Arts

Books

Fashion & Beauty

Performing Arts

Food

Visual Arts

Design

Business

Entrepreneurship

Investing

Marketing

Careers

Management

Non-Profit

Comedy

Stand-Up

Comedy Interviews

Improv

Education

Self-Improvement

How To

Courses

Language Learning

Fiction

Comedy Fiction

Drama

Science Fiction

Government

Health & Fitness

Medicine

Alternative Health

Nutrition

Mental Health

Fitness

Sexuality

History

Kids & Family

Parenting

Stories for Kids

Education for Kids

Pets & Animals

Leisure

Video Games

Games

Automotive

Animation & Manga

Hobbies

Aviation

Home & Garden

Crafts

Music

Music Commentary

Music Interviews

Music History

News

Sports News

Entertainment News

News Commentary

Politics

Daily News

Business News

Tech News

Religion & Spirituality

Christianity

Spirituality

Religion

Judaism

Islam

Buddhism

Hinduism

Science

Social Sciences

Life Sciences

Natural Sciences

Nature

Chemistry

Mathematics

Earth Sciences

Physics

Astronomy

Society & Culture

Documentary

Relationships

Philosophy

Personal Journals

Places & Travel

Sports

Golf

Soccer

Wrestling

Basketball

Football

Fantasy Sports

Baseball

Wilderness

Running

Hockey

Rugby

Cricket

Volleyball

Tennis

Swimming

Technology

True Crime

TV & Film

Film Interviews

TV Reviews

After Shows

Film Reviews

Film History

The Komander

物理を中心とした科学やテクノロジーなどを肴にゆるく話すポッドキャストです。 #interaxion
https://interaxion-podcast.github.io

物理を中心とした科学やテクノロジーなどを肴にゆるく話すポッドキャストです。 #interaxion https://interaxion-podcast.github.io

Interaxion | 物理系ポッドキャスト

Yayın hayatına 2020 yılının Mayıs ayında başlayan Definasyon, Türkiye’nin spor, fitness, wellness, antrenman, sağlık, beslenme konuşulan Podcast’idir.

Definasyon

Um podast criado pelo PET (Programa de Educação Tutorial) de Física da Universidade Federal de Santa Maria (UFSM). Queremos transmitir informações e conhecimento desde a Física Básica à Física nos laboratórios da universidade da melhor forma possível.
Publicamos quinzenalmente sempre às 20:00!

Um podast criado pelo PET (Programa de Educação Tutorial) de Física da Universidade Federal de Santa Maria (UFSM). Queremos transmitir informações e conhecimento desde a Física Básica à Física nos laboratórios da universidade da melhor forma possível. Publicamos quinzenalmente sempre às 20:00!

PETCast

The goal of the podcast "Sense and Science" is to discuss ideas and science. 

The starting point is often, but not always, popular science books that deal with nature or society where the author and I discuss the topic. And here the goal is not to win the debate, but to use discussion as a means of clarifying topics for ourselves and listeners. 

«Sense and Science» is a collection of the English podcasts in the (generally) Norwegian podcast "Vett og vitenskap".

The goal of the podcast "Sense and Science" is to discuss ideas and science. The starting point is often, but not always, popular science books that deal with nature or society where the author and I discuss the topic. And here the goal is not to win the debate, but to use discussion as a means of clarifying topics for ourselves and listeners. «Sense and Science» is a collection of the English podcasts in the (generally) Norwegian podcast "Vett og vitenskap".

Sense and Science - with Gaute Einevoll

ALLwissen ist ein Podcast zu den großen Fragen aus Astronomie, Raumfahrt und Physik.
Diese reichen von alltäglichen Fragen wie "Warum ist der Himmel blau?" und “Was genau sind eigentlich Sternschnuppen?” bis hin zu den komplexen Themen der Physik, wie der Relativitätstheorie und Dunkler Materie. 

Wir haben es uns zum Ziel gemacht, solche Fragen leicht verständlich, aber trotzdem wissenschaftlich akkurat, in knapp 20 Minuten zu beantworten.
Ihr benötigt keinerlei Vorwissen, nur Interesse - den Rest erledigen wir 😉

ALLwissen ist ein Podcast zu den großen Fragen aus Astronomie, Raumfahrt und Physik. Diese reichen von alltäglichen Fragen wie "Warum ist der Himmel blau?" und “Was genau sind eigentlich Sternschnuppen?” bis hin zu den komplexen Themen der Physik, wie der Relativitätstheorie und Dunkler Materie. Wir haben es uns zum Ziel gemacht, solche Fragen leicht verständlich, aber trotzdem wissenschaftlich akkurat, in knapp 20 Minuten zu beantworten. Ihr benötigt keinerlei Vorwissen, nur Interesse - den Rest erledigen wir 😉

ALLwissen - Große Fragen, kurze Antworten

Katie Wood, Physicist, and husband John Wood, Blind Rehab Specialist, laughing with each other about the absurdities, chaos, and wonder all around them in a north suburb of Austin, TX. Passion and curiosity in and beyond the mundane matters.

Knock on Wood

Aqui você encontra meditações e exercícios para sua saúde mental!

Debora Campana Psi

Podcast Himafi Unsoed 2023
Periode Cakrajiya Garjita

Podcast Himafi Unsoed 2023 Periode Cakrajiya Garjita

Himafi Unsoed

Life changing event and learning English, experience of life , thought

Indrajit@halder Science Around Everywhere

Il podcast è stato realizzato dalla classe 4Bs dell'Istituto Cardarelli di Tarquinia durante l'a.s. 2020/21. 
L'argomento trattato è la figura della donna nell'ambito scientifico e gli ostacoli che vi incontra.
Su questo link troverete il calendario delle pubblicazioni degli episodi: https://drive.google.com/file/d/1pW0p84eri_YG3mw8sR5PwUwc97swX7Hb/view?usp=sharing
Vi auguriamo buon ascolto!

Il podcast è stato realizzato dalla classe 4Bs dell'Istituto Cardarelli di Tarquinia durante l'a.s. 2020/21. L'argomento trattato è la figura della donna nell'ambito scientifico e gli ostacoli che vi incontra. Su questo link troverete il calendario delle pubblicazioni degli episodi: https://drive.google.com/file/d/1pW0p84eri_YG3mw8sR5PwUwc97swX7Hb/view?usp=sharing Vi auguriamo buon ascolto!

FISICAmente Donna

Aprenderás muchas cosas sobre física en este episodio 🙂

Física :D

Lucas, Jasper, Juleon, and Sam discuss topics that they know very little about. Occasionally, a guest who knows more than them joins the discussion. Topics include Philosophy, Physics, Mathematics, Linguistics, and much more!

Hosted by: Lucas Rizzolo, Jasper Giglio, Juleon Brodie, and Sam Meyer
with Associate Producer: Sam Canfield
and Guest Hosts: Skylar Rizzolo, Nick Angerman

Lucas, Jasper, Juleon, and Sam discuss topics that they know very little about. Occasionally, a guest who knows more than them joins the discussion. Topics include Philosophy, Physics, Mathematics, Linguistics, and much more! Hosted by: Lucas Rizzolo, Jasper Giglio, Juleon Brodie, and Sam Meyer with Associate Producer: Sam Canfield and Guest Hosts: Skylar Rizzolo, Nick Angerman

SLOOM

Orrori cosmici, meraviglie insondabili e oscure realtà... In collaborazione con la SIPS, Società Italiana per il Progresso delle Scienze. Una produzione LatitudineZero Medienfabrik™.

Orrori cosmici, meraviglie insondabili e oscure realtà... In collaborazione con la SIPS, Società Italiana per il Progresso delle Scienze. Una produzione LatitudineZero Medienfabrik™.

Orrori cosmici, meraviglie insondabili e oscure realtà... In collaborazione con la SIPS, Società Italiana per il Progresso delle Scienze. Una produzione LatitudineZero Medienfabrik™.

La Fisica di Polibio

Programledarna Jesper Cederstrand och Malin Olofsson tar hjälp av svensk forskning för att förstå sig själva och sin omvärld. En vetenskapspodd från UR.

Besserwisser

A real-play Call of Cthulhu and Delta Green podcast

Whispers in Green Static

Cos’è Fisicaffè?
Fisicaffé è un coro di voci da tutta Italia. Ecco come si presentano i diversi comitati locali:
“Com’è bello far podcast da Trieste in giù!” ~ LC Trieste.
"Chi l'è sto Fisicaffè?" "Fisicaffè l'è il gran visir de tücc i podcast!" ~ LC Milano.
"Se Parigi avesse un podcast sarebbe una piccola Bari” ~ LC Bari.
"Il podcast di Pisa pende pende ma non casca mai giù!" ~ LC Pisa.
"Palermo tutto porto o tutto podcast?" ~ LC Palermo.
"Daje de podcast" ~ L.C. Roma

Cos’è Fisicaffè? Fisicaffé è un coro di voci da tutta Italia. Ecco come si presentano i diversi comitati locali: “Com’è bello far podcast da Trieste in giù!” ~ LC Trieste. "Chi l'è sto Fisicaffè?" "Fisicaffè l'è il gran visir de tücc i podcast!" ~ LC Milano. "Se Parigi avesse un podcast sarebbe una piccola Bari” ~ LC Bari. "Il podcast di Pisa pende pende ma non casca mai giù!" ~ LC Pisa. "Palermo tutto porto o tutto podcast?" ~ LC Palermo. "Daje de podcast" ~ L.C. Roma

Fisicaffè

⭐2100 ...⭐ Saremo già tutti morti ?   Gran parte SI !  Siamo vivi ? , siamo vivi davvero ? ... Mini trasmissioni sulla VITA e su quello che sta avvenendo dal punto di vista evolutivo e non solo ... Spunti di crescita , sballi sinaptici per tracciare nuovi sentieri dentro e fuori di noi ,,, Chi siamo ? Quanta frequenza d'Amore lasciamo fluire nel nostro quotidiano?   ⭐OGNI LUNEDI' DALLE ORE 21.00 UN NUOVO EPISODIO CHE APRE LA TEMATICA DELLA SETTIMANA⭐ Da sempre mi occupo di quella parte di noi che ci guida, Da sempre vivo in più dimensioni e realtà coesistenti (come ognuno di noi) è che cosiderarlo fà una certa differenza … mi definisco Evolutista 😮 Sono affascinata dal momento storico presente e mi piace porre spunti che scardinano il conosciuto …🙄 Dj per missione , per portare un ascolto in presenza , sballare sinapsi e moolto di più il resto lo scopriamo insieme 😮 Per richieste di argomenti da trattare. domande, riflessioni o altro scrivi direttamente qui o  alla mail : radioflotta@gmail.com  su WhatsApp al 392-21 63 6 41 Dj Bea con te ⭐

⭐2100 ...⭐Saremo già tutti morti ? Gran parte SI ! Siamo vivi ? , siamo vivi davvero ? ...Mini trasmissioni sulla VITA e su quello che sta avvenendo dal punto di vista evolutivo e non solo ... Spunti di crescita , sballi sinaptici per tracciare nuovi sentieri dentro e fuori di noi ,,,Chi siamo ? Quanta frequenza d'Amore lasciamo fluire nel nostro quotidiano? ⭐OGNI LUNEDI' DALLE ORE 21.00 UN NUOVO EPISODIO CHE APRE LA TEMATICA DELLA SETTIMANA⭐Da sempre mi occupo di quella parte di noi che ci guida, Da sempre vivo in più dimensioni e realtà coesistenti (come ognuno di noi) è che cosiderarlo fà una certa differenza … mi definisco Evolutista 😮Sono affascinata dal momento storico presente e mi piace porre spunti che scardinano il conosciuto …🙄Dj per missione , per portare un ascolto in presenza , sballare sinapsi e moolto di più il resto lo scopriamo insieme 😮Per richieste di argomenti da trattare. domande, riflessioni o altro scrivi direttamente qui o alla mail : radioflotta@gmail.com su WhatsApp al 392-21 63 6 41Dj Bea con te ⭐

⭐2100 ...⭐ Saremo già tutti morti ?&nbsp;&nbsp; Gran parte SI !&nbsp; Siamo vivi ? , siamo vivi davvero ? ... Mini trasmissioni sulla VITA e su quello che sta avvenendo dal punto di vista evolutivo e non solo ... Spunti di crescita , sballi sinaptici per tracciare nuovi sentieri dentro e fuori di noi ,,, Chi siamo ? Quanta frequenza d'Amore lasciamo fluire nel nostro quotidiano?&nbsp;&nbsp; ⭐OGNI LUNEDI' DALLE ORE 21.00 UN NUOVO EPISODIO CHE APRE LA TEMATICA DELLA SETTIMANA⭐ Da sempre mi occupo di quella parte di noi che ci guida, Da sempre vivo in più dimensioni e realtà coesistenti (come ognuno di noi) è che cosiderarlo fà una certa differenza … mi definisco Evolutista 😮 Sono affascinata dal momento storico presente e mi piace porre spunti che scardinano il conosciuto …🙄 Dj per missione , per portare un ascolto in presenza , sballare sinapsi e moolto di più il resto lo scopriamo insieme&nbsp;😮 Per richieste di argomenti da trattare. domande, riflessioni o altro scrivi direttamente qui o&nbsp; alla mail : radioflotta@gmail.com&nbsp; su WhatsApp al 392-21 63 6 41 Dj Bea con te ⭐

2100

<div>🎙️ Welcome to ThinkWORKS! 🚀 Get ready to dive into mind-blowing convos that introduce everything from the mysterious to the downright practical for everyone ranging from the curious, the explorer and the business owner/manager. 
🌌 Explore the universe's secrets, question life's essence, and geek out over AI and robot rights. We're talking conspiracy theories, time travel, aliens, philosophical inquiries into life, the universe &amp; everything, and all the wild stuff that keeps your brain buzzing. 
💡 But hey, we're also keeping it real with tips on crushing time management, team motivation, and business hacks. We're all about the future—how tech's gonna flip our world, from biz to schools, and even our place in the cosmic puzzle. 
🔍 We're breaking down crime prevention, championing some cool business practices for the entrepreneurs among us, dissecting education, and using science to level up our dreams. 
🎧 Tune in to ThinkWORKS for a mix of brainy vibes and real-world insights that'll leave you inspired and ready to take on the world!</div>

🎙️ Welcome to ThinkWORKS! 🚀 Get ready to dive into mind-blowing convos that introduce everything from the mysterious to the downright practical for everyone ranging from the curious, the explorer and the business owner/manager. 🌌 Explore the universe's secrets, question life's essence, and geek out over AI and robot rights. We're talking conspiracy theories, time travel, aliens, philosophical inquiries into life, the universe & everything, and all the wild stuff that keeps your brain buzzing. 💡 But hey, we're also keeping it real with tips on crushing time management, team motivation, and business hacks. We're all about the future—how tech's gonna flip our world, from biz to schools, and even our place in the cosmic puzzle. 🔍 We're breaking down crime prevention, championing some cool business practices for the entrepreneurs among us, dissecting education, and using science to level up our dreams. 🎧 Tune in to ThinkWORKS for a mix of brainy vibes and real-world insights that'll leave you inspired and ready to take on the world!

🎙️ Welcome to ThinkWORKS! 🚀 Get ready to dive into mind-blowing convos that introduce everything from the mysterious to the downright practical for everyone ranging from the curious, the explorer and the business owner/manager. 
🌌 Explore the universe's secrets, question life's essence, and geek out over AI and robot rights. We're talking conspiracy theories, time travel, aliens, philosophical inquiries into life, the universe &amp; everything, and all the wild stuff that keeps your brain buzzing. 
💡 But hey, we're also keeping it real with tips on crushing time management, team motivation, and business hacks. We're all about the future—how tech's gonna flip our world, from biz to schools, and even our place in the cosmic puzzle. 
🔍 We're breaking down crime prevention, championing some cool business practices for the entrepreneurs among us, dissecting education, and using science to level up our dreams. 
🎧 Tune in to ThinkWORKS for a mix of brainy vibes and real-world insights that'll leave you inspired and ready to take on the world!

ThinkWORKS: Because Thinking Is The Hardest Work There Is.

Bi-Weekly Space show, discussing the latest in Space Travel, Astronomy, and Galactic Discoveries.

Lost Wanderer

True Stories mit Interviews verschiedener Gäste. Fragen die jeden interessieren, beleuchtet mit der Taschenlampe imaginärer Geister. Reinkarnationslehre im Lichte des klassischen Spiritismus. 
"help to find yourself"

True Stories mit Interviews verschiedener Gäste. Fragen die jeden interessieren, beleuchtet mit der Taschenlampe imaginärer Geister. Reinkarnationslehre im Lichte des klassischen Spiritismus. "help to find yourself"

Geistertaschenlampe

ILLUMINATI SOUNDS

Ever wondered how nuclear energy works or what advanced nuclear technology really means? Naked Nuclear breaks down complex topics like nuclear reactors, fuel types, and emerging technologies into simple, accessible conversations. Whether you're a curious beginner or an energy enthusiast, we make the science behind nuclear power easy to understand so you can launch your career in the clean energy future. Tune in to strip down the fascinating world of nuclear energy—one atom at a time.

Naked Nuclear

A podcast to discuss the ideas that are at the forefront of fundamental theoretical physics and mathematics.

Phymaths podcast

Fika is a Swedish word which means to have a social coffee break with cakes, and Spacetime Fika is a podcast where Jonas Enander meets people from the world of science to have an informal talk – like having a fika! – about how the universe works and how we have figured that out.<hr> Hosted on Acast. See <a style='color:grey;' target='_blank' rel='noopener noreferrer' href='https://acast.com/privacy'>acast.com/privacy</a> for more information.

Fika is a Swedish word which means to have a social coffee break with cakes, and Spacetime Fika is a podcast where Jonas Enander meets people from the world of science to have an informal talk – like having a fika! – about how the universe works and how we have figured that out. Hosted on Acast. See acast.com/privacy for more information.

Fika is a Swedish word which means to have a social coffee break with cakes, and Spacetime Fika is a podcast where Jonas Enander meets people from the world of science to have an informal talk – like having a fika! – about how the universe works and how we have figured that out. Hosted on Acast. See <a href="https://acast.com/privacy" rel="noopener noreferrer">acast.com/privacy</a> for more information.

Spacetime Fika

Em 2003 o foguete brasileiro explodiu na plataforma e matou 21 pessoas, uma tragédia que acabou com o programa espacial brasileiro. Os problemas que causaram esse acidente, porém, são bem anteriores e remontam um passado de um país que não gostava de foguetes. O mais curioso é que nem sempre foi assim. Houve um momento no final da década de 40 que o Brasil estava muito interessado nessa área aeroespacial e até lançamos um foguete. Será que, se as coisas tivessem sido um pouquinho diferentes, a gente teria chegado ao espaço? É possível o Brasil ter embarcado numa exploração espacial? Esta é uma história alternativa do programa espacial brasileiro, baseada em eventos reais da época e simulada no computador. Será que agora vai?

Em 2003 o foguete brasileiro explodiu na plataforma e matou 21 pessoas, uma tragédia que acabou com o programa espacial brasileiro. Os problemas que causaram esse acidente, porém, são bem anteriores e remontam um passado de um país que não gostava de foguetes. O mais curioso é que nem sempre foi assim. Houve um momento no final da década de 40 que o Brasil estava muito interessado nessa área aeroespacial e até lançamos um foguete. Será que, se as coisas tivessem sido um pouquinho diferentes, a gente teria chegado ao espaço? É possível o Brasil ter embarcado numa exploração espacial? Esta é uma história alternativa do programa espacial brasileiro, baseada em eventos reais da época e simulada no computador. Será que agora vai?

Em 2003 o foguete brasileiro explodiu na plataforma e matou 21 pessoas, uma tragédia que acabou com o programa espacial brasileiro. Os problemas que causaram esse acidente, porém, são bem anteriores e remontam um passado de um país que não gostava de foguetes. O mais curioso é que nem sempre foi assim. Houve um momento no final da década de 40 que o Brasil estava muito interessado nessa área aeroespacial e até lançamos um foguete. Será que, se as coisas tivessem sido um pouquinho diferentes, a gente teria chegado ao espaço? É possível o Brasil ter embarcado numa exploração espacial? Esta é uma história alternativa do programa espacial brasileiro, baseada em eventos reais da época e simulada no computador. Será que agora vai?
&nbsp;

O Brasil Vai Pro Espaço

Mission statement: To change minds, to open eyes, to educate and inspire people designing and building better worlds.Beauty makes beautiful things beautiful!A sphere can be completely surrounded by exactly twelve other identical spheres. Close-packing of spheres helps us explore the shape of the physical space. A good design of a 3D structure shall obey the principles, freedom, and constraints imposed by the physical space around us.Platonic Structures are complex 3D structures assembled from simple components using the patterns imposed by the close-packing of spheres. We have developed and patented ( in <a target="_blank" rel="noopener noreferrer nofollow" href="https://image-ppubs.uspto.gov/dirsearch-public/print/downloadPdf/9245059">US</a> and <a target="_blank" rel="noopener noreferrer nofollow" href="http://www.ic.gc.ca/opic-cipo/cpd/eng/patent/2809595/summary.html?query=Trif&amp;start=1&amp;num=50&amp;type=basic_search">Canada</a> ) software tools and methods for designing Platonic Structures and for guiding an operator to assemble these structures. Research is currently underway for using image processing and automation in assembling Platonic Structures.

Mission statement: To change minds, to open eyes, to educate and inspire people designing and building better worlds. Beauty makes beautiful things beautiful! A sphere can be completely surrounded by exactly twelve other identical spheres. Close-packing of spheres helps us explore the shape of the physical space. A good design of a 3D structure shall obey the principles, freedom, and constraints imposed by the physical space around us. Platonic Structures are complex 3D structures assembled from simple components using the patterns imposed by the close-packing of spheres. We have developed and patented ( in US and Canada ) software tools and methods for designing Platonic Structures and for guiding an operator to assemble these structures. Research is currently underway for using image processing and automation in assembling Platonic Structures.

Mission statement: To change minds, to open eyes, to educate and inspire people designing and building better worlds.Beauty makes beautiful things beautiful!A sphere can be completely surrounded by exactly twelve other identical spheres. Close-packing of spheres helps us explore the shape of the physical space. A good design of a 3D structure shall obey the principles, freedom, and constraints imposed by the physical space around us.Platonic Structures are complex 3D structures assembled from simple components using the patterns imposed by the close-packing of spheres. We have developed and patented ( in <a href="https://image-ppubs.uspto.gov/dirsearch-public/print/downloadPdf/9245059" rel="noopener noreferrer">US</a> and <a href="http://www.ic.gc.ca/opic-cipo/cpd/eng/patent/2809595/summary.html?query=Trif&amp;start=1&amp;num=50&amp;type=basic_search" rel="noopener noreferrer">Canada</a> ) software tools and methods for designing Platonic Structures and for guiding an operator to assemble these structures. Research is currently underway for using image processing and automation in assembling Platonic Structures.

The Geometry of Closed Packed Spheres

Concepts in Physics Chapter 1 and Project 2 Newton's 3 Laws

Concepts in Physics Chapter 1 and Project 2 Newton's 3 Laws

SCI 240: Chapter 1 and 2 Project

¿HacIA dónde vamos? es un espacio de conversación desarrollado por Zoom Tecnológico y Club de Innovación de Chile. Cada semana irás escuchando a especialistas de la industria, innovadores y visionarios del área quienes nos compartirán sus conocimientos y experiencias con esta tecnología.  ¿HacIa dónde vamos? es un podcast en el cual queremos profundizar sobre el impacto que está teniendo la inteligencia artificial en las empresas, tanto en áreas de innovación y tecnologías, como de manera transversal, incluyendo los modelos de negocios.

¿HacIA dónde vamos? es un espacio de conversación desarrollado por Zoom Tecnológico y Club de Innovación de Chile.Cada semana irás escuchando a especialistas de la industria, innovadores y visionarios del área quienes nos compartirán sus conocimientos y experiencias con esta tecnología. ¿HacIa dónde vamos? es un podcast en el cual queremos profundizar sobre el impacto que está teniendo la inteligencia artificial en las empresas, tanto en áreas de innovación y tecnologías, como de manera transversal, incluyendo los modelos de negocios.

¿HacIA dónde vamos? es un espacio de conversación desarrollado por Zoom Tecnológico y Club de Innovación de Chile. Cada semana irás escuchando a especialistas de la industria, innovadores y visionarios del área quienes nos compartirán sus conocimientos y experiencias con esta tecnología.&nbsp; ¿HacIa dónde vamos? es un podcast en el cual queremos profundizar sobre el impacto que está teniendo la inteligencia artificial en las empresas, tanto en áreas de innovación y tecnologías, como de manera transversal, incluyendo los modelos de negocios.

¿HacIA dónde vamos?

SIMPLE MACHINES :) Here i will be talking about simple machines, in physics.I will talk about simple machines as i mentioned as they have a crucial role in our lives.

SIMPLE MACHINES :) Here i will be talking about simple machines, in physics. I will talk about simple machines as i mentioned as they have a crucial role in our lives.

SIMPLE MACHINES :) Here i will be talking about simple machines, in physics.I will talk about simple machines as i mentioned as they have a crucial role in our lives.

AI- Simple machines

Peter Higgs: A Life in Pursuit of the Fundamental Early Life and Education Peter Ware Higgs was born on May 29, 1929, in Newcastle upon Tyne, England. His parents, Thomas Ware Higgs and Gertrude Maude Coghill, were both involved in the arts - his father was a sound engineer for the BBC, and his mother was a former classical pianist. Despite his parents' artistic inclinations, young Peter showed an early interest in science and mathematics. Higgs' childhood was marked by the tumultuous events of World War II. He spent much of his early years moving between London, Bristol, and Devon, as his family sought safety from the German bombings. Despite the disruptions, Higgs excelled academically and earned a scholarship to attend Cotham Grammar School in Bristol. After completing his secondary education, Higgs went on to study at King's College, London. He initially pursued a degree in mathematics but later switched to physics, feeling that it offered a more profound understanding of the world. In 1950, he graduated with a first-class honors degree in physics. Higgs continued his studies at King's College, earning a master's degree in 1952 and a Ph.D. in 1954. His doctoral thesis focused on molecular vibrations and helped lay the groundwork for his later work in theoretical physics. Early Career and the Higgs Mechanism After completing his Ph.D., Higgs took up a research fellowship at the University of Edinburgh. It was during this time that he began to delve deeper into the fundamental questions of particle physics. In the early 1960s, physicists were grappling with a perplexing problem: how to explain the origin of mass in the universe. At the time, the prevailing theory was the Standard Model of particle physics, which described the fundamental particles and forces that make up the universe. However, the Standard Model had a glaring omission - it could not explain why some particles, like protons and electrons, had mass, while others, like photons, did not. Higgs set out to tackle this problem. In 1964, he published a series of papers proposing a mechanism that could give particles mass. According to Higgs, the universe is permeated by an invisible field, now known as the Higgs field. As particles move through this field, they interact with it and acquire mass. The more strongly a particle interacts with the Higgs field, the more massive it becomes. Crucially, Higgs' theory also predicted the existence of a new particle, which came to be known as the Higgs boson. This particle was essentially a ripple in the Higgs field and was the key to verifying the existence of the field itself. Higgs was not alone in proposing this mechanism. Around the same time, several other physicists, including François Englert and Robert Brout in Belgium, and Carl Hagen, Gerald Guralnik, and Tom Kibble in the United States, independently came up with similar ideas. However, it was Higgs' name that became most closely associated with the theory, and the particle itself came to be known as the Higgs boson. The Hunt for the Higgs Boson Despite the theoretical elegance of the Higgs mechanism, proving its existence would prove to be a monumental challenge. The Higgs boson was predicted to be incredibly massive and short-lived, making it extremely difficult to detect. For decades, physicists searched for evidence of the Higgs boson using increasingly powerful particle accelerators. The search became one of the main motivations behind the construction of the Large Hadron Collider (LHC) at CERN, the European Organization for Nuclear Research, in Geneva, Switzerland. The LHC is the world's largest and most powerful particle accelerator. It consists of a 27-kilometer ring of superconducting magnets that can accelerate protons to nearly the speed of light and then smash them together at immense energies. The hope was that, among the debris of these collisions, physicists might finally catch a glimpse of the elusive Higgs boson. On July 4, 2012, after years of intense effort, CERN announced a historic discovery. Two independent experiments at the LHC, known as ATLAS and CMS, had both detected a new particle with a mass of around 125 GeV - consistent with the predicted mass of the Higgs boson. It was a triumph not only for the thousands of physicists and engineers involved in the experiments but also for Higgs and the other theorists who had predicted the particle's existence nearly half a century earlier. Nobel Prize and Legacy The discovery of the Higgs boson was a watershed moment in the history of physics. It provided the final piece of the puzzle in the Standard Model and confirmed the existence of the Higgs field, which is now understood to be a fundamental component of the universe. In recognition of this achievement, Higgs and François Englert were awarded the Nobel Prize in Physics in 2013. The Nobel Committee praised their work for the "theoretical discovery of a mechanism that contributes to our understanding of the origin of mass of subatomic particles." For Higgs, who had spent much of his career in relative obscurity, the Nobel Prize brought a sudden and intense spotlight. He became a scientific celebrity, sought after for interviews and public appearances. Despite his newfound fame, Higgs remained humble and dedicated to his work. He continued to pursue research and to inspire a new generation of physicists. Beyond the scientific implications, the discovery of the Higgs boson and the confirmation of the Higgs mechanism have had a profound cultural impact. The Higgs boson has captured the public imagination like few other scientific concepts, earning nicknames like the "God Particle" (a term Higgs himself dislikes). It has become a symbol of the power of human curiosity and the relentless pursuit of knowledge. Today, Peter Higgs is remembered as one of the most influential physicists of his generation. His work has reshaped our understanding of the universe at its most fundamental level and has opened up new avenues for exploration and discovery. The Higgs boson and the Higgs field are now an integral part of the language of physics, a testament to the enduring legacy of a man who dedicated his life to the pursuit of understanding. As we continue to push the boundaries of our knowledge, from the smallest subatomic particles to the vast expanses of the cosmos, we stand on the shoulders of giants like Peter Higgs. His story is a reminder of the power of human ingenuity, the importance of basic research, and the profound impact that a single idea can have on the course of human understanding. Thanks for listening to Quiet Please. Remember to like and share wherever you get your podcasts.

Peter Higgs: A Life in Pursuit of the Fundamental Early Life and Education Peter Ware Higgs was born on May 29, 1929, in Newcastle upon Tyne, England. His parents, Thomas Ware Higgs and Gertrude Maude Coghill, were both involved in the arts - his father was a sound engineer for the BBC, and his mother was a former classical pianist. Despite his parents' artistic inclinations, young Peter showed an early interest in science and mathematics. Higgs' childhood was marked by the tumultuous events of World War II. He spent much of his early years moving between London, Bristol, and Devon, as his family sought safety from the German bombings. Despite the disruptions, Higgs excelled academically and earned a scholarship to attend Cotham Grammar School in Bristol. After completing his secondary education, Higgs went on to study at King's College, London. He initially pursued a degree in mathematics but later switched to physics, feeling that it offered a more profound understanding of the world. In 1950, he graduated with a first-class honors degree in physics. Higgs continued his studies at King's College, earning a master's degree in 1952 and a Ph.D. in 1954. His doctoral thesis focused on molecular vibrations and helped lay the groundwork for his later work in theoretical physics. Early Career and the Higgs Mechanism After completing his Ph.D., Higgs took up a research fellowship at the University of Edinburgh. It was during this time that he began to delve deeper into the fundamental questions of particle physics. In the early 1960s, physicists were grappling with a perplexing problem: how to explain the origin of mass in the universe. At the time, the prevailing theory was the Standard Model of particle physics, which described the fundamental particles and forces that make up the universe. However, the Standard Model had a glaring omission - it could not explain why some particles, like protons and electrons, had mass, while others, like photons, did not. Higgs set out to tackle this problem. In 1964, he published a series of papers proposing a mechanism that could give particles mass. According to Higgs, the universe is permeated by an invisible field, now known as the Higgs field. As particles move through this field, they interact with it and acquire mass. The more strongly a particle interacts with the Higgs field, the more massive it becomes. Crucially, Higgs' theory also predicted the existence of a new particle, which came to be known as the Higgs boson. This particle was essentially a ripple in the Higgs field and was the key to verifying the existence of the field itself. Higgs was not alone in proposing this mechanism. Around the same time, several other physicists, including François Englert and Robert Brout in Belgium, and Carl Hagen, Gerald Guralnik, and Tom Kibble in the United States, independently came up with similar ideas. However, it was Higgs' name that became most closely associated with the theory, and the particle itself came to be known as the Higgs boson. The Hunt for the Higgs Boson Despite the theoretical elegance of the Higgs mechanism, proving its existence would prove to be a monumental challenge. The Higgs boson was predicted to be incredibly massive and short-lived, making it extremely difficult to detect. For decades, physicists searched for evidence of the Higgs boson using increasingly powerful particle accelerators. The search became one of the main motivations behind the construction of the Large Hadron Collider (LHC) at CERN, the European Organization for Nuclear Research, in Geneva, Switzerland. The LHC is the world's largest and most powerful particle accelerator. It consists of a 27-kilometer ring of superconducting magnets that can accelerate protons to nearly the speed of light and then smash them together at immense energies. The hope was that, among the debris of these collisions, physicists might finally catch a glimpse of the elusive Higgs boson. On July 4, 2012, after years of intense effort, CERN announced a historic discovery. Two independent experiments at the LHC, known as ATLAS and CMS, had both detected a new particle with a mass of around 125 GeV - consistent with the predicted mass of the Higgs boson. It was a triumph not only for the thousands of physicists and engineers involved in the experiments but also for Higgs and the other theorists who had predicted the particle's existence nearly half a century earlier. Nobel Prize and Legacy The discovery of the Higgs boson was a watershed moment in the history of physics. It provided the final piece of the puzzle in the Standard Model and confirmed the existence of the Higgs field, which is now understood to be a fundamental component of the universe. In recognition of this achievement, Higgs and François Englert were awarded the Nobel Prize in Physics in 2013. The Nobel Committee praised their work for the "theoretical discovery of a mechanism that contributes to our understanding of the origin of mass of subatomic particles." For Higgs, who had spent much of his career in relative obscurity, the Nobel Prize brought a sudden and intense spotlight. He became a scientific celebrity, sought after for interviews and public appearances. Despite his newfound fame, Higgs remained humble and dedicated to his work. He continued to pursue research and to inspire a new generation of physicists. Beyond the scientific implications, the discovery of the Higgs boson and the confirmation of the Higgs mechanism have had a profound cultural impact. The Higgs boson has captured the public imagination like few other scientific concepts, earning nicknames like the "God Particle" (a term Higgs himself dislikes). It has become a symbol of the power of human curiosity and the relentless pursuit of knowledge. Today, Peter Higgs is remembered as one of the most influential physicists of his generation. His work has reshaped our understanding of the universe at its most fundamental level and has opened up new avenues for exploration and discovery. The Higgs boson and the Higgs field are now an integral part of the language of physics, a testament to the enduring legacy of a man who dedicated his life to the pursuit of understanding. As we continue to push the boundaries of our knowledge, from the smallest subatomic particles to the vast expanses of the cosmos, we stand on the shoulders of giants like Peter Higgs. His story is a reminder of the power of human ingenuity, the importance of basic research, and the profound impact that a single idea can have on the course of human understanding. Thanks for listening to Quiet Please. Remember to like and share wherever you get your podcasts.

Peter Higgs: A Life in Pursuit of the Fundamental Early Life and Education Peter Ware Higgs was born on May 29, 1929, in Newcastle upon Tyne, England. His parents, Thomas Ware Higgs and Gertrude Maude Coghill, were both involved in the arts - his father was a sound engineer for the BBC, and his mother was a former classical pianist. Despite his parents' artistic inclinations, young Peter showed an early interest in science and mathematics. Higgs' childhood was marked by the tumultuous events of World War II. He spent much of his early years moving between London, Bristol, and Devon, as his family sought safety from the German bombings. Despite the disruptions, Higgs excelled academically and earned a scholarship to attend Cotham Grammar School in Bristol. After completing his secondary education, Higgs went on to study at King's College, London. He initially pursued a degree in mathematics but later switched to physics, feeling that it offered a more profound understanding of the world. In 1950, he graduated with a first-class honors degree in physics. Higgs continued his studies at King's College, earning a master's degree in 1952 and a Ph.D. in 1954. His doctoral thesis focused on molecular vibrations and helped lay the groundwork for his later work in theoretical physics. Early Career and the Higgs Mechanism After completing his Ph.D., Higgs took up a research fellowship at the University of Edinburgh. It was during this time that he began to delve deeper into the fundamental questions of particle physics. In the early 1960s, physicists were grappling with a perplexing problem: how to explain the origin of mass in the universe. At the time, the prevailing theory was the Standard Model of particle physics, which described the fundamental particles and forces that make up the universe. However, the Standard Model had a glaring omission - it could not explain why some particles, like protons and electrons, had mass, while others, like photons, did not. Higgs set out to tackle this problem. In 1964, he published a series of papers proposing a mechanism that could give particles mass. According to Higgs, the universe is permeated by an invisible field, now known as the Higgs field. As particles move through this field, they interact with it and acquire mass. The more strongly a particle interacts with the Higgs field, the more massive it becomes. Crucially, Higgs' theory also predicted the existence of a new particle, which came to be known as the Higgs boson. This particle was essentially a ripple in the Higgs field and was the key to verifying the existence of the field itself. Higgs was not alone in proposing this mechanism. Around the same time, several other physicists, including François Englert and Robert Brout in Belgium, and Carl Hagen, Gerald Guralnik, and Tom Kibble in the United States, independently came up with similar ideas. However, it was Higgs' name that became most closely associated with the theory, and the particle itself came to be known as the Higgs boson. The Hunt for the Higgs Boson Despite the theoretical elegance of the Higgs mechanism, proving its existence would prove to be a monumental challenge. The Higgs boson was predicted to be incredibly massive and short-lived, making it extremely difficult to detect. For decades, physicists searched for evidence of the Higgs boson using increasingly powerful particle accelerators. The search became one of the main motivations behind the construction of the Large Hadron Collider (LHC) at CERN, the European Organization for Nuclear Research, in Geneva, Switzerland. The LHC is the world's largest and most powerful particle accelerator. It consists of a 27-kilometer ring of superconducting magnets that can accelerate protons to nearly the speed of light and then smash them together at immense energies. The hope was that, among the debris of these collisions, physicists might finally catch a glimpse of the elusive Higgs boson. On July 4, 2012, after years of intense effort, CERN announced a historic discovery. Two independent experiments at the LHC, known as ATLAS and CMS, had both detected a new particle with a mass of around 125 GeV - consistent with the predicted mass of the Higgs boson. It was a triumph not only for the thousands of physicists and engineers involved in the experiments but also for Higgs and the other theorists who had predicted the particle's existence nearly half a century earlier. Nobel Prize and Legacy The discovery of the Higgs boson was a watershed moment in the history of physics. It provided the final piece of the puzzle in the Standard Model and confirmed the existence of the Higgs field, which is now understood to be a fundamental component of the universe. In recognition of this achievement, Higgs and François Englert were awarded the Nobel Prize in Physics in 2013. The Nobel Committee praised their work for the "theoretical discovery of a mechanism that contributes to our understanding of the origin of mass of subatomic particles." For Higgs, who had spent much of his career in relative obscurity, the Nobel Prize brought a sudden and intense spotlight. He became a scientific celebrity, sought after for interviews and public appearances. Despite his newfound fame, Higgs remained humble and dedicated to his work. He continued to pursue research and to inspire a new generation of physicists. Beyond the scientific implications, the discovery of the Higgs boson and the confirmation of the Higgs mechanism have had a profound cultural impact. The Higgs boson has captured the public imagination like few other scientific concepts, earning nicknames like the "God Particle" (a term Higgs himself dislikes). It has become a symbol of the power of human curiosity and the relentless pursuit of knowledge. Today, Peter Higgs is remembered as one of the most influential physicists of his generation. His work has reshaped our understanding of the universe at its most fundamental level and has opened up new avenues for exploration and discovery. The Higgs boson and the Higgs field are now an integral part of the language of physics, a testament to the enduring legacy of a man who dedicated his life to the pursuit of understanding. As we continue to push the boundaries of our knowledge, from the smallest subatomic particles to the vast expanses of the cosmos, we stand on the shoulders of giants like Peter Higgs. His story is a reminder of the power of human ingenuity, the importance of basic research, and the profound impact that a single idea can have on the course of human understanding. Thanks for listening to Quiet Please. Remember to like and share wherever you get your podcasts.

Peter Higgs - Audio Biography

一档学生对谈播客，尝试在庸碌竞争的日常生活工作和科研中，用真正的聊天找到那些最有灵气最酷的故事。我们希望这些有意思的小「Fancy」成为热爱的内核，希望无论看见微风或暴雨，我们都愿意讲，“哇，事情开始变得有意思了。”

现在的主播霄宇@Xiaoyu_PKU，合作请致 real_fancy@icloud.com

一档学生对谈播客，尝试在庸碌竞争的日常生活工作和科研中，用真正的聊天找到那些最有灵气最酷的故事。我们希望这些有意思的小「Fancy」成为热爱的内核，希望无论看见微风或暴雨，我们都愿意讲，“哇，事情开始变得有意思了。” 现在的主播霄宇@Xiaoyu_PKU，合作请致 real_fancy@icloud.com

Physics Podcasts / Page 19

The Komander

Interaxion | 物理系ポッドキャスト

Definasyon

PETCast

Sense and Science - with Gaute Einevoll

ALLwissen - Große Fragen, kurze Antworten

Knock on Wood

Debora Campana Psi

Himafi Unsoed

Indrajit@halder Science Around Everywhere

FISICAmente Donna

Física :D

SLOOM

La Fisica di Polibio

Besserwisser

Whispers in Green Static

Fisicaffè

2100

ThinkWORKS: Because Thinking Is The Hardest Work There Is.

Lost Wanderer

Geistertaschenlampe

ILLUMINATI SOUNDS

Naked Nuclear

Phymaths podcast

Spacetime Fika

O Brasil Vai Pro Espaço

The Geometry of Closed Packed Spheres

SCI 240: Chapter 1 and 2 Project

¿HacIA dónde vamos?

AI- Simple machines

Peter Higgs - Audio Biography

真正Fancy

Quest for Christ Podcast

Orientación familiar y educativa

Ask Dr. Chance

Thinking Things Through with Ron Choong

Mother Nature Doesn't Give a Crap

The Greatest Star Wars Podcast

viscometer calibration - Brookfield viscometer repair & services

Quantemplation

Sine..teffic

Beam me up, Potsdam - Einmal Milchstraße und zurück!

Ciencias Ciencillas

Nature 101

Physique statistique - Bernard Derrida

Sport Ever

А мы сможем?

Pythagoras - Audio Biography

origin(منشأ)

Ashton Forbes Livestream