Podcast appearances and mentions of leonardo torres

Nuestra Charla Magistral del mes tuvo como objetivo dar a conocer a los participantes la aplicación de las nuevas normas internacionales de información financiera relacionadas con la sostenibilidad, proporcionando las herramientas necesarias para comprender, interpretar y aplicar las normas IFRS S1 y S2 en sus organizaciones. Acompaña a Leonardo Torres, Presidente del Comité Técnico de IFRS, Universidad de Chile. ¿Deseas el material y el video? Ingresa a este link para obtenerlo: https://hubs.ly/Q02wKspq0

On today's episode, we chat with YouTube sensation, Leonardo Torres!  Leonardo is a YouTuber that does raw reactions to songs!  One of his most memorable moments was his reaction to Cory Asbury's, Reckless Love, which has over 10 million views! @leonardotorresmusic youtube.com/leonardotorresmusic christianmusicguys.com @christianmusicguys Check out our brand new relaunched website! Check out our merch store here! christianmusicguys.com/shop/ --- Send in a voice message: https://podcasters.spotify.com/pod/show/christianmusicguys/message

Agradece a este podcast tantas horas de entretenimiento y disfruta de episodios exclusivos como éste. ¡Apóyale en iVoox! Nos encontramos ante uno de los grandes genios españoles, el gran inventor Leonardo Torres. Sin duda, uno de los grandes olvidados de nuestra historia y que desde aquí queremos recordar sus hazañas. Escucha el episodio completo en la app de iVoox, o descubre todo el catálogo de iVoox Originals

"Mientras mi mente viaja donde tú estás..." É tempo de falar sobre Rebelde. O reencontro dos astros Mexicanos mexeu com o público no Brasil e no Mundo. A reunião de Dulce, Anahi, Christopher e Christian lotou shows no Brasil e exterior. Enquanto isso a primeira temporada da novela da Televisa chegou ao Globoplay. Para celebrar todos esses momentos de nostalgia, convidamos o jornalista, escritor e roteirista Leonardo Torres (@falaleonardo) para comentarmos Rebelde desde sua essência na Argentina, os primeiros capítulos, escalação do elenco, curiosidades e muito mais. Então separa a sua gravatinha e dá o play!

Chegou a hora daquela dos 30, na verdade, dos 10! Isso, estamos comemorando 10 anos do lançamento do álbum "Sim" da Sandy. Para essa conversa, conversamos com o Leonardo Torres que, além de especialista em Sandy e Júnior, é um super fã. Falamos sobre as experiências que ele teve nessa época e entrevistando a Sandy. Você sabe qual é a maior curiosidade dos fãs sobre a Sandy? Escuta o episódio que o Leonardo te conta! Instagram: @voltaodisco / @falaleonardo Edição: Layla Policarpo --- Support this podcast: https://podcasters.spotify.com/pod/show/voltaodisco/support

Luis Herrero entrevista a Jorge Ignacio Aguadero, escritor, jefe de Redacción de la revista "Peón de Rey".

Nuestra Charla Magistral del mes brindó los criterios para el reconocimiento de ingresos bajo la NIIF 15 y la NIIF Pymes en las empresas. Y asegurarnos de que la empresa cumpla con las normas contables internacionales y evitar posibles problemas financieros y fiscales. Fortaleciendo el cumplimiento de los objetivos empresariales de los participantes. Acompaña a Leonardo Torres, Presidente del Comité Técnico de IFRS, Universidad de Chile. ¿Deseas el material y el video? Ingresa a este link para obtenerlo: Reconocimiento de ingresos bajo NIIF 15 y NIIF PYMES - QEN (escueladenegociosquantum.com)

Siga-me no instagram e no twitter @psiarque www.psiarque.com.br O sol levanta, o despertador toca e lá vamos nós novamente para o nosso cotidiano. Aquela espreguiçada é ótima para acordar o corpo. A partir daí, o relógio do dia começa a seguir, maquinalmente. Assim como o ponteiro faz a mesma volta fatídica, nós também acabamos por seguir com nossos automatismos, retornando aos mesmos afetos, raciocínios, entre outros. As preocupações do trabalho chegam, delírios de uma futura demissão bate à porta. O namorado ou a namorada não mandou mensagem de bom dia. "Será que ele me ama?"; "onde ele está? o que está fazendo?". O gato espirra e já pensamos em uma possível pneumonia. A foto postada na rede me afeta porque meus dois amigos saíram sem mim: "será que eu tenho amigos de verdade?"  Mal o relógio da parede deu uma volta e nós já demos cinquenta voltas em torno do sol com nossas mentes. Não porque tudo o que foi pensado aconteceu, mas porque nós, seres humanos, tendemos, naturalmente, a pensar sempre em cenários negativos de futuro, a fim de garantir e antecipar o sofrimento, antecipando uma possível resolução. O fato é que muito do que fantasiamos, não acontece. Esse caminho automático de buscar a m*rda é comum. É uma atitude de vida que, sem consciência, acabamos por seguir facilmente. Sobre isso, as moscas já fazem esse caminho há milhões de anos. Elas são grandes recicladoras da natureza. Porém, nós humanos, superamos esses seres alados e buscamos as m*rdas futuras!  Muitos de nós, presos nesse automatismo, buscamos a m*rda, comemos m*rda e defecamos a m*rda e comemos de novo – é um ciclo infinito. Pois, assim que já defecamos já temos o alimento fresquinho. Diferente das moscas, nós buscamos tanta m*rda que não existe tempo hábil para as reciclagens, aliás, não existe nem matéria prima para isso, já que toda essa montanha de m*rda é uma antecipação.  Seria mais fácil não procurar a m*rda, afinal, as m*rdas da vida, querendo ou não, caem sobre nossas cabeças numa quarta-feira à tarde, subitamente, no momento em que nos damos o direito de relaxar um pouco. Essas, ao contrário das supracitadas, são menos ilusórias. E, sim, fazendo o papel de mosca, deveríamos reciclá-las, isto é, refletir, levar para terapia, em prol de uma solução. Outro inseto tão importante quanto a mosca nos habita: a abelha – a grande produtora de mel! Isso, simbolicamente, o elixir dos deuses. O processo de produção do mel envolve várias etapas e ocorre nas colmeias, onde as abelhas vivem e trabalham. A primeira coisa que uma abelha melífera faz é a coleta de néctar! Elas voam de flor em flor coletando néctar, que é uma substância açucarada produzida pelas plantas. Elas usam sua língua, chamada de probóscide, para sugar o néctar das flores.  Aqui já percebemos que deixar de buscar a m*rda para produzir o mel é mais dificultoso, pois esse processo demanda de uma prontidão e de uma determinação do indivíduo, seja da abelha, seja do ser humano. Já, na atitude "mosca" está tudo pronto. Isto é, no começo não é automático igual a m*rda, precisamos daquilo que se chama consciência! O mel psíquico aqui é o que está em foco. Quando nos policiamos diante da atitude de buscar as m*rdas e começamos a tentar encontrar néctar e produzir mel, estamos agindo não somente em prol de nós mesmos como em prol da comunidade, da sociedade, da diversidade e da alteridade.  O símbolo do mel é diverso. Como vemos: Fertilidade e reprodução; Saúde e cura; Imortalidade e vida após a morte; Sabedoria e conhecimento; Abundância e prosperidade; União e harmonia. Aqui não quero defender uma ou outra atitude de vida. Afinal, precisamos ser moscas para reciclar as verdadeiras m*rdas que nos chegam. Reciclando elas, teremos um belo de um adubo para assim fazer as plantas cresceram, florescerem e, então, buscarmos o néctar para produzir o mel. Ou seja, minha proposta é ser mosca e abelha na medida certa! Uma não vive sem a outra.  Leonardo Torres, analista junguiano.  --- Send in a voice message: https://podcasters.spotify.com/pod/show/psiarque/message

Siga-me no twitter e no instagram: @psiarque Conheça meu blog:⁠ www.psiarque.com.br⁠ Muito tem-se falado de Carl Gustav Jung e sua teoria dos arquétipos e do inconsciente coletivo, isto é, padrões universais compartilhados por todas as culturas e civilizações. No entanto, é importante salientar que, segundo sua teoria, a "ativação" dos arquétipos é um processo que não pode ser manipulado diretamente. Por vezes, Carl Jung utiliza o termo "ativação", mas não se referindo ao ego como um agente da ativação. Afinal, como ele afirma: o arquétipo impõe-se.  Os arquétipos, de acordo com Carl Gustav Jung, são formas, estruturas psíquicas inatas de experiências humanas, que se manifestam por meio de símbolos, mitos e histórias, isto é, representações arquetípicas. Aquilo que é manifesto, portanto, não é o arquétipo em si, mas uma imagem manifesta. Essas imagens e padrões arquetípicos emergem do inconsciente coletivo, que é uma parte profunda e compartilhada da psique humana, provinda da herança cultural, histórica e evolutiva humana (ou do universo). O inconsciente coletivo difere do inconsciente pessoal, que é formado por experiências individuais e vivências pessoais. É importante esclarecer que Carl Jung não considerava possível "ativar" arquétipos de maneira deliberada, intencional ou consciente. Em vez disso, os arquétipos emergem de forma espontânea do inconsciente coletivo, moldando e influenciando a experiência e o comportamento humano. Os arquétipos, segundo Jung, manifestam-se por meio dos sonhos, da imaginação ativa, dos transes e rituais. Todas essas formas de manifestação demandam de um rebaixamento da consciência para que o inconsciente coletivo possa adentrá-la, totalmente diferente do que estão praguejando nas redes sociais: "concentre-se nas características da imagem que você baixou do pinterest!".  Para Jung, portanto, é impossível somente a consciência criar um símbolo (uma representação arquetípica); o processo se dá quando há um encontro entre inconsciente emergindo e a permeabilidade da consciência. Ou seja, a relação entre essas instâncias, é de suma importância. O arquétipo, ou melhor, a imagem arquetípica emerge em um processo espontâneo e natural, que não pode ser forçado ou manipulado intencionalmente. Falar em ativar arquétipos de forma deliberada seria contraproducente, já que isso poderia levar a distorções na compreensão e interpretação da teoria junguiana. Além disso, os arquétipos existem e não existem e não podem ser reduzidos a representações concretas ou simplistas. Eles são multifacetados e se manifestam de diferentes formas em diferentes culturas e indivíduos. O arquétipos não são nem bons, nem maus, são ambos; não são nem morais, nem imorais, são ambos e nada disso. A tentativa de ativar ou manipular um arquétipo de forma direta e consciente pode resultar em uma compreensão limitada e estereotipada, ignorando a riqueza e a complexidade das experiências humanas que os arquétipos representam para a teoria junguiana. É essencial reconhecer que o trabalho de Carl Gustav Jung com os arquétipos e o inconsciente coletivo não se baseava na ideia de que os arquétipos podem ser ativados ou controlados. Em vez disso, ele enfatizava a importância de explorar e compreender a psique humana, incluindo os padrões arquetípicos e o inconsciente coletivo, através do processo de individuação. Esse processo envolve o reconhecimento e a integração das várias facetas da personalidade, incluindo aspectos conscientes e inconscientes, a fim de alcançar uma maior harmonia e autocompreensão. Por isso, a meta não é tornar-se perfeito, rico, poderoso. Mas, completo, do céu ao inferno.  Leonardo Torres, analista junguiano.  --- Send in a voice message: https://podcasters.spotify.com/pod/show/psiarque/message

Siga-me no instagram @psiarque --- Send in a voice message: https://anchor.fm/psiarque/message

La Comunidad De Los Datos con Jessica Matus y Leonardo Torres Berrios. 23 de noviembre del 2022. by TXS Plus

Javier Santamarta del Pozo invita a su tren al Leonardo español, Leonardo Torres Quevedo, inventor de cientos de cachivaches como el puntero láser.

El valle de Iguña, en Cantabria, es "el Valle de los Inventos", así lo llaman los promotores del Espacio Leonardo Torres Quevedo, un museo que reivindica la figura del ingeniero e inventor cántabro y la acerca al público con un espacio expositivo que abrió sus puertas a principios de este año. por este centro que irradia ciencia desde el ámbito rural han pasado ya más de dos mil personas.   Escuchar audio

Entrevista com a artista Leonardo Torres para o Arte Academia Podcast. Leonardo compartilhou sobre a sua relação com os desenhos hiperrealistas. The post 163. Leonardo Torres. Desenhos hiperrealistas. first appeared on Arte Academia.

This week on the Refuge Project we talk to Leonardo Torres. Leonardo is a Youtuber that had a video go viral after reacting to Reckless Love of God. Leonardo talks about his journey from atheism to christian. 

Prepare-se que vamos embarcar em uma viagem internacional comandada por Sandy e Júnior. Para esse episódio convidei Leonardo Torres para voltarmos para 2002 e relembrar a era internacional da Sandy e do Juninho. Falamos sobre tudo o que deu certo e que não deu tão certo assim, sobre as nossas memórias e as nossas favoritas do álbum. Prepara o passaporte porque vamos de vôo internacional! Instagram: @voltaodisco / @falaleonardo Edição: Layla Policarpo --- Support this podcast: https://anchor.fm/voltaodisco/support

Lyn May participó en un video musical de Leonardo Torres. • Síguenos en YouTube: https://bit.ly/3pocS6B • Web: lomascomentado.com • Instagram: @Lo Más Comentado • Facebook: Lo Más Comentado • Mi canal personal: https://bit.ly/3rDaIx5 --- Support this podcast: https://anchor.fm/lomascomentado/support

Lyn May participó en un video musical de Leonardo Torres. • Síguenos en YouTube: https://bit.ly/3pocS6B • Web: lomascomentado.com • Instagram: @Lo Más Comentado • Facebook: Lo Más Comentado • Mi canal personal: https://bit.ly/3rDaIx5 --- Support this podcast: https://anchor.fm/lomascomentado/support

En esta edición especial de Confidencial Radio analizamos las noticias del momento en Nicaragua: Eurodiputados rechazan farsa electoral y el nuevo Gobierno de Ortega; La venganza política contra Leonardo Torres; La afinidad de Ortega con China, y la ruptura con Taiwán; La demanda de Navidad sin presos políticos y más.

Hoy en TEMAS Y MÁS TEMAS nos acompaña Lorena Elizabeth Hernández quien nos hablara de la FIL2021 y la participación de Perú, además el Lic. Leonardo Torres nos hablara de el día de concientización sobre la Deficiencia del Factor X, acompáñanos a partir de las 3 pm por ADR NETWORKS donde activamos tus sentidos. TEMAS Y MÁS TEMAS: Es una emisión que busca insertar el interés del público, abordando temas de interés general. Este programa pretende ser un espacio donde la gente pueda entender la trascendencia de algunas circunstancias, a través de un análisis sencillo, dinámico y hasta lúdico. Se transmite todos los lunes, miércoles y viernes de 3 a 4 pm a través de ADR NETWORKS.

Entrevista con Leonardo Torres, Gerente General de Bio Products Laboratory (BPL) México Bio Products Laboratory (BPL) empresa Farmacéutica Inglesa, líder en tratamientos derivados de plasma, investiga y elabora una amplia gama de productos a partir del plasma sanguíneo en tres grandes grupos terapéuticos, como son: inmunología, trastornos de la coagulación y cuidado crítico. Bio Products Laboratory (BPL) llegó a México en el 2020, consolidando su posición en el país en el 2021 con la introducción de nuevos tratamientos enfocados a las personas con problemas de la coagulación y hemofilia

-Avanza el mercado al menudeo de vehículos pesados durante los diez meses de 2021: 18.2%, mientras que durante octubre el avance fue de 1.5 por ciento -Congreso Alacero "El Futuro de la industria en un mundo sustentable" -AT&T México y la AEFCM presentan programa de civismo digital -EGADE y AMEXCAP presentan estudio del Capital Emprendedor Corporativo en México -Retos para la transformación digital en las instituciones financieras -ANTAD: Ventas octubre 2021 -Beat ofrece descuentos para todos aquellos que buscan disfrutar el Buen Fin -Natura en la COP26: la oportunidad de regular el mercado de carbono con inclusión social - Celebran 41 años de premiar a lo mejor de la industria gráfica de México -Fundación FEMSA realiza seminario sobre espacios públicos adecuados para niñas y niños -Inauguran instalación fotovoltaica de Iberdrola en planta de café de Louis Dreyfus Company en Veracruz -Nemak celebra su Investor Day 2021 -Grupo La Comer Inaugura Tienda Fresko En Baja California Sur -HEINEKEN Green Challenge premia a emprendedores decididos a impulsar al campo -The Chemours Company Logra la Certificación Great Place to Work(R) en México por Cuarto Año Consecutivo -L'Oréal Groupe clasificado en la lista mundial de Fortune's Change -Crece 43% la inversión publicitaria en redes sociales, Q3 2021: EMPLIFI -Resumen de mercados con Marisol Huerta, del Banco Ve por Más -Entrevista con Oscar Santos, socio de People Advisory Services (PAS) – Servicios Migratorios de EY y Luciana Hornung, especialista en temas migratorios, EY - Entrevista con Rodrigo Fernandez, director general de Teva México y líder para Latinoamérica. - Entrevista con Lic. Leonardo Torres, Gerente General de Bio Products Laboratory (BPL) México

La Asociación Española para el Avance de la Ciencia (AEAC) desarrolla tertulias Científicas para dar a conocer a los Personajes Científicos de la Historia de España. El personaje de hoy es: Leonardo Torres Quevedo.

E o turu turu fora dos stories, como tá? Hoje vamos comemorar os 20 aninhos de um dos álbuns mais queridos pela população brasileira. Ele que vendeu mais de 1 milhão de cópias em 3 dias. Sim, vamos comemorar o álbum de 2001 de Sandy e Júnior. Essa não é uma tarefa fácil, então chamamos o Leonardo Torres, que é jornalista, youtuber e super fã de Sandy e Júnior. Não perca essa conversa e só vem! Instagram: @voltaodisco @falaleonardo --- Support this podcast: https://anchor.fm/voltaodisco/support

Chess is a game that came out of 7th century India, originally called chaturanga. It evolved over time, perfecting the rules - and spread to the Persians from there. It then followed the Moorish conquerers from Northern Africa to Spain and from there spread through Europe. It also spread from there up into Russia and across the Silk Road to China. It's had many rule formations over the centuries but few variations since computers learned to play the game. Thus, computers learning chess is a pivotal time in the history of the game. Part of chess is thinking through every possible move on the board and planning a strategy. Based on the move of each player, we can review the board, compare the moves to known strategies, and base our next move on either blocking the strategy of our opponent or carrying out a strategy of our own to get a king into checkmate. An important moment in the history of computers is when computers got to the point that they could beat a chess grandmaster. That story goes back to an inspiration from the 1760s where Wolfgang von Kempelen built a machine called The Turk to impress Austrian Empress Maria Theresa. The Turk was a mechanical chess playing robot with a Turkish head in Ottoman robes that moved pieces. The Turk was a maze of cogs and wheals and moved the pieces during play. It travelled through Europe, beating the great Napoleon Bonaparte and then the young United States, also besting Benjamin Franklin. It had many owners and they all kept the secret of the Turk. Countless thinkers wrote about theories about how it worked, including Edgar Allen Poe. But eventually it was consumed by fire and the last owner told the secret. There had been a person in the box moving the pieces the whole time. All those moving parts were an illusion. And still in 1868 a knockoff of a knockoff called Ajeeb was built by a cabinet maker named Charles Hooper. Again, people like Theodore Roosevelt and Harry Houdini were bested, along with thousands of onlookers. Charles Gumpel built another in 1876 - this time going from a person hiding in a box to using a remote control. These machines inspired people to think about what was possible. And one of those people was Leonardo Torres y Quevedo who built a board that also had electomagnets move pieces and light bulbs to let you know when the king was in check or mate. Like all good computer games it also had sound. He started the project in 1910 and by 1914 it could play a king and rook endgame, or a game where there are two kings and a rook and the party with the rook tries to get the other king into checkmate. At the time even a simplified set of instructions was revolutionary and he showed his invention off at the Paris where notable other thinkers were at a conference, including Norbert Weiner who later described how minimax search could be used to play chess in his book Cybernetics. Quevedo had built an analytical machine based on Babbage's works in 1920 but adding electromagnets for memory and would continue building mechanical or analog calculating machines throughout his career. Mikhail Botvinnik was 9 at that point and the Russian revolution wound down in 1923 when the Soviet Union was founded following the fall of the Romanovs. He would become the first Russian Grandmaster in 1950, in the early days of the Cold War. That was the same year Claude Shannon wrote his seminal work, “Programming a Computer for Playing Chess.” The next year Alan Turing actually did publish executable code to play on a Ferranti Mark I but sadly never got to see it complete before his death. The prize to actually play a game would go to Paul Stein and Mark Wells in 1956 working on the MANIAC. Due to the capacity of computers at the time, the board was smaller but the computer beat an actual human. But the Russians were really into chess in the years that followed the crowing of their first grandmaster. In fact it became a sign of the superior Communist politic. Botvinnik also happened to be interested in electronics, and went to school in Leningrad University's Mathematics Department. He wanted to teach computers to play a full game of chess. He focused on selective searches which never got too far as the Soviet machines of the era weren't that powerful. Still the BESM managed to ship a working computer that could play a full game in 1957. Meanwhile John McCarthy at MIT introduced the idea of an alpha-beta search algorithm to minimize the number of nodes to be traversed in a search and he and Alan Kotok shipped A Chess Playing Program for the IBM 7090 Computer, which would be updated by Richard Greenblatt when moving from the IBM mainframes to a DEC PDP-6 in 1965, as a side project for his work on Project MAC while at MIT. Here we see two things happening. One we are building better and better search algorithms to allow for computers to think more moves ahead in smarter ways. The other thing happening was that computers were getting better. Faster certainly, but more space to work with in memory, and with the move to a PDP, truly interactive rather than batch processed. Mac Hack VI as Greenblatt's program would eventually would be called, added transposition tables - to show lots of previous games and outcomes. He tuned the algorithms, what we would call machine learning today, and in 1967 became the first computer program to defeat a person at the tournament level and get a chess rating. For his work, Greenblatt would become an honorary member of the US Chess Federation. By 1970 there were enough computers playing chess to have the North American Computer Chess Championships and colleges around the world started holding competitions. By 1971 Ken Thompson of Bell Labs, in a sign of the times, wrote a computer chess game for Unix. And within just 5 years we got the first chess game for the personal computer, called Microchess. From there computers got incrementally better at playing chess. Computer games that played chess shipped to regular humans, dedicated physical games, little cheep electronics knockoffs. By the 80s regular old computers could evaluate thousands of moves. Ken Thompson kept at it, developing Belle from 1972 and it continued on to 1983. He and others added move generators, special circuits, dedicated memory for the transposition table, and refined the alpha-beta algorithm started by McCarthy, getting to the point where it could evaluate nearly 200,000 moves a second. He even got the computer to the rank of master but the gains became much more incremental. And then came IBM to the party. Deep Blue began with researcher Feng-hsiung Hsu, as a project called ChipTest at Carnegie Mellon University. IBM Research asked Hsu and Thomas Anantharamanto complete a project they started to build a computer program that could take out a world champion. He started with Thompson's Belle. But with IBM's backing he had all the memory and CPU power he could ask for. Arthur Hoane and Murray Campell joined and Jerry Brody from IBM led the team to sprint towards taking their device, Deep Thought, to a match where reigning World Champion Gary Kasparov beat the machine in 1989. They went back to work and built Deep Blue, which beat Kasparov in their third attempt in 1997. Deep Blue was comprised of 32 RS/6000s running 200 MHz chips, split across two racks, and running IBM AIX - with a whopping 11.38 gigaflops of speed. And chess can be pretty much unbeatable today on an M1 MacBook Air, which comes pretty darn close to running at a teraflop. Chess gives us an unobstructed view at the emergence of computing in an almost linear fashion. From the human powered codification of electromechanical foundations of the industry to the emergence of computational thinking with Shannon and cybernetics to MIT on IBM servers when Artificial Intelligence was young to Project MAC with Greenblatt to Bell Labs with a front seat view of Unix to college competitions to racks of IBM servers. It even has little misdirections with pre-World War II research from Konrad Zuse, who wrote chess algorithms. And the mechanical Turk concept even lives on with Amazon's Mechanical Turk services where we can hire people to do things that are still easier for humans than machines.

Un casi olvidado inventor español cuya huella aún se deja ver en todo el mundo

The amount published in scientific journals has exploded over the past few hundred years. This helps in putting together a history of how various sciences evolved. And sometimes helps us revisit areas for improvement - or predict what's on the horizon. The rise of computers often begins with stories of Babbage. As we've covered a lot came before him and those of the era were often looking to automate calculating increasingly complex mathematic tables. Charles Babbage was a true Victorian era polymath. A lot was happening as the world awoke to a more scientific era and scientific publications grew in number and size. Born in London, Babbage loved math from an early age and went away to Trinity College in Cambridge in 1810. There he helped form the Analytical Society with John Herschel - a pioneer of early photography and a chemist and invented of the blueprint. And George Peacock, who established the British arm of algebraic logic, which when picked up by George Boole would go on to form part of Boolean algebra, ushering in the idea that everything can be reduced to a zero or a one. Babbage graduated from Cambridge and went on to become a Fellow of the Royal Society and helped found the Royal Astronomical Society. He published works with Herschel on electrodynamics that went on to be used by Michael Faraday later and even dabbled in actuarial tables - possibly to create a data driven insurance company. His father passed away in 1827, leaving him a sizable estate. And after applying multiple times he finally became a professor at Cambridge in 1828. He and the others from the Analytical Society were tinkering with things like generalized polynomials and what we think of today as a formal power series, all of which an be incredibly tedious and time consuming. Because it's iterative. Pascal and Leibnitz had pushed math forward and had worked on the engineering to automate various tasks, applying some of their science. This gave us Pascal's calculator and Leibnitz's work on information theory and his calculus ratiocinator added a stepped reckoner, now called the Leibniz wheel where he was able to perform all four basic arithmetic operations.  Meanwhile, Babbage continued to bounce around between society, politics, science, mathematics, and even coining a book on manufacturing where he looked at rational design and profit sharing. He also looked at how tasks were handled and made observations about the skill level of each task and the human capital involved in carrying them out. Marx even picked up where Babbage left off and looked further into profitability as a motivator. He also invented the pilot for trains and was involved with lots of learned people of the day. Yet Babbage is best known for being the old, crusty gramps of the computer. Or more specifically the difference engine, which is different from a differential analyzer. A difference engine was a mechanical calculator that could perform polynomial functions. A differential analyzer on the other hand solves differential equations using wheels and disks.  Babbage expanded on the ideas of Pascal and Leibniz and added to mechanical computing, making the difference engine, the inspiration of many a steampunk work of fiction. Babbage started work on the difference engine in 1819. Multiple engineers built different components for the engine and it was powered by a crank that spun a series of wheels, not unlike various clockworks available at the time. The project was paid for by the British Government who hoped it could save time calculating complex tables. Imagine doing all the work in spreadsheets manually. Each cell could take a fair amount of time and any mistake could be disastrous.  But it was just a little before its time. The plans have been built and worked and while he did produce a prototype capable of raising numbers to the third power and perform some quadratic equations the project was abandoned in 1833. We'll talk about precision in a future episode. Again, the math involved in solving differential equations at the time was considerable and the time-intensive nature was holding back progress. So Babbage wasn't the only one working on such ideas. Gaspard-Gustave de Coriolis, known for the Coriolis effect, was studying the collisions of spheres and became a professor of mechanics in Paris. To aid in his works, he designed the first mechanical device to integrate differential equations in 1836.  After Babbage scrapped his first, he moved on to the analytical engine, adding conditional branching, loops, and memory  - and further complicating the machine. The engine borrowed the punchcard tech from the Jacquard loom and applied that same logic, along with the work of Leibniz, to math. The inputs would be formulas, much as Turing later described when concocting some of what we now call Artificial Intelligence. Essentially all problems could be solved given a formula and the output would be a printer. The analytical machine had 1,000 numbers worth of memory and a logic processor or arithmetic unit that he called a mill, which we'd call a CPU today. He even planned on a programming language which we might think of as assembly today. All of this brings us to the fact that while never built, it would have been a Turing-complete in that the simulation of those formulas was a Turing machine.  Ada Lovelace contributed the concept of Bernoulli numbers in algorithms giving us a glimpse into what an open source collaboration might some day look like. And she was in many ways the first programmer - and daughter of Lord Byron and Anne Millbanke, a math whiz. She became fascinated with the engine and ended up becoming an expert at creating a set of instructions to punch on cards, thus the first programmer of the analytical engine and far before her time. In fact, there would be no programmer for 100 years with her depth of understanding. Not to make you feel inadequate, but she was 27 in 1843. Luigi Menabrea took the idea to France. And yet by the time Babbage died in 1871 without a working model.  During those years, Per Georg Scheutz built a number of difference engines based on Babbage's published works - also funded by the government and would evolve to become the first calculator that could print. Martin Wiberg picked up from there and was able to move to 20 digit processing. George Grant at Harvard developed calculating machines and published his designs by 1876, starting a number of companies to fabricate gears along the way.  James Thomson built a differential analyzer in 1876 to predict tides. And that's when his work on fluid dynamics and other technology seemed to be the connection between these machines and the military. Thomson's work would Joe added to work done by Arthur Pollen and we got our first automated fire-control systems.  Percy Ludgate and Leonardo Torres wrote about Babbages work in the early years the 1900s and other branches of math needed other types of mechanical computing. Burroughs built a difference engine in 1912 and another in 1929. The differential analyzer was picked up by a number of scientists in those early years. But Vaneevar Bush was perhaps one of the most important. He, with Harold Locke Hazen built one at MIT and published an article on it in 1931. Here's where everything changes. The information was out there in academic journals. Bush published another in 1936 connecting his work to Babbage's. Bush's designs get used by a number of universities and picked up by the the Balistic Research Lab in the US. One of those installations was in the same basement ENIAC would be built in. Bush did more than inspire other mathematicians. Sometimes he paid them. His research assistant was Claude Shannon, who built the General Purpose Analog Computer in 1941 and went on to become founder of the whole concept of information theory, down to the bits to bytes. Shannon's computer was important as it came shortly after Alan Turing's work on Turing machines and so has been seen as a means to get to this concept of general, programmable computing - basically revisiting the Babbage concept of a thinking, or analytical machine. And Howard Aiken went a step further than mechanical computing and into electromechanical computing with he Mark I, where he referenced Babbage's work as well. Then we got the Atanasoff-Berry Computer in 1942. By then, our friend Bush had gone on to chair the National Defense Research Committee where he would serve under Roosevelt and Truman and help develop radar and the Manhattan Project as an administrator where he helped coordinate over 5,000 research scientists. Some helped with ENIAC, which was completed in 1945, thus beginning the era of programmable, digital, general purpose computers. Seeing how computers helped break Enigma machine encryption and solve the equations, blow up targets better, and solve problems that held science back was one thing - but  unleashing such massive and instantaneous violence as the nuclear bomb caused Bush to write an article for The Atlantic called As We May Think, that inspired generations of computer scientists. Here he laid out the concept of a Memex, or a general purpose computer that every knowledge worker could have. And thus began the era of computing.  What we wanted to look at in this episode is how Babbage wasn't an anomaly. Just as Konrad Zuse wasn't. People published works, added to the works they read about, cited works, pulled in concepts from other fields, and we have unbroken chains in our understanding of how science evolves. Some,  like Konrad Zuse, might have been operating outside of this peer reviewing process - but he eventually got around to publishing as well.  

En este episodio de DE MANAGUA CON AMOR hablamos con Leonardo Torres, presidente del Consejo Nicaragüense de la Micro, Pequeña y Mediana Empresa (CONIMIPYME) acerca del gran capital nicaragüense, de su financiarización y de cómo cada vez se ha vuelto menos interesado en producir y más en especular con el dinero de la sociedad.

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Com apresentação da Mafê Luvizotto, mega experiente no universo de TI, e as participações dos Engers Fabio Maia, Leonardo Torres e Wellington Felix, vamos falar dos primeiros passos e experiências como #Devops nesse mundão! Siga nossas redes: LinkedIn: @engineeringbr Instagram: @engineeringbr Telegram: @engineeringbrasil Youtube: @engineeringbrasil Blog: http://blog.engdb.com.br/

Sandy e Júnior estão de volta aos domingos da Globo. Mas dessa vez não é ficção, é vida real. Para falar sobre o documentário e os bastidores da turnê "Nossa História" convidamos Leonardo Torres, jornalista e fã, que foi a todos os shows da dupla em 2019.

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Em episódio super especial, o LatinPop Brasil convida os jornalistas Leonardo Torres, do PopLine, e Sofia Sampaio, do Latina Brasil, para comentar as melhores músicas do ano. Super descontraído, o programa traz as análises do panorama latino em 2020, com os destaques para o TOP 10 de cada um dos convidados. Por fim, abrimos nossa playlist com as 50 canções selecionadas pelo site para integrarem o nosso bloco de favoritas do ano. Venha ouvir o programa e dê follow nessa seleção musical que irá te acompanhar por todo 2021! A equipe do LatinPop Brasil deseja um ótimo Natal e um feliz Ano Novo a todos os ouvintes! --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app Support this podcast: https://anchor.fm/latinpop-brasil/support

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Leonardo most recently began reviewing Christian music from a Non-Christian perspective on Youtube! Not only is he enjoying the music, but is having a profound Spiritual encounter with it. Elise and Leonardo share a great conversation about losing and gaining faith, being inspired through song and seeking the silence within yourself! Watch Leonardo's Youtube videos here! Follow us on Instagram @feminandco Check out our website for great articles, videos and access to our represented professionals! www.feminandco.com Subscribe to our Patreon for exclusive content such as BTS, extras and 18+ content! www.patreon.com/feminandco Want to help us spread the word about Femina? Rate us on itunes and like us on Spotify!

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Podcast realizado por Dr. Leonardo Torres. Conheça meu blog em www.psicologiaarquetipica.com.br --- Send in a voice message: https://anchor.fm/arqcast/message

O que você mais odeia pode te tornar mais consciente. Podcast de Dr. Leonardo Torres. --- Send in a voice message: https://anchor.fm/arqcast/message

Neste episódio, Renata Magalhães (@renata.magalhaes_) conversa com o jornalista, escritor, crítico teatral e produtor de conteúdo digital Leonardo Torres sobre as potências e dificuldades de se fazer teatro em plena quarentena, tentando também entender quais as perspectivas para a pós-quarentena. Desde que a pandemia chegou o teatro fechou suas portas. Neste período, o teatro precisou se reinventar e descobrir novas formas de expressão. Passamos a viver na era do teatro online. Mas o que é teatro online? A transmissão de peças pela internet? A criação de conteúdo para os meios virtuais? Teatro gravado não seria cinema? Existe teatro sem a presença do público? Existe, afinal, teatro online? São muitas as perguntas que o assunto desperta, e dificilmente vamos ter respostas para todas elas a curto prazo. Nessa conversa, falamos sobre isso e sobre muitas outras coisas. Leonardo Torres é mestre em Artes da Cena pela UFRJ e fundador do Teatro em Cena, que cobre a cena teatral carioca. _ Este podcast é a gravação de uma live realizada no Instagram no NotaTerapia em 27/08/2020.

Olá! Bem-vindo ao primeiro episódio do MODO COVID-19. Convidamos os professores Dr. João Marcelo e Dr. Leonardo Torres, que falaram um pouco como surgiu o projeto, as inspirações além de outros trabalhos que serão realizados. Curioso? Pois aperta o play! Mande mensagem para modocovid@gmail.com. Estamos no Instagram, Facebook, Twitter e YouTube como @modocovid19. Produzido por: Álina Pedrosa, Ana Rafaela, Athanara Alves, Benedito Tales, Danilo Kelvin e Taline Nobre.

con Francisco A. González Redondo Hoy hablamos de Leonardo Torres Quevedo, descrito en http://www.torresquevedo.org/ como "inventor, científico y tecnólogo, ingeniero de Caminos, precursor de la Automática y de la Informática. Es un ejemplo de dedicación a la investigación, a la ciencia y la cultura en España. Publica sus mejores trabajos cuando tiene ya más de 50 años de edad." Lo más tremendo sobre su figura es que no sea más conocida o que, industria del cine mediante, hoy sepamos más sobre Turing o Von Neumann que sobre Torres Quevedo. Celebremos pues en este pódcast su memoria y legado y esa pequeña pero importante afirmación de que aquí también inventamos. Y muy bien, oiga. Grupo de Facebook https://www.facebook.com/groups/leonardo.torres.quevedo/about/ Mi invitado es Francisco A. González Redondo, Profesor Titular en la Facultad de Educación-Centro de Formación del Profesorado, UCM. Este contenido es gratis y sólo te pido que, si te ha gustado, entretenido, iluminado de algún modo, lo compartas en tus redes y nos valores en tu plataforma de pódcast favorita. Gracias ;)

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