Podcasts about bosons

In this episode of Passion Struck, host John R. Miles interviews Amy Leigh Mercree, a holistic health expert and author of "Aura Alchemy." Amy discusses the concept of auras as biologically generated electromagnetic fields and explains their significance in holistic health and spiritual practices. She shares personal experiences of seeing auras and provides practical tips for developing the ability to perceive auras. Amy emphasizes the importance of mastering one's aura to take control of one's life and enhance intuition. The episode delves into various practices for cleansing electromagnetic fields, including shamanic oral work and medical intuitive healing techniques. Order a copy of my book, "Passion Struck: Twelve Powerful Principles to Unlock Your Purpose and Ignite Your Most Intentional Life," today! This book, a 2024 must-read chosen by the Next Big Idea Club, has garnered multiple accolades, including the Business Minds Best Book Award, the Eric Hoffer Award, and the Non-Fiction Book Awards Gold Medal. Don't miss out on the opportunity to transform your life with these powerful principles!Full show notes and resources can be found here: https://passionstruck.com/amy-leigh-mercree-master-your-aura-master-life/In this episode, you will learn:What auras are and their significance in holistic health and spiritual practicesHow to start developing the ability to see aurasPractical examples of using understanding of auras to make better decisions or navigate challengesVarious practices for cleansing electromagnetic fields, including shamanic oral work, medical intuitive healing, and specific energy clearing techniquesThe concept of neutrino aura manifestation and how it can be used to influence physical reality through intentionAll things Amy Leigh Mercree: https://amyleighmercree.com/SponsorsBrought to you by Clariton, fast and powerful relief is just a quick trip away. Ask for Claritin-D at your local pharmacy counter. You don't even need a prescription! Go to “CLARITIN DOT COM” right now for a discount so you can Live Claritin Clear.--► For information about advertisers and promo codes, go to:https://passionstruck.com/deals/Catch More of Passion StruckCan't miss my episode withDr. Jenny Taitz on How You Live Bigger for True FulfillmentListen to my interview withJason Redman on How You Confront the Dragon in Your MindWatch my episode with Gabby Bernstein on finding profound freedom and inner peaceListen to my solo episode on Find Your Matter Meter: Create Belief in Why You MatterSee my episode with Bronnie Ware on Harnessing Joy in the Little ThingsLike this show? Please leave us a review here-- even one sentence helps! Consider including your Twitter or Instagram handle so we can thank you personally!

Take a deep dive into the past, present and future of Higgs-boson research at CERN. Tune in to a special podcast on the occasion of the enigmatic boson's 12th anniversary. In this episode, 00:00 Teaser 00:13 Intro 03:29 4 July 2012 07:38 Why was this important? 14:29 Behind the discovery 28:19 Bosons and fermions 30:23 Books and metaphors 33:02 Since the discovery 37:47 High-Luminosity LHC 40:31 Physics at the HL-LHC 41:58 Detectors 42:30 The next era 42:52 Dark matter 44:28 Future machines 49:51 Question for you Discover us on your favourite podcast listening platform and CERN YouTube. We value our listeners' opinions and encourage you to share your thoughts on the pilot episode via this feedback form https://www.surveyhero.com/c/podcast-pilot. The survey will only take a minute of your time and it will be highly valuable for us to hear from you!

Episode 191 of the #AskAbhijit show: Ask me interesting questions in the live chat/comments, and I shall answer them.

Welcome to another episode of Quirkcast, where we take a look at the dichotomy of two types of fundamental particles: bosons vs fermions. Today, we'll explore how these particles types play a crucial role in shaping the stability of matter, influencing the dynamics of chemistry, and the complexities of nuclear physics. It's not just theoretical—these categories have tangible effects on the world around us. As we delve into the subject, we'll uncover interesting quirks of bosons vs fermions, such as their ability to switch roles and create intriguing materials like superfluids and superconductors. It's a journey into the unexpected side of physics, where small changes in particle behavior lead to some surprising outcomes. Additionally, we'll touch on some cutting-edge theories proposing that bosons and fermions could be different expressions of the same underlying concept. These are fascinating concepts that might reshape our understanding of the quantum universe. So join us on Quirkcast as we explore the practical and thought-provoking aspects of bosons and fermions in the world of particle physics. Discord: ⁠⁠⁠⁠⁠⁠⁠⁠https://discord.gg/GEvBX4N2

This episode dives into the fascinating world of Fermions and Bosons, the fundamental building blocks of everything. We explore their unique personalities, from the solitary Fermions to the social Bosons who love to clump together. Discover how Fermions create the matter around us, and how Bosons govern the forces that hold it all together. We'll even explore the mind-bending world of Bose-Einstein condensates, where particles become superfluid and defy the laws of physics as we know them! Join us on a journey to decode the mysterious recipe of our universe!

In part 2,  Prof Lewis introduces Dr Karl to Quarks, Leptons and Bosons. It's a messy subatomic zoo and still our Standard Model of everything.Avoid brain pain and listen to part 1 first .  Dr Karl Professor Geraint Lewis  

In this episode, I talk about how quantum spin and how bosons and fermions differ from their wave functions and their rotational properties, and how this results in the existence of matter.

In this episode, I explain the basic information of bosons and fermions and relate it to statistical mechanics.

"Easy Physics" is a podcast that delves into the bizarre and fascinating world of this amazing science. Join us as we use humor and plain language to explore many foundamental principles, and learn about each one of them in a few minutes. From particles that exist in multiple places at once to the immensity of the cosmos, we'll take a lighthearted look at the most mind-bending concepts in physics.Get amazing T-Shirts on ⁠⁠RevanDesignStore⁠⁠, with free shipping for the US! Hosted on Acast. See acast.com/privacy for more information.

Welcome to the Instant Trivia podcast episode 798, where we ask the best trivia on the Internet. Round 1. Category: faces in history 1: Depicted here, he was the first vice president who never became president. Aaron Burr. 2: "Little Lady" depicted here who wrote the bestselling American novel of the 1850s. Harriet Beecher Stowe ("Uncle Tom's Cabin"). 3: This Tennessean is one of those we remember from the Alamo. Davy Crockett. 4: Towns and counties across America are named for this patriotic Pole. Casimir Pulaski. 5: Here's this 15th century French woman in happier times, at the coronation of Charles VII. Joan of Arc. Round 2. Category: come together 1: It's a meeting with the pope, or a group of people attending a TV show taping. audience. 2: The name of this type of banquet that's often accompanied by entertainment is Hawaiian for "young taro tops". a luau. 3: It's the small hammer used to quiet disturbances at parliamentary functions. gavel. 4: A gathering of famous historical people, "Meeting of Minds" was an Emmy-winning creation of this comedian. Steve Allen. 5: This word for a religious festival devoted to a saint precedes Spain's "de San Fermin". fiesta. Round 3. Category: tv vehicles 1: At first ABC would only let Fonzie wear a leather jacket when he was with this vehicle. His motorcycle. 2: Mr. T drove this title group around in a black GMC van with red trim. The A-Team. 3: The type of title automobile driven by Elaine Nardo, Tony Banta and Alex Reiger. Taxi. 4: Ernest Borgnine played this man, skipper of the U.S. Navy's PT73. Quinton McHale. 5: On "Knight Rider" William Daniels provided the voice of this talking Trans-Am. KITT. Round 4. Category: subatomic particles 1: We're positive that an electron has this type of electric charge. Negative. 2: Bosons are named for Satyendra Bose, who with this German-American genius described their behavior. Albert Einstein. 3: Particle name of a 1984 Pointer Sisters "dance", or a bomb that destroys people and not buildings. Neutron. 4: In 1908 this German physicist "clicked" with his first device to count radioactive particles. Hans Geiger. 5: One proton makes up over 99% of the mass of an atom of this element, 2 of which are found in water. Hydrogen. Round 5. Category: department stores 1: This NYC store has opened 2 mini stores at JFK Airport called Bloomie's Express. Bloomingdale's. 2: In the name of an upscale department store, it follows Bergdorf. Goodman. 3: 1 of 3 Western states where you might find a Goldwater's in the mall. Arizona (or New Mexico or Nevada). 4: The name of this chain tells you its flagship store is on Fifth Avenue. Saks Fifth Avenue. 5: London's largest department store, they claim to be Europe's largest. Harrod's. Thanks for listening! Come back tomorrow for more exciting trivia! Special thanks to https://blog.feedspot.com/trivia_podcasts/

Radiative transfer in stars by feebly interacting bosons by Andrea Caputo et al. on Monday 19 September Starting from first principles, we study radiative transfer by new feebly-interacting bosons (FIBs) such as axions, axion-like particles (ALPs), dark photons, and others. Our key simplification is to include only boson emission or absorption (including decay), but not scattering between different modes of the radiation field. Based on a given distribution of temperature and FIB absorption rate in a star, we derive explicit volume-integral expressions for the boson luminosity, reaching from the free-streaming to the strong-trapping limit. The latter is seen explicitly to correspond to quasi-thermal emission from a "FIB sphere" according to the Stefan-Boltzmann law. Our results supersede expressions and approximations found in the recent literature on FIB emission from a supernova core and, for radiatively unstable FIBs, provide explicit expressions for the nonlocal ("ballistic") transfer of energy recently discussed in horizontal-branch stars. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2204.11862v2

Chris fills us in on the widely reported and misunderstood news about changes to physics as we know it, and Claire chats to Elodie Camprasse about the mass moulting of spider crabs in southern waters of Australia and how anyone can help better understand these creatures by joinging in a citizen science project to track their movements. 

*Today we present the return of a classic show. Update: Bob and Cheryl Enyart are being treated in hospital for severe Covid 19 conditions. They love you guys and are praying for you and hope that you will pray for them and their seven wonderful sons and extended family. Before heading in, Bob reminded us, "God is good, all the time." Real Science Radio host Bob Enyart discusses the growing field of quantum biology with Brian, an information systems guy with one of the world's major institutions who earned a double-major in mechanical engineering and physics from Iowa State University. This engineer argues that some of the extraordinary abilities of biological organisms go beyond what seems possible from standard chemistry and physics. Quantum mechanics, astoundingly, enables the navigational abilities of the Arctic Tern to fly halfway around the globe and of Monarch butterflies to migrate from Canada to Mexico. The startling, often sub-atomic, quantum world of the two-slit experiment and of wave/particle duality, of quantum entanglement, superposition, coherence and quantum tunneling, has disrupted the already wildly complex field of biology. Evidence is mounting that the most bewildering abilities of living organisms come courtesy of the Designer using quantum effects to accomplish what otherwise would seem to be impossible! RSR's Quantum Thoughts: - 2018: Quantum Biology Pt. 1 (this program) - 2019: QB Pt. 2: Our seemingly impossible sense of smell  - 2019: How Quantum Computers Do It: Finally, a Helpful Explanation - 2019: Google's Quantum Supremacy - 2019: Top Mathematicians: Ants & Bees, Mold & Amoebas - 2018: Coincidence or Determinism? Quantum theology and physics - 2015: An RSR preview show - 2020: Bob's draft paper rsr.org/wave-particle-duality-is-a-triality - 2021: Our very own RSR List of Quantum Rules (just below). * Jim Al-Khalili Reports on Quantum Biology: Even though the title doesn't mention it, this great embedded video is about quantum biology! (And whereas the video says Part 2 of 2, you don't need to find Part 1 and watch it because it's not about quantum biology.) It's great, except of course for the delusional necessary homage to Darwinism from 47:00 to the end. :) Update: In 2019 the two-slit experiment was conducted successfully with molecules of 2,000 atoms (Fein, et al., Nature Physics) weighing 25,000 to 40,000 AMU (atomic mass units)! Bob stated incorrectly in this 2018 program that to date, the largest molecule used was of 100 atoms. Actually, back in 2013 (Eibenberger, et al., arxiv.org) experimenters produced a quantum interference pattern using a synthetic carbon-based molecule of 810 atoms.RSR's own Quantum Rules DRAFT List: In January 2021 we posted this astounding list of all known quantum rules. So here are the directives which elementary particles obey... - Two electrons of the same energy in an atom must have opposite spin - When two electrons become entangled they must have opposite spin - Photons emitted, within nanoseconds of each other, from an electron going to ground state, are not entangled unless they are emitted in opposite directions - When there are no measurements the quantum wave state proceeds (per Schrödinger's equation) - Any measurement (observation, knowledge of, etc.) collapses the quantum wave state to a particle - A particle is most likely to materialize where the amplitude of it's wave is greatest - At which points in space particles will materialize is based on their probability waves (the probabilty of any particular outcome is the wave function squared) - A massless particle upon creation jumps instantly to the speed of light - Quarks, all of ⅓ or ⅔ +/- charge must always combine to form entities with zero or unit charge - Quarks, observed only as components of composite particles, have charges in thirds - Observed particles have electric charge of 0, +/-1, +/-2, etc.; never observed quarks - Particles cannot have fractional orbital angular momentum but only 0, ħ (h-bar), 2ħ, 3ħ, etc. - Leptons (electrons, etc.), nucleons, & quarks' spin angular momentum must be half-odd-integer ½ħ, etc. - Bosons (photons, etc.) and mesons have integral spin (i.e., in integers; pion = 0; photons, gluons = 1; etc.) - If a baryon decays the number of baryons must be conserved - A free neutron decays in minutes whereas it is stable within the nuclei of all the non-radioactive elements   (otherwise eventually only hydrogen would exist because the strong nuclear force needs neutrons to overcome proton repulsion) - A proton can't decay because it is the lightest baryon (otherwise all elements would be unstable) - Waves have "allowed regions" based on conservation laws - If a baryon decays the electrical charge must be conserved - Virtual particles differ in mass but conserve the energy and momentum of their corresponding particle - Angular momentum must be quantized in magnitude - Angular momentum must be quantized in direction - Bosons can occupy the same quantum state - All particles decay (strong 10-23 s; e-m 10-16 s; weak 10-13 s) unless prevented by conservation laws - All known conservation laws:   -- energy   -- momentum   -- angular momentum J, but orbital (integer ħ) and spin (half-integer ħ) can transfer back and forth       --- orbital (bosons include photons, gluons, Higgs, conventional mesons, etc.)       --- spin (fermions which include leptons, baryons & quarks, etc.)   -- charge   -- baryon number (i.e., quark number, in protons, neutrons, Lambdas, Sigmas, etc.) - Conservation laws that have exceptions (as in, "Do not divorce, except for sexual immorality" Mat. 19:9)   -- lepton number (electrons, muons, taus, and their neutrinos, violated including in neutrino oscillation)   -- lepton flavor conservation (neutrinos?) While Wikipedia has a list of QM equations, RSR posted the above because we've been unable to find a published list of all known quantum rules. If you know of such a list, or have any corrections or additions, please contact us at Bob@rsr.org. Thanks!

It's a tale of pairs and "self-coupling", which causes Top quark endless mirth, in this episode, with Higgs boson pairs, self-annihilating photon pairs producing antimatter (in an electron/positron pair), and a pair of oddly red asteroids. Tune in for another wide ranging episode, also featuring olympic rants.

In this Month’s show we have music from Higgs and the Bosons, MUTO, Lives, Xanthia Geen, The Great Leslie & Anabolic Steroids

When atoms were smashed, particle physics went nuts. The subatomic domain should describe everything but so many  pieces are missing. Dr. Karl and Professor Lewis look inside the atom in this podcast. So what the flip is subatomic particle physics ?  drkarl.com  

Apple Spotify  Youtube   In aflevering 32 ga ik in gesprek met Derk Boswijk CDA Kamerlid (Lijst #14), Reserveofficier KL, Ondernemer Derk Boswijk Derk Boswijk staat #14 op de lijst van het CDA en als de peilingen uit gaan komen, dan gaat Derk in 2021 een zetel pakken in de tweede kamer. Hard werken en niet opgeven, ;aten zien dat veel mogelijk is. Derk heeft zichzelf opgewerkt vanuit het VMBO naar een MASTER en hij maakt zich hard voor gelijke kansen voor de diverse opleidingsniveau. Veel politici praten erover, Derk heeft het meegemaakt, en dat is ook wel het gevoel dat ik zelf heb overgehouden aan dit gesprek, een doener en een persoon die echt wil aanpakken. Als ondernemer runt Derk zijn eigen ingenieursbureau, BOSONS, en is hij bij de Koninklijke Landmacht actief als reserveofficier. Dit is voor hem wel een droom die uitkomt en met zijn expertise vanuit civiel, komen beide werelden heel mooi samen. De verbinding tussen het bedrijfsleven, Defensie EN de politiek is een feit. Derk is auteur van het boek 'Theodore Roosevelt, de Progressieve Populist'. (Winactie; 2 gesigneerde exemplaren weg, meld je HIER aan.) We hebben gesproken over het huidige (politieke) leiderschap. In Nederland, in de wereld, wat er nodig is, en hoe we er zelf tegenaan kijken. Niet altijd eens en wel respect voor elkaar standpunten, zoals het hoort. Derk bedankt voor het gesprek! ------------------------

Latest Podcast featuring great music from Kevin Iverson, Jason How, My Everest, Higgs and the Bosons, We Ghosts, little Suspicions & Luke J Dorman.

E239 Physicist and research scientist (lasers and robotics) human, Dr. Stephen Granade, is also a writer of both interactive and regular fiction. He’s hosted a science YouTube series for NASA (“No Small Steps“) and has his own shows on YouTube, as well (“Ever Wonder Why?“ and “Let’s Play Interactive”). He specializes in sensors for robotic […]

  Chez les Bosons les profils sont très hétéroclites : on a des ingénieurs avides de complexité, des experts du management et de la transformation des organisations, des directeurs artistiques, des magiciens de l’espace, des communicants, et on a même une amoureuse de philosophie. Elle s’appelle Apolline Dumont et elle a la douce idée de nous réunir régulièrement pour des parenthèses philosophiques avec un gros paquet de chouquettes et des tasses de café fumant. Alors on s’empresse de s’agglutiner autour d’elle et on l’écoute patiemment.  Aujourd’hui, elle questionne la place de l’Homme dans la société.  

L'actualité quantique de la quinzaine par Fanny Bouton et Olivier Ezratty avec du IBM, Delft, les photons chinois et Google.

With their beloved editor out of town, the girls try to take on every role of this MiniBrunch (adjust your headphones, earbuds, speakers, etc. accordingly). Megs challenges Beck to a mini game sesh that's all about getting to know her better… they play two divisive rounds of “FMK” regarding classic actors they've discussed in previous episodes, as well as Bosons from Below Deck. Megs finally puts Beck through the “Lighting Round”. 

The show starts with Dan, Jessi and Shahin in attendance. Henry is traveling from his old home base in Minnesota to his new command bunker in lovely Las Cruces, NM. Last we heard he was in Kansas City and making good time. We’re not sure how long we’re going to have to do without him as Comcast seems to be slow playing him on his internet installation timeline.Why Freeze the Whole Room If you Just want a Frozen Atom?Our big topic today is the quantum computing company ColdQuanta. It’s headed by an old pal of ours Bo Ewald and has just come out of stealth mode into the glaring spotlight of RadioFreeHPC. They have a unique approach to quantum computing, trapping atoms themselves to create Bose-Einstein Condensate. This is a fifth state of matter, which matters quite a bit. When you freeze a gas of Bosons at low density to near zero, you start to get macroscopic access to microscopic quantum mechanical effects, which is a pretty big deal. With the quantum mechanics start, you can control it, change it, and get computations out of it. The secret sauce for ColdQuanta is served cold, all the way down into the micro-kelvins and kept very locally, which makes it easier to get your condensate.The company is focused on measurement and sensing but also mention straight computation, the latter like most of the other quantum competitors. They were the first company to put their quantum computer in space and the first to create Bose-Einstein Condensate while in orbit at the International Space Station.Catch of the WeekJessi:  Want to chill out and help NASA at the same time? Jessi has found a way with NeMO-Net, a game where users cruise through an animated ocean floor and classify coral structures. Your answers are then fed into NASA’s Pleiades supercomputer, which uses the data as fodder to improve it’s own identification prowess. It’s a great way to while away the hours during these Covid19 shut downs, right?Shahin:  has two catches, the first is a celebration of IBM’s quant-iversary, marking the fourth anniversary of them having a quantum computer on the web – many happy returns to Big Blue. They’re also sponsoring a contest, see the web link for details.In his second catch, Shahin shamelessly promotes his recent talk at the HPC AI Advisory Council virtual Stanford conference. He did a great job on covering just about every buzzword topic in the industry in only 30 minutes, well done.Dan:  Dano likes fast things and seeing fast things get even faster. This is what attracted him to the story about ISV Risk Fuel and Microsoft’s Azure posting an article boasting a 20 million x speedup of derivative processing.  A 20 million times speedup of anything is pretty significant and they achieve this with a combination of 8 NVIDIA V100 GPUs (w/32GB memory each), InfiniBand and Risk Fuel’s amazing software. What’s great about this is that with this speed the model has complete fidelity with traditional calculations. In other words, you can speed all you like without any downside when it comes to accuracy – amazing stuff.Join us!* Download the MP3 * Sign up for the insideHPC Newsletter* Follow us on Twitter * Subscribe on Spotify * Subscribe on Google Play * Subscribe on iTunes * RSS Feed * eMail us

What happens when you squeeze a star ?  Dr Karl gets inside one with Professor G. Lewis. They travel from the subatomic level up with the latest on Neutron Stars. Trigger Warning - Quarks and Bosons are mentioned . It's part one with more from the Neutrons next time.   http://www.physics.usyd.edu.au/~gfl/

LE MYTHE DU DÉSÉQUILIBRE CHIMIQUE DU CERVEAU Par Albert Moukheiber, Chiasma x Belleville by Boson Belleville by Boson c’est un lieu ouvert par The Boson Project. Et pour que vous compreniez mieux qui on est, un petit mot sur ce qu’est un Boson : Le Boson de Higgs c’est une particule élémentaire de l’univers, une particule indivisible. Plus petite qu’un atome, plus petite qu’un électron… Mais c’est aussi ce qui donne de la masse à la matière, c’est ce qui fait qu’on existe quelque part. Donc c’est tout petit, mais c’est aussi indispensable à l’ensemble.  Et nous, nous sommes persuadés que nous sommes tous des Bosons. En tant que citoyens, en tant que collaborateurs, nous sommes les particules élémentaires qui font bouger les lignes dans nos sociétés et dans nos entreprises.  Donc on a créé ce lieu pour se Bosoniser tous ensemble. Un lieu où on pourrait tous s’interroger, s’informer, s’engager, se questionner, s’ouvrir, s’inspirer. Et nous croyons beaucoup à l’interdisciplinarité. Parce qu’en cultivant la découverte, le croisement des disciplines, des sensibilités, des regards, on ne peut que mieux “faire société” ensemble, et donc être des meilleurs Bosons. C’est pour ça qu’ici on fait venir des philosophes, des politiques, des écrivains, des entrepreneurs, des scientifiques, et je dirais même plus, des neuroscientifiques.  Il y a une chose qui nous semble assez essentiellr dans la société d’aujourd’hui, c’est de réhabiliter la complexité. Dans un monde qui est aujourd’hui mondialisé, interconnecté, systémique, on ne peut plus réduire une problématique à un seul champ d’études, on ne peut pas simplifier les problèmes et encore moins leurs solutions. On pense que la simplification, ça fait le lit du populisme, et que malheureusement on la retrouve bien trop souvent dans les discours des médias ou dans les débats de société. Des raccourcis, des parallèles douteux, des métaphores putes à clic.  Et ce que propose Chiasma, c’est assez édifiant. C’est nous mettre face à tous les mauvais arguments qu’on peut retrouver. Ça nous met face à tous les biais manipulateurs, et ça nous permet de consolider notre esprit critique. Et c’est essentiel l’esprit critique pour s’informer puis pour s’engager. C’est le pré-requis.  Découvrez dans ce podcast, une mini-conférence d'Albert Moukheiber qui illustre la nécessité de réhabiliter le doute et de vérifier les sources des informations que nous utilisons dans les débats en prenant l'exemple de la théorie du déséquilibre chimique du cerveau

About S.N.Bose, one of the great Indian scientists of modern era after whom the Bosons are named.

How far back can we trace the ancestry of dogs? For just how long have they been following us around? The answer is for a very long time - long before humans settled down and developed societies. Scientists in France have been looking at ancient dog DNA to try and work out whether people tamed and domesticated local dogs as they migrated across the planet, or brought dogs with them. The answer tells us much about the relationship - or rather lack of it, between early farmers and the hunter gathers they replaced throughout Europe. And how many Bosons can you fit in a rocket? As they are rather small particles the answer will be quite a lot, but a team from Germany has succeeded in making a form of mater known as the Bose Einstein Condensate in a small rocket which they launched into the Earth’s upper atmosphere. Potentially the success of their experiment could lead to new ways of detecting gravitational waves in space. Back on earth a group of ‘A’ level students have been looking at or rather listening to data from space, and published a scientific paper on their observation of a solar storm. In a unique partnership with university physics researchers, information on electromagnetic waves around our planet has been turned into audible data. The keen ears of the students identified events that had not previously been detected. And how incriminating is your washing machine? Digital forensics, the unpicking of the data trails on our digital devices, from phones to TV tuners, even baby monitors and washing machines are now playing a part in criminal investigations, not just cases involving online fraud or cybercrime, but any investigation looking at what suspects were doing and when. A digital trail can act as evidence for time and place.

Mait Müntel is the CEO of Lingvist and was part of the team at CERN who discovered the Higgs Boson. He is also a lovely and quite hilarious individual. Listen to this podcast if you want a focused 40 minutes of laughing and learning in one place. He gives top insights into the world of science, business and learning with great ideas and heart-warming stories. TOPS TIPS FOCUS Focus in business and life is essential to success. Focus on what you can change. Don’t waste time worrying about things you can’t change. And keep a relentless focus on the thing you are doing and make it the most important thing above all else. SHOW DEDICATION TO YOUR BUSINESS Mait took a business loan to fund the company initially, this showed that he was keen to make it happen at great personnel risk with his house on the line. Proving to investors that you are really committed to making your idea a success is essential and if they know you are committed to it and are taking risks they can feel more safe with risking their own money. ENJOY THE RIDE Mait’s story about hiking and the pains you go through in a hike ends up delivering such a satisfying feeling at the end. When you realise that ‘future you’ will look back at ‘present you’ and the situation you are in as a really cool thing. You can enjoy the ride a lot more when you are aware that your problems are moments you will overcome and look back with fondness then you can appreciate and enjoy the moment itself much more, rather than letting it get you down. BOOKS Get any of the books free on audible (https://www.amazon.co.uk/Audible-Free-Trial-Digital-Membership/dp/B00OPA2XFG?tag=samharris48%E2%80%9321) PATRICK LECONCIONI Patrick writes great business parables. Entire books that are stories of fictitious but realistic events where he breaks down what you can learn and how to be a better communicator, team player and leader. They are a really nice balance between story telling and more formal explanations of information and processes and how to apply them. Some of his best works are below. The Ideal Team Player: Cultivate The Three Essential Virtues (https://www.amazon.com/gp/product/1119209595/ref=as_li_qf_asin_il_tl?ie=UTF8&tag=4802d-20&creative=9325&linkCode=as2&creativeASIN=1119209595&linkId=96eecc57c1a4c85399747666a0e1fdf0) The Five Temptations of a CEO (https://www.amazon.com/gp/product/0470267585/ref=as_li_qf_asin_il_tl?ie=UTF8&tag=4802d-20&creative=9325&linkCode=as2&creativeASIN=0470267585&linkId=2c6252bda477854f714e9b1b08f1e8a5) Death by Meeting: Solving the Most Painful Problem in Business (https://www.amazon.com/gp/product/0787968056/ref=as_li_qf_asin_il_tl?ie=UTF8&tag=4802d-20&creative=9325&linkCode=as2&creativeASIN=0787968056&linkId=a0698313c1bdd2bfd8bf9e649d2fe3fc) The Advantage: Why Organizational Health Trumps Everything Else (https://www.amazon.com/gp/product/0470941529/ref=as_li_qf_asin_il_tl?ie=UTF8&tag=4802d-20&creative=9325&linkCode=as2&creativeASIN=0470941529&linkId=04ec88cc7b564ed9e5ea9dab9a05654d) Overcoming the Five Dysfunctions of a Team (https://www.amazon.com/gp/product/0787976377?ie=UTF8https://www.amazon.com/gp/product/0787976377/ref=as_li_qf_asin_il_tl?ie=UTF8&tag=4802d-20&creative=9325&linkCode=as2&creativeASIN=0787976377&linkId=c6915339fcbe0c982431b78bb13f210b) The Patrick Lencioni Box Set 2016 (https://www.amazon.com/gp/product/1119365562/ref=as_li_qf_asin_il_tl?ie=UTF8&tag=4802d-20&creative=9325&linkCode=as2&creativeASIN=1119365562&linkId=4afd152ee192ae8669dc8d96efb270f7) Contact Us You can find out more about us and chat about anything you like Mait LinkedIn (https://www.linkedin.com/in/maitmuntel/) Sam: Instagram (https://www.instagram.com/samjamsnaps/) Quora (https://www.quora.com/profile/Sam-Harris-58) Twitter (https://twitter.com/samharristweets) LinkedIn (https://www.linkedin.com/in/sharris48/) Sam's blog - SamWebsterHarris.com (https://samwebsterharris.com/) Support the Show - Patreon (https://www.patreon.com/growthmindset) Subscribe! If you enjoyed the podcast please subscribe and rate it. And of course, share with your friends! Special Guest: Mait Müntel .

In this episode, we discuss... Steven's introduction to nuclear through physical chemistry.   An explanation of CERN's mission and the Large Electron Positron Collider.   Antimatter and the Z Boson.   Why the effective mass of particles increase as you get closer to the speed of light.   The misconceptions of particle collisions and an explanation of their interactions.   The benefits of partnering with others in the industry.   Collecting data through Z factories and the families of particles and quark.   The Theory of Super-Symmetry and the Grand Unification Theory.   Why it's better to refer to dark matter as invisible matter and its interaction with light in space.   The ATLAS Experiment and photographing particle collisions.   How measuring the Higgs Boson can help give us a new window into physics.  

In this podcast, Cody Gough and Ashley Hamer discuss the following stories to help you get smarter and learn something new in just a few minutes: A Literally Immortal Jellyfish Could Teach Scientists How to Live Forever This Is the Best Way to Argue with Your Partner, Says a Communication Expert Black Holes Might Not Exist, So Here Are 5 Weirder Alternatives Follow Curiosity Daily on your favorite podcast app to learn something new every day withCody Gough andAshley Hamer. Still curious? Get exclusive science shows, nature documentaries, and more real-life entertainment on discovery+! Go to https://discoveryplus.com/curiosity to start your 7-day free trial. discovery+ is currently only available for US subscribers. See omnystudio.com/listener for privacy information.

Thank you!!! • New quantum material? • Fermions and Bosons • Fermions and Bosons • Weyl Fermion • Basic access to health care! Help! • Brains and memory •

Continuing on from the previous episode, here I discuss some more advanced topics in Quantum Mechanics, including Noether’s theorem, the particle statistics of Bosons and Fermions, perturbation theory, and the EPR paradox. Recommended Pre-listening is Episode 83: Advanced Quantum Mechanics Part I.

Une étude effectuée sur 13 amas de galaxies par des observations de l'émission X du gaz chaud vient de tester l'hypothèse que la matière sombre (matière noire) soit constituée de bosons très légers, formant une matière noire "floue". Les observations apparaissent plus cohérentes avec ce modèle qu'avec celui de la matière noire froide...

AstronomyCast 394: Bosons by Fraser Cain & Dr. Pamela Gay

Diese Arbeit pr"asentiert zwei Analysen des Zerfallskanals hwwlnln mit den Daten des ATLAS experiments am LHC. Die analysierten Daten wurden im Jahr 2011 bzw. 2012 bei einer Schwerpunktsenergie von $sqrt{s} = 7 TeV$ bzw. $8 TeV$ aufgezeichnet und es wurde eine integrierte Luminosit"at von $25,textrm{fb}^{-1}$ erreicht. Die beiden Analysen unterscheiden sich im analysierten Phasenraum, der von der Massen $m_{rm H}$ des Higgs boson Signals abh"angt. Die Analyse f"ur Massen $m_{rm H} < 200 GeV$ wurde "uber die letzten Jahre optimiert, um in der Lage zu sein, eine Pr"azisions Messung der Kopplungen einer Resonanz bei $m_{rm H} approx 125 GeV$ durchzuf"uhren. Dabei wird ein Likelihood Fit der transversalen Masse $mT = sqrt{ (E_{T}^{ell ell} + P_{T}^{nu nu})^2 - | vec{P_{T}^{ell ell}} + vec{P_{T}^{nu nu}|^2} }$ angewendet. Mit einer statistischen Signifikanz von $6.1 sigma$ konnte ein hwwlnln Signal bei einer Masse $m_{rm H} = 125.36 pm 0.41 GeV$ beobachtet werden. Die Messung der Signalst"arke, dem Verh"altniss von experimentell bestimmtem Produktionswirkungsquerschnitt mal Verzweigungsverh"altnis zur theoretischen Prognose, ergab folgenden Wert: begin{align*} mu &= 1.08,^{+0.16}_{+0.15} textrm{(stat.)} ,^{+0.16}_{-0.14} textrm{(syst.)}, end{align*} was im Einklang mit der Standard-Modell-Vorhersage steht. Die Skalierung der Kopplungen des Higgs bosons an Fermionen und Bosonen wurden bestimmt zu: begin{align*} kappa_{F} &= 0.92,^{+0.30}_{-0.23} kappa_{V} &= 1.04,^{+0.10}_{-0.11}. end{align*} Zur Suche nach schweren, Higgs boson artigen Teilchen wurde die Analyse des hwwlnln Zerfallskanals f"ur Massen $m_{rm H} > 200 GeV$ optimiert. Auch im hohen Massenbereich wird ein Likelihood Fit an der Verteilung der transversalen Masse mT durchgef"uhrt. Es wurden obere Grenzen auf Produktionswirkungsquerschnitt mal Verzweigungsverh"altnis f"ur drei Szenarien bestimmt: Standard-Model-Higgs-Boson im Massenbereich $200 leq m_{rm H} leq 1 TeV$, Higgs boson artige Resonanz mit einer Zerfallsbreite von $1 GeV$ im Massenbereich $200 leq m_{rm H} leq 2 TeV$ und das elektroschwache Singlet Szenario im Massenbereich $200 leq m_{rm H} leq 1 TeV$, bei dem die Zerfallsbreite zus"atzlich zur Masse variiert wird. Es konnte in keinem getesteten Szenario ein statistisch signifikanter Daten"uberschuss beobachtet werden und dar"uberhinaus konnte ein Standard Modell artiges Higgs Boson bis zu einer Masse von $m_{rm H} = 661 GeV$ ausgeschlossen werden.

The ratio of the production cross sections for W and Z bosons in association with jets has been measured in proton–proton collisions at s√=7TeV with the ATLAS experiment at the Large Hadron Collider. The measurement is based on the entire 2011 dataset, corresponding to an integrated luminosity of 4.6fb−1 . Inclusive and differential cross-section ratios for massive vector bosons decaying to electrons and muons are measured in association with jets with transverse momentum pT>30GeV and jet rapidity |y|

Wed, 1 Jan 2014 12:00:00 +0100 https://epub.ub.uni-muenchen.de/24264/1/oa_24264.pdf Albrand, S.; Albert, J.; Akimov, A. V.; Akimoto, G.; Akesson, T. P.; Aielli, G.; Ahmadov, F.; Ahlen, S. P.; Agustoni, M.; Aguilar-Saavedra, J. A.; Agatonovic-Jovin, T.; Adye, T.; Adomeit, Stefanie; Adelman, J.; Addy, T. N.; Adams, D. L.; Adamczyk, L.; Acharya, B. S.; Abulaitia, Y.; Abreu, H.; Abramowicz, H.; AbouZeid, O. S.; Abolins, M.; Abi, B.; Aben, R.; Abdinov, O.; Abdel Khalek, S.; Abdallah, J.; Abbott, B.; Ab

Leonard Susskind introduces the spin statistics of Fermions and Bosons, and shows that a single complete rotation of a Fermion is not an identity operation, but rather induces a phase change that is detectable.

How do you confuse Prof Brian Cox? Put him in the Large Hadron Collider and tell him to stand in the corner. Sal is a gumshoe. That means everyone wants to slap him. His old flame Mabel needs some help, there's been a murder at the LHC. Will Sal solve the case? Will they find any Bosons at all? Shouldn't they all have French or German accents? It's in Switzerland for goodness sake. Take the plunge, intrepid adventurers… Sal – Matt Kirk Mabel – Elena Wright Scarlet Astor – Amy Wackett Sam Butler – Dan Bond Frankie the security guy – Jamie Crowther One of the boys in the lab – Brian Macken Written by Dan Bond & Brian Macken Produced by Dan Booth Some sound effects provided by Freesound.org

Oh My gosh! It's Kelly Link! The awardwinning Author of my favourite short story "Magic for Beginners"!!! You can download some of her stories for free, and even listen to them on the internet.  Anyway, we're talking about superfluids today. What's a superfluid? Well. It's what you get when you cool helium down really cold. It has strange properties. Watch some videos on it, if you have time... It might help. Fiona and Jocelyn are back to help me explain. well. try to explain. 

Harald Fritzsch discusses a model of composite weak bosons.

Fri, 24 Apr 2009 12:00:00 +0100 https://edoc.ub.uni-muenchen.de/10060/ https://edoc.ub.uni-muenchen.de/10060/2/Tiller_Britta.pdf Tiller, Britta Ulrike d

Origine de la vie et génération d'un code génétique 8 janvier 2007 - Albert Libchaber Search for Gravity-like Forces at Sub-millimeter Distances 5 février 2007 - A. Kapitulnik High Energy Physics at the Start of the LHC 5 mars 2007 - M. Mangano Quantum Mechanics in the Information Age 2 avril 2007 - C.M. Marcus LHC Olympics: How to prepare for the Unknown Future of Particle Physics? 7 mai 2007 - H. Verlinde L'effet dynamo au laboratoire : leçons pour les champs magnétiques terrestre et cosmiques ? 4 juin 2007 - F. Daviaud Un effet quantique étonnant : l'effet Hanbury Brown-Twiss atomique avec des fermions et des bosons. 5 novembre 2007 - A. Aspect Our Implausible Universe. 3 décembre 2007 - Carlos S. FRENK

Review of Fermions and Bosons. Review of Fermi Gas. All about the Bose gas, and its ditsrubution function. In the classical limit, the Fermi-Dirac distribution function and the Bose-Einstein distribution function approach the same form, and we recover ideal gas physics. We derive many properties about the ideal gas, and extend it to the case of internal degrees of freedom. More detail about the equipartition theorem, and how as temperature is raised, the heat capacity jumps up every time a new degree of freedom becomes excited. Example: Diatomic molecule. (Visual aids: many diatomic molecule models made from balls and springs.) Example: Experimental verification of the ideal gas law through the Sackur-Tetrode equation for entropy. Lecture Audio

We're having a midterm exam Wednesday, and today is a review of everything in chapters 1-7 in the text, Kittel and Kroemer's Thermal Physics. Topics include: Fundamental assumption of statistical mechanics, Laws of Thermodynamics, Probabilities and the Partition Function, Entropy and Temperature, Heat Capacity and Energy, Thermodynamic Identity, Helmholtz free energy, Free energy and the partition function, Maxwell Relations, Planck Distribution Function and blackbody radiation, Chemical potential, Grand partition function, Density of States, Fermions and Bosons, Ideal Gas, Ideal Gas Processes, and a few equations to memorize for the exam. Lecture Audio

Diese Arbeit ist eine Weiterentwicklung der beim OPAL-Experiment verwendeten Faltungsmethode zur Bestimmung der Masse des geladenen Eichbosons der schwachen Wechselwirkung. Die Methode wurde ausgeweitet auf eine gleichzeitige Bestimmung der Masse Mw und der Zerfallsbreite Gw des W-Boson genannten Eichbosons. Analysiert wurden dazu Daten, die mit dem OPAL-Experiment in den Jahren 1997 bis 2000 aufgezeichnet wurden. Von den möglichen Zerfällen der erzeugten W-Bosonpaare werden nur semileptonische betrachtet, bei denen ein W-Boson hadronisch in ein Quark-Antiquark-Paar zerfällt und das andere in ein geladenes Lepton und ein Neutrino. In der Faltungsmethode werden die aus der Detektorauflösung resultierenden Fehler der einzelnen Ereignisse berücksichtigt. Dazu wird eine Funktion P(m) für jedes Ereignis ermittelt, welche die Wahrscheinlichkeit angibt, daß die produzierten W-Bosonen eine mittlere Masse m haben. Diese sogenannte Ereigniswahrscheinlichkeitsdichte wird mit einer Physikfunktion PF(m;Mw,Gw) gefaltet, die von den Parametern Masse Mw und Zerfallsbreite Gw des W-Bosons abhängt. Sie beschreibt die Erzeugungswahrscheinlichkeit der W-Bosonpaare unter Berücksichtigung von Photonabstrahlung im Anfangszustand. Aus dieser Faltung erhält man eine von Mw und Gw abhängige Ereignis-Likelihoodfunktion, die ein Wahrscheinlichkeitsmaß dafür ist, daß dieses Ereignis von einem W-Boson mit den Parametern Mw und Gw herrührt. Aus allen selektierten semileptonischen W-Bosonereignissen wird eine Gesamt-Likelihood-Funktion L(Mw,Gw) berechnet. Durch Maximierung dieser Funktion bezüglich Mw und Gw ist erstmals bei OPAL eine gleichzeitige Bestimmung der Masse und Breite des W-Bosons möglich. Mit einer integrierten Gesamtluminosität von 683.84 pb^-1, die in den Jahren 1997 bis 2000 bei Schwerpunktsenergien von 183 bis 208 GeV vom OPAL-Experiment aufgezeichnet wurden, ergibt sich aus den semileptonischen Zerfällen von W-Bosonpaaren ein Wert für die Masse Mw und Breite Gw des W-Bosons zu: Mw = 80.424 +- 0.077 GeV/c^2 Gw = 2.126 +- 0.130 GeV/c^2 Die gemessenen Parameter befinden sich in guter Übereinstimmung mit den Vorhersagen des Standardmodells der Teilchenphysik.