Temperature varies across three dimensions - latitude, longitude, and altitude. We can calculate an average temperature for any two-dimensional slice of this 3D space, resulting in a single representative value for that area.This video is a conceptual simulation showing a 3D volume of temperature readings (warmer toward the ground and cool toward the sky). The 2D plane ‘slices' the cube averaging the values as it encounters them and colors itself accordingly. Source: Author using P5.js with much help from OpenAI.With enough data, it's clear that there has been a significant warming trend almost everywhere on Earth since the 1970s. Approximately 98% of the planet has experienced detectable warming, with a couple exceptions like the ones I mentioned.But determining changes in the variance or spread of temperatures is more complex. Calculating variance requires a comprehensive understanding of the entire distribution of data, which requires a larger dataset to achieve statistical confidence. Schmidt points out that while we have enough data to confirm that the distribution of temperatures has shifted (indicating a change in the mean), we do not yet have sufficient data to conclusively state that the variance has increased.Recent temperature spikes tell this story well. For the last decade or more, many climate scientists have been confident in predicting increased global mean temperatures by looking at past temperatures. The global mean has been predictably increasing within known variances. But in 2023 their confidence was shaken. He said,“Perhaps we get a little bit complacent. Perhaps we then say, 'Okay, well, you know, we know everything.' And for the last 10 years or so, [that's been] on the back of both those long-term trends, which we understand…”He goes on to explain that they've been able to adjust temperature predictions based on past trends and the cyclical variances of El Nino and La Nina. Scientists have boldly claimed,“'Okay, well, it's gonna be a little bit cooler. It's gonna be a little warmer, but the trends are gonna be up. You know, here's the chance of a new record temperature.' And for 10 years that worked out nicely until last year. Last year, it was a total bust, total bust like way outside any of the uncertainties that you would add into such a prediction.”How far outside of known uncertainties? He said,“…we were way off. And we still don't know why. And that's a little disquieting.” He added, “…we ended up with records at the end of last year, August, September, October, November, that were, like they were off the charts, but then they were off the charts in how much they were off the charts. So, they were breaking the records where they were breaking the records by a record-breaking amount as well. So that's record breaking squared, if you like, the second order record breaking. And we don't really have a good answer for that yet.”There is ongoing research into why and some have speculated, but none of them add up.For example, we're currently nearing a solar maximum in the sun's 11-year cycle which increases solar irradiance, but that small increase doesn't fully explain the observed changes. Other factors may be at play. For instance, there have been significant shifts in pollution levels in China, and the shipping industry has transitioned to cleaner fuels, which, as hoped, could be influencing climate patterns.However, Schmidt notes that the quantitative analysis of these factors hasn't yet matched the observed changes. Identifying potential contributors to climate variations is one thing, but precisely quantifying their impacts remains a challenge. Schmidt said climate and planetary scientists hope to convene in December to share and learn more, but the extreme shift remains concerning.CALCULATING CLIMATE'S COUNTLESS COMPONENTSThe amount of data required to model the climate is daunting. In a separate TED talk, Schmidt reveals that understanding climate change requires considering variables that span 14 orders of magnitude, from the microscopic level (e.g., aerosols) to the planetary scale (e.g., atmospheric circulation). These accordingly have their own orders of magnitude on a time scale, from milliseconds of chemical reactions to weather events over days or weeks to long term changes over millennia, like ice ages or long-term carbon cycles.Climate models must integrate processes across these scales to accurately simulate climate dynamics. Early models could only handle a few orders of magnitude, but modern models have significantly expanded this range, incorporating more detailed processes and interactions.Schmidt highlights that climate models reveal emergent properties—patterns that arise from the interactions of smaller-scale processes. For instance, no specific code dictates the formation of cyclones or the wiggles in ocean currents; these phenomena emerge naturally from the model's equations.But there is a staggering amount of data to model. And it all starts with the sun.The sun provides 99% of the Earth's energy, primarily in the visible spectrum, with components in the near-infrared and UV. This energy interacts with the atmosphere, which contains water vapor, greenhouse gases, ozone, clouds, and particles that absorb, reflect, or scatter light.The energy undergoes photolytic reactions. Photolytic reactions are chemical reactions that are initiated or driven by the absorption of light energy which breakdown molecules into smaller units. We couldn't breathe without it. The earth's ozone is decomposed into oxygen in the atmosphere through these reactions, which is initiated by sunlight — especially in the stratosphere. This too must be tracked as the Earth rotates, affecting sunlight exposure.Upon reaching the ground, some sunlight is reflected, by snow for example, or absorbed by oceans and land. This influences temperatures which is then radiated back as infrared energy. This process involves complex interactions with clouds, particles, and greenhouse gases, creating temperature gradients that drive winds and atmospheric motion. These dynamics further affect surface fluxes, water vapor, cloud formation, and associated chemistry, making the entire system highly intricate. And this doesn't even remotely begin to approach the complexity of it all.To simplify Schmidt says they capture what they can in a column roughly 25 kilometers high and wide to study the inherent physics. Most of which he says,“…is just vertical. So, the radiation you can think of as just being a vertical process, to very good order. Convection is also just a vertical process. So, there's a lot of things that you can do in the column that allows you to be quite efficient about how you solve the equations.”  Schmidt adds that “each column [can] sit on a different processor, and so you can do lots of things at the same time, and then they interact via the winds and the waves and those kinds of things.”He said most of the calculations come down to these two sets of equations: Euler and Navier-Stokes. Euler equations are a set of partial differential equations in fluid dynamics that describe the flow of non-viscous and fluids, absent heat exchange. Named after the Swiss mathematician and physicist Leonhard Euler in the 18th century, these simplify the analysis of fluid flow by neglecting viscosity and thermal conductivity, focusing instead on the conservation of mass, momentum, and energy.Navier-Stokes, named after the 19th century French civil engineer Claude-Louis Navier and the Irish physicist George Gabriel Stokes, is based on Euler's work but adds viscosity back into the equation. Schmidt says these equations are sometimes used to measure flows closer to the surface of the earth.This video is a conceptual simulation showing a 3D volume of vectors (randomly changing direction and magnitude) with particles entering the field of vectors. Each particle (e.g. dust, rain, aerosol) gets pushed in the direction of the vector each encounters. You can clearly see the emergent swarming behavior complex adaptive systems, like our atmosphere, can yield. Also present are the apparent challenges that come with measuring and predicting these outcomes. Source: Author using P5.js with much help from OpenAI.These complex computational models are inherently approximations. They are validated against observations but remain simplifications of reality. This inherent uncertainty is a critical aspect of climate science, emphasizing the need for continuous refinement and validation of models.And while human-induce climate change denialists like to say the climate models are wrong and not worth considering, Schmidt has a clever retort,“Models are not right or wrong; they are always wrong, but they are useful.”NAVIGATING NATURE'S NEW NORMALMany wish climate change predictions had the kind of certainty that comes with basic laws of physics. While there are indeed efforts in complexity science to identify such laws, we're still in the foothills of discovery on a steep climb to certainty.For example, to even achieve the current level of climate prediction took approximately 30 years of research, involving multiple methods, replication, and more sophisticated physical modeling. This led to accurate calibration techniques for the paleothermometers that measure ice cores which reveal temperatures from around the planet dating back three million years.While there is some empirical certainty in this — derived from the periodic table, fundamental laws of physics, or observed correlations from spatially dispersed ice core samples — recent extreme variations in global temperatures give reason to question this certainty. These relationships were based on spatial variations observable today, but failed to account for change over time, which behave very differently.Schmidt says, “…it turns out that the things that cause things to change in time are not the same things that cause them to change in space. And so empirical relationships that are derived from data that's available rather than the data that you need can indeed lead you astray.”It begs the question: how far astray are we?We know over the last one hundred years or so the planet has warmed roughly an average of 1.5 degrees Celsius. This is a number that has been contorted in the media to mean some kind of threshold after which “something” “might” happen. But Schmidt cautions there is no way to know when we hit this number, exactly, and it's not going to be obvious. Perhaps it already pushed passed this threshold, or it may not for another decade.He says, “we are going to continue to warm on the aggregates because we are continuing to put carbon dioxide and other greenhouse gases into the atmosphere. Until we get effectively to net zero, so no more addition of carbon dioxide to the atmosphere, temperatures will continue to climb. The less we put in, the slower that will be. But effectively, our best estimate of when global warming will stop is when we get to net zero.”Getting to net zero involves significant and radical changes in energy production, industrial processes, and consumption patterns. Moreover, it will require an unprecedented comprehensive and coordinated worldwide effort across all sectors of the economy, institutions, and governments.This is true even for hypothetical and speculative climate engineering solutions like injecting sulfates into the atmosphere in attempts to cool the planet. According to Schmidt, not only would this require cooperation across borders, so long as we keep spewing emissions into the atmosphere, we'd be forever trying to cool the planet…for eternity or at least until we've exhausted all the planet's fossil fuels.It's hard to imagine this happening in my lifetime, if ever. After all, climate change is already disrupting and displacing entire populations and we're seeing governments, and their citizens, becoming increasingly selfish and isolationist, not collaborative.As Schmidt admits, “We're not on the optimum path. We're not on the path that will prevent further damage and prevent the need for further adaptation. So, we're going to have to be building climate resilience, we're going to have to be adapting, we're going to have to be mitigating, and you have to do all three. You can't adapt to an ever-getting-worse situation, it has to at some point stabilize.”Schmidt says he derives no joy in telling people “that the next decade is going to be warmer than the last decade and it was warmer than the decade before that.” He says, “It gives me no joy to tell people that, oh yeah, we're going to have another record-breaking year this year, next year, whenever. Because I'm not a sociopath. I'm a scientist, yes, but I'm also a person.”Schmidt's words resonate deeply, reminding us that behind the data and predictions are real people—scientists, citizens, and future generations—all grappling with the weight of our changing world. As we stand at this critical juncture, we're not just passive observers but active participants in Earth's unfolding story, a story that's leaving its mark on nearly every corner of our planet.The butterfly effect, as meteorologist Edward Lorenz proposed, isn't just about tornados in Texas being set off by a chain of events from the flap of a butterfly's wings in Brazil; it's a powerful metaphor for our collective impact. Each of us, in our daily choices and actions, creates ripples that extend far beyond our immediate sphere. In a world where only two small patches—one off Greenland's coast and another near Antarctica—remain untouched by climate change, our individual actions carry profound significance.The path to net zero isn't just about grand gestures or technological breakthroughs. It's about millions of small, intentional actions coalescing into a force powerful enough to alter our trajectory. As we face the challenges ahead, let's remember that our individual agency, when combined, has the potential to create tsunamis of change, even in places we may never visit ourselves.In the end, it's not just about preserving a habitable planet — it's about preserving our humanity, our connection to each other and to the Earth that sustains us. As we navigate this critical decade and beyond, let's carry with us the knowledge that every action, no matter how small, contributes to the larger narrative of our planet's future. We are all butterflies, and in a world where climate change-free zones are becoming as rare as a family vacation to Antarctica, our wings have never mattered more. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit interplace.io

John Venn created the Venn diagram, and though he's an important figure in the fields of mathematics and logic, he eventually left that work behind to write historical accounts of the places and people that were important in his life. Research: Baron, Margaret E.. “A Note on the Historical Development of Logic Diagrams: Leibniz, Euler and Venn.” The Mathematical Gazette, vol. 53, no. 384, 1969, pp. 113–25. JSTOR, https://doi.org/10.2307/3614533 Bassett, Troy J. "Author: Susanna Carnegie Venn." At the Circulating Library: A Database of Victorian Fiction, 1837—1901, 3 June 2024, http://www.victorianresearch.org/atcl/show_author.php?aid=661 com Editors. “John Venn Biography.: A&E. April 2, 2014. https://www.biography.com/scientists/john-venn Boyer, Carl B.. "Leonhard Euler". Encyclopedia Britannica, 21 Jun. 2024, https://www.britannica.com/biography/Leonhard-Euler Britannica, The Editors of Encyclopaedia. "Boolean algebra". Encyclopedia Britannica, 14 May. 2024, https://www.britannica.com/topic/Boolean-algebra Britannica, The Editors of Encyclopaedia. "Kingston upon Hull". Encyclopedia Britannica, 23 Jun. 2024, https://www.britannica.com/place/Kingston-upon-Hull “A Cricket Sensation.” Saffron Walden Weekly News. June 11, 1909. https://www.newspapers.com/image/800046974/?match=1&terms=John%20Venn%20cricket%20machine Collier, Irwin. “Cambridge. Guide to the Moral Sciences Tripos. James Ward, editor, 1891.” Feb 26, 2018. https://www.irwincollier.com/cambridge-on-the-moral-sciences-tripos-james-ward-editor-1891/ Duignan, Brian. "John Venn". Encyclopedia Britannica, 12 Jun. 2024, https://www.britannica.com/biography/John-Venn Duignan, Brian. "Venn diagram". Encyclopedia Britannica, 25 Apr. 2024, https://www.britannica.com/topic/Venn-diagram Gordon, Neil. “Venn: the person behind the famous diagrams – and why his work still matters today.” EconoTimes. April 14, 2023. https://www.econotimes.com/Venn-the-person-behind-the-famous-diagrams--and-why-his-work-still-matters-today-1654353 Hall, Madeleine. “The Improbably Genius of John Venn.” The Spectator. April 4, 2023. https://www.spectator.co.uk/article/the-improbable-genius-of-john-venn/ “History.” Highgate School. https://www.highgateschool.org.uk/about/our-history/ “The Jargon.” Queens' College Cambridge. https://www.queens.cam.ac.uk/visiting-the-college/history/university-facts/the-jargon “John Venn Of Caius.” The British Medical Journal, vol. 1, no. 3250, 1923, pp. 641–42. JSTOR, http://www.jstor.org/stable/20423118 Lenze, Wolfgang. “Leibniz: Logic.” Internet Encyclopedia of Philosophy. https://iep.utm.edu/leib-log/ O'Connor, J.J. and E.F. Robertson. “John Venn.” Mac Tutor. School of Mathematics and Statistics, University of St. Andrews, Scotland. October 2003. “Professor Hugh Hunt leads engineering team to recreate historic cricket bowling machine.” Trinity College Cambridge. June 6, 2024. https://www.trin.cam.ac.uk/news/professor-hugh-hunt-leads-engineering-team-to-recreate-historic-bowling-machine-that-bowled-out-australian-cricketers-more-than-100-years-ago/ Venn, John. “The logic of chance. An essay on the foundations and province of the theory of probability, with especial reference to its logical bearings and its application to moral and social science.” London. Macmillan, 1876. Accessed online: https://archive.org/details/50424309/page/n19/mode/2up Venn, John. “The principles of empirical or inductive logic.” 1889. https://archive.org/details/principlesempir00venngoog B.H. “John Venn.” Obituary notices of fellows deceased. Royal Society Publishing. April 1, 1926. Accessed online: https://royalsocietypublishing.org/doi/epdf/10.1098/rspa.1926.0036 Young, Angus. “John Venn Inspired £325k makeover of Hull's Drypool Bridge is now complete.” Hull Live. June 5, 2017. https://www.hulldailymail.co.uk/news/drypool-bridge-turned-work-art-91547 See omnystudio.com/listener for privacy information.

El ordenador cuántico promete revolucionar la sociedad con su capacidad para resolver en segundos problemas complejos que llevarían miles de años a los mejores supercomputadores. Sin embargo, aún se necesita superar grandes desafíos en términos de estabilidad, escalabilidad y corrección de errores. Hemos entrevistado a Ramón Aguado, investigador del CSIC en el Instituto de Ciencias de Materiales de Madrid, que participa en el desarrollo del Kitmón, un cúbit híbrido tolerante a los errores de coherencia que actualmente limitan la computación cuántica.El yacimiento de Casas de Turuñuelo está proporcionando abundante información sobre la misteriosa civilización tartesia. Sara Adán nos ha informado del hallazgo de grabados de guerreros, con testimonios de Esther Rodríguez y Sebastián Celestino, directores de la excavación. Rusia ha encontrado las mayores reservas de petróleo del mundo en la Antártida, un continente –como nos ha recordado Javier Cacho-- para la paz y la cooperación internacional en el que está prohibida cualquier explotación minera. Con Jesús Martínez Frías hemos hablado de la importancia del Patrimonio Geológico y la necesidad de su preservación. Con nuestro matemago Fernando Blasco hemos jugado al juego de la coincidencia, que ya fue objeto de estudio del gran Leonhard Euler en el s. XVIII, y nos ha comentado que los inicios de la probabilidad estuvieron en partidas de cartas. Eulalia Pérez Sedeño nos ha acercado a la biografía de María Luisa Aguilar Hurtado, la primera astrónoma profesional de Perú. Fundadora de los “Viernes astronómicos” y el “Seminario de Astronomía y Astrofísica”, tuvo que sortear resabios coloniales, una gerontocracia muy dura y un machismo muy oscuro en las instituciones. En nuestros destinos con ciencia, hemos viajado con nuestra compañera Esther García al observatorio astronómico del Monte Wilson (EEUU), donde Edwin Hubble demostró la existencia de otras galaxias más allá de la Vía Láctea y la expansión del Universo.Escuchar audio

El ordenador cuántico promete revolucionar la sociedad con su capacidad para resolver en segundos problemas complejos que llevarían miles de años a los mejores supercomputadores. Sin embargo, aún se necesita superar grandes desafíos en términos de estabilidad, escalabilidad y corrección de errores. Hemos entrevistado a Ramón Aguado, investigador del CSIC en el Instituto de Ciencias de Materiales de Madrid, que participa en el desarrollo del Kitmón, un cúbit híbrido tolerante a los errores de coherencia que actualmente limitan la computación cuántica.El yacimiento de Casas de Turuñuelo está proporcionando abundante información sobre la misteriosa civilización tartesia. Sara Adán nos ha informado del hallazgo de grabados de guerreros, con testimonios de Esther Rodríguez y Sebastián Celestino, directores de la excavación. Rusia ha encontrado las mayores reservas de petróleo del mundo en la Antártida, un continente –como nos ha recordado Javier Cacho-- para la paz y la cooperación internacional en el que está prohibida cualquier explotación minera. Con Jesús Martínez Frías hemos hablado de la importancia del Patrimonio Geológico y la necesidad de su preservación. Con nuestro matemago Fernando Blasco hemos jugado al juego de la coincidencia, que ya fue objeto de estudio del gran Leonhard Euler en el s. XVIII, y nos ha comentado que los inicios de la probabilidad estuvieron en partidas de cartas. Eulalia Pérez Sedeño nos ha acercado a la biografía de María Luisa Aguilar Hurtado, la primera astrónoma profesional de Perú. Fundadora de los “Viernes astronómicos” y el “Seminario de Astronomía y Astrofísica”, tuvo que sortear resabios coloniales, una gerontocracia muy dura y un machismo muy oscuro en las instituciones. En nuestros destinos con ciencia, hemos viajado con nuestra compañera Esther García al observatorio astronómico del Monte Wilson (EEUU), donde Edwin Hubble demostró la existencia de otras galaxias más allá de la Vía Láctea y la expansión del Universo.Escuchar audio

Referred to as “the Leonhard Euler of movement” (by Andrew), Fighting Monkey Founder Jozef Frucek  makes his return to the Joint Dynamics podcast for our epic episode 100.In this episode Jozef Fruček - RootlessRoot, a true creative, goes deep on his personal philosophies, and the Fighting Monkey principles of practice. Sharing with Andrew Cox | Joint Dynamics how the “Zero Forms” practice is an insight into our past, and the Fighting Monkey games prepare us for the future. He also shares a story of going to see a wild brown bear with his Dad, and a conversation around how difficult it is for one to manage life without being an actor.Enjoy!*Show sponsor is Muvitality Medicinal Mushrooms for modern day health and wellness | Mu …Go to muvitality.com and use the code JD10 to receive a 10% discount on your purchase of Mu Functional mushrooms such as Lions Mane, Cordyceps, Chaga, Reishi, and Turkey tail functional mushroomsHere are some useful links for this podcastIG - fightingmonkey_practicehttps://fightingmonkey.net/Relevant episodesEpisode 70 - Fighting Monkey Founder Jozef Frucek on solving real life problems with creative thinking & strategies - https://podcasts.apple.com/se/podcast/episode-70-fighting-monkey-founder-jozef-frucek-on/id1527374894?i=1000604943679Episode 93 -  Wim Hof, living Saints, and inner exploration with Brian Lai of Primal Breathe work - https://podcasts.apple.com/se/podcast/episode-93-wim-hof-living-saints-and-inner/id1527374894?i=1000644187394JOINT DYNAMICS links:Joint Dynamics Facebook - https://www.facebook.com/JointDynamicsHongKong/Joint Dynamics Instagram -https://www.instagram.com/jointdynamics/Joint Dynamics Youtube - https://www.youtube.com/channel/UCRQZplKxZMSvtc6LxM5WckwJoint Dynamics Website - www.jointdynamics.com.hk Host - Andrew Cox - https://www.jointdynamics.com.hk/the-team/trainers/andrew-cox

A great voice who showed God in everything during the Enlightenment. 

Rock singers often say that it was their adversity that drove them to create their classics, such as heartache, sorrow, or losing something in their lives. And, so, we might quote: Sweet are the uses of adversity — William Shakespeare One such person who had considerable adversity is Leonhard Euler and who lived from 1707 to 1783. Leonhard was truly one of the greatest minds who has ever graced this planet: “Read Euler, read Euler, he is the master of us all” — Pierre-Simon Laplace But, he suffered great adversity in his life and eventually went blind. His blindness, though, seemed to just increase his outputs — as it allowed him to focus his mind on core problems. In fact, in 1775 — four years after he had gone blind — he proposed a mathematical paper every week. On going blind, he was quoted: “Now I will have fewer distractions.” Leonhard output of truly original thought in his time of adversity has possibly never been equalled by any mortal soul. And, his legacy lives on and is part of virtually every single transaction on the Internet. In fact, his maths has made our digital world so much safer. The fundamentals This article could in no way define all of Leonhard's contributions, but one of the most fundamental is that he took the basics of integral calculus — as sketchily defined by Newton and Leibniz — and perfected it. In our modern world, so many things in our lives depend on calculus for their solutions, such as where we see changes in the physical parameters in our world. Calculus, for example, links the distances we travel over time to speed, and then changes in our speed to acceleration and deceleration. Overall, it basically makes sense of the dynamics of our world — an ever-changing and sometimes chaotic world. Further reading here.

Hoje é dia do "Influencers da Ciência", um Spin-Off do podcast "Intervalo de Confiança". Neste programa trazemos 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. Nesse episódio, Igor Alcantara nos apresenta a vida e obra de um dos matemáticos mais importantes e prolíficos da história da ciência, aquele que tem não apenas ruas, praças, prêmios e prédios nomeados em sua homenagem, mas também equações, teoremas, linguagens de programação, sistema operacional, conjecturas, funções e até mesmo números. Escute esse programa e conheça mais esse grande influenciador, cujo o trabalho se reflete até hoje em nossas vidas.A Pauta foi escrita por Tatiane do Vale. A edição foi feita por Leo Oliveira e a vitrine do episódio feita por Júlia Frois em colaboração com as Inteligências Artificiais Dall-E, da OpenAI e MidJourney. A coordenação de redação é de Tatiane do Vale e a gerência financeira é de Kézia Nogueira. As vinhetas de todos os episódios foram compostas por Rafael Chino e Leo Oliveira.Visite nosso site em: https://intervalodeconfianca.com.br/

A man who was able to calculate challenging mathematical problems in his head in very short time frame; a man who increased his productivity after loosing his right eye & termed the greatest mathematician in history; Leonhard Euler

To tackle the serious challenge of pollution in Indian cities, Saurav founded Euler Motors in 2018 and named it after the Swiss mathematician Leonhard Euler. He is a serial founder whose last company was acquired by Paytm. He talks about his decade-long journey as a founder, his take on the commercial EV space, and Euler's plans to dominate the sector.Know about:- Starting Cube26 and selling it to PayTm Insights for starting a commercial EV business Process of manufacturing EVs Market share of EVsRead the text version of the episode here.

news birthdays/events what's the personal habit people have that really annoys you? home decor that experts hope never come back news good housekeeping fall activities september 11th do you peek in people's cabinets?  what if you're house hunting..is it ok then? news battle of the sexes part 1 battle of the sexes part 2 how much free time is too much? news actors who have unique talents so they were written into the show can you 'buy' confidence goodbye/fun facts....International Sudoku Day takes place, of course, on September 9 (9/9). Sudoku enthusiasts will no doubt notice the date's symbolism. The goal of the Sudoku game is to fill a 9×9 grid so that each column, row, and 3×3 sub-grid contains all the digits from 1 to 9. Sudoku is based on an early mathematical analysis concept from a swiss mathematician Leonhard Euler in 1792 but became popular with the efforts of a Japanese game publisher. Soduko is now readily available on smartphone apps and widely printed in papers and magazines. It's the subject of multiple documentaries and game shows.  According to several studies...the more people over 50 engage in games such as sudoku and crosswords, the better their brains function

Math doesn't have to be dry and daunting. In fact, this conversation will help awaken you to how amazing and wonderful it really is! For anyone who ever decried themselves as being poor at math, or any parent working to help a child with their math homework, it's an incredible thing to realize that math is, in fact, profoundly beautiful and exciting when you're guided through it with the right lens. This episode's guest is Dale Siegenthaler, former longtime Veritas math teacher, who most recently taught at Cairn University and this fall took on a new role as math professor at New Saint Andrews College in Moscow, ID. Known for his contagious passion and excitement for math that he famously passed on to students here at Veritas, Dale talks with our host Ty Fischer about what makes math so wonderful and beautiful, how we can think about math in a way that helps all of us appreciate it more, and of course, a little bit about his favorite historical figure, Leonhard Euler. If you're already a math enthusiast, this podcast will speak to your heart; and, if you count yourself among those who struggled through math and haven't thought about it much since school, this conversation will inspire you to a new appreciation and wonder for this "immaterial world of Truth, created by God that we might explore it to bring him glory." Resources: William Dunham: The Mathematical Universe William Dunham: Journey Through Genius NumberPhile YouTube Channel 3 Blue 1 Brown YouTube Channel

While most of us acknowledge that mathematics is useful, it's not a subject we appreciate. How many of us could name a famous mathematician? Here's one: Leonhard Euler (pronounced oiler), a towering mathematical genius and a committed Christian.

உலகை மாற்றிய விஞ்ஞானிகள் Presented by Abdul Credits, ஆசிரியர்: திரு. ஆயிஷா இரா. நடராசன் அவர்கள் வெளியீடு: பாரதி புத்தகாலயம்

Leonhard Euler nació en 1707, y lo recordamos como uno de los grandes en la historia de la matemática, física, y lógica. Fue un ingeniero suizo que fundó los estudios de teoría de grafos y topología e hizo descubrimientos pioneros en muchas otras ramas de las matemáticas. Introdujo gran parte de la terminología y notación matemática moderna, y también es conocido por su trabajo en dinámica de fluidos, y teoría musical. A Euler se le atribuye la popularización de la letra griega π para denotar la constante de Arquímedes. En el campo de la física, Euler reformuló las leyes de la física de Newton en nuevas leyes para explicar el movimiento de los cuerpos más fácilmente. Hoy nos acercamos a su sabiduría: El conocimiento respaldado solo por observaciones, y sin ser comprobado, debe distinguirse cuidadosamente de la verdad.

Episode: 2180 The strange longevity of the Hollow Earth hypothesis.  Today, the Hollow Earth.

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

Por Luiz Sayão, Shailon Ian, Ákilla Nascimento. Mensagem da série "Ensino IBNU". https://bbcst.net/G8011

En el programa de esta semana, y en clave de tertulia, analizamos en profundidad la vida y obra de Leonard Euler. Aunque está considerado, y con razón, uno de los más grandes matemáticos de la historia, con grandes aportaciones en teoría de números, análisis, geometría, e incluso creador de una nueva rama como es la teoría de grafos, su impresionante labor científica se extiende a otras ramas como la mecánica, la física, la astronomía, la óptica, la ingeniería Naval, la música, la jardinería, etc…Nada científico le era ajeno y su mente excepcional nos ha llegado una obra ingente, convirtiéndole en uno de los científicos más prolíficos de la historia. Además vivió un momento apasionante de la historia de la ciencia, trabajando en el seno de alguna de las mejores Academias Científicas del siglo XVIII, donde se iban sentando las bases de las grandes revoluciones científicas de los siglos venideros. Todo ello de la mano de Ignacio Crespo, Pedro Daniel Pajares, Pablo Beltrán y Víctor Marco. Escucha el episodio completo en la app de iVoox, o descubre todo el catálogo de iVoox Originals

Our guest in this first episode of NiSERCast is Prof. Varadharajan Muruganandam, from the School of Mathematical Sciences at NISER. In this episode, we discuss his long journey in academia — his PhD days at IIT Kanpur, teaching at Pondicherry University, his experiences teaching in France, and setting up institutes like NISER. We also touch upon the impact of computers on academia and, in particular, research in mathematics.Listen in to hear about his meandering journey as an Indian academic!Episode Notes:Ravi Shankar and Carnatic musicMadurai Kamaraj UniversityMarshall Stone and Stone–Weierstrass theoremIndian Statistical Institute (ISI), KolkataIndian Institute of Technology (IIT), KanpurUB TewariHenry HelsonMathematical ReviewsHarmonic analysisHarish-ChandraVS VaradarajanTata Institute of Fundamental Research (TIFR)Madras Presidency CollegeWeierstrass p-functionsKronecker's theoremStirling's formulaFour color theoremHarmonic seriesLeonhard EulerGeorg CantorMoore machine, Punch cards and Intel processors (286, 386, and Pentium)(LaTeX)David HilbertFelix KleinUniversity of PoitiersPierre DeligneNicholas VaropoulosPV Narasimha RaoHyderabad University, Pondicherry University, Benaras Hindu UniversityS Kumaresan, VS Sunder, and Mathematics Training and Talent Search ProgrammeRené Descartes and Cartesian coordinatesGH HardyGeorge Mallory, Tenzing Norgay, and Edmund HillaryJordan curve theoremThiruvalluvar

Stephen Wolfram answers general questions from his viewers about science and technology as part of an unscripted livestream series. Questions include: What actually happens with my computer when it crashes? - How come that the humidity inside the cloud is 100% and right next to it is practically zero? What is the answer to that? - What is your opinion Leonhard Euler or Albert Einstein? - How important is money in science? - Is there a maximum limit on temperature based on the fact that particles cannot reach or exceed the speed of light? - How to choose what to work on? - Any advice for someone who has just graduate college with a STEM degree and is interested in graduate school? I'm interested in molecular biology/biochemistry if relevant. - What/who is Nicolas Bourbaki, and how was it created? - Do you think only rich people can "do" science? See the full Q&A video playlist: https://wolfr.am/youtube-sw-qa

El Profesor Maza nos relata las aventuras y desventuras de los pioneros de la matemática moderna Leonhard Euler (foto), Jean le Rond D'Alembert, Joseph Louis Lagrange y Pierre-Simon Marquis de Laplace.

Karin Wolok is an expert at activating her community, she has a deep knowledge of what they need and what makes them tick. Graphs. Yes, graphs. Neo4j is a graph databasing company and work with eager community members all around the world who want to be apart of the community Karin has helped build. There is something that Karin did that we have seen with many other communities like Docker and Startup Grind that have worked very well to activate your community. When you are running events with local volunteers you will never have 100% hosting events every month (we've seen 75% as a high mark for Startup Grind). It's also seasonal as there are vacations, busy times for different industries ect. All that being said there is a very effective method for activating them in one month that Karin touches upon very creatively. She realized that Leonhard Euler had a birthday in April and decided to build a campaign around it called Global Graph Celebration Day. She was able to activate 50+ cities to host events just by announcing it. She knows the Leonhard Euler is revered in her space and ignited her community into action!

Throughout history there have been a number of different beliefs that the Earth might be hollow.