Podcasts about insulator

Aerogels are lightweight materials that make good thermal insulators.

With help from NASA, the market potential for this revolutionary insulator was expanded beyond space.

Administrative Director for District 4 of the Communication Workers of America, Frank Mathews, joined the America's Work Force Union Podcast to talk about the largest federal call center strike in America. Mathews also discussed the pro-labor success during state elections in his district and his growing concern with Congress. As a part of National Apprenticeship Week, the Business Manager for the Heat and Frost Insulators and Allied Workers Local 50, Dan Poteet, joined the America's Work Force Union Podcast to discuss how the apprenticeship program impacts the ongoing and upcoming work in Local 50's Central Ohio jurisdiction and despite record membership growth, Local 50 needs more members to fill the expected workload over the next 5 years.

A super material made at NASA resists solvents that could dissolve other insulators making it a perfect choice for hypersonic electronics and pacemakers.

Infosec Decoded Season 3 #49: Bosonic Correlated Insulator With @kaitlynguru@infosec.exchange and @sambowne@infosec.exchange Links: https://samsclass.info/news/news_062023.html

If you are an antiquary and love to collect vintage glass insulators, then you might have come across Hemingray 42. This distinctive model is offered in a wide variety of hues, some of which are scarce and expensive. You do not need to surf the internet anymore to locate and get the best version of the Hemingray glass insulator for yourself. This article will provide you with all the necessary information you need as well as a step-by-step guide using which you can find the original Hemingray42 glass insulators. Let's learn about the Hemingray 42 Glass Insulator's history, value, how to spot these vintage Hemingray 42 Glass insulators, and what are some of the authentic marketplaces where you can find this vintage glass insulator. Check Images: Valuable Antique Detector(https://www.txantiquemall.com/hemingray-42-glass-insulator/) Pin: https://www.pinterest.com/valuableantiquedetector/ FB: https://www.facebook.com/valuableantiquedetector/ TW: https://twitter.com/antiquedetector Ins: https://www.instagram.com/valuableantiquedetector/   Hosted by Ausha. See ausha.co/privacy-policy for more information.

Diodes are key components in modern electronics, but what are they and what do they do? We take a few minutes to describe diodes and their function.See omnystudio.com/listener for privacy information.

Richard Rothwell, Training Coordinator for the International Association of Heat and Frost Insulators and Allied Workers Local 6 Joint Apprenticeship and Training Committee, joined the AWF Union Podcast and discussed his career journey as a third-generation Insulator and the importance of being loyal to one's Local Union. He also spoke about the need to elect labor-friendly candidates.   Tom Buffenbarger, an independent labor voice, appeared on the AWF Union Podcast and talked about the failure of Congress to provide railroad workers with paid sick days. He also compared the situation of the railway workers to that of workers in the airline industry.

Rev. Ian Cummins

What is it, or how and what have you done to mentally prepare yourself and your Family?Unapologetically Patriotic Coffee – Minutemen Coffee CompanyTimeless Fence System | This Post IS the Insulator!Contact e-mail:  sometimestruthhurts2021@gmail.comFormer MMA fighter thwarts felon attack on police officer - TheBlazeMonkeypox: The New World Order Prepares Their Final Attack (noqreport.com)Stock market crashes in worst day since pandemic over fears of a recession - TheBlazeAmerican households are spending $5,000 a year on gas as prices rise and economic woes worsen - TheBlaze

In this episode we discuss the many food processing plants that have been destroyed by fire and other disasters. This and much more. So join us on this adventure.Minutemen Coffee is Unapologetically Patriotic – Minutemen Coffee CompanyTimeless Fence System | This Post IS the Insulator!ANOTHER Food Plant Catches Fire In Virginia Amid Wave of Destroyed Food Facilities (infowars.com)ice age farmer | food, abundance, warmth

In this season at Level Up Stronger we're speaking with women across the globe who have found careers in the male dominated trades industries. It's often hard for many women to see themselves in these male dominated careers but there are a whole lot of AMAZING AND TALENTED women who are not only working in trades but thriving, so we explore how they got there, what it's like now, and get their advice on how to get started. In today's podcast we meet LINDSAY DAVIS, A JOURNEYMAN MECHANICAL INSULATOR, who has 7 women working on her team!! Like so many women, Lindsay knew she had to find a way to provide for her kids, and after a chance encounter with a Women in Trades group at a career fair, Lindsay began her journey into a career that will undoubtably support her for a lifetime. She, so many other women in her field are finding ways to level up stronger. 

Alan interviews Pracheeti Shikarkhane. Pracheeti Shikarkhane's team of high school girls won an international innovation challenge with their invention, Eco Gel - an improved aerogel for aerospace applications. Now they have funding to bring their unique banana fiber-based product to market. Make sure to subscribe to the podcast at Apple Podcasts, or wherever you get your podcasts, so you won't miss a single episode. Email: Info@SkyeLabsInnovation.com

What kind of energy are you sharing? --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app --- Send in a voice message: https://anchor.fm/saturdays-with-shaun/message Support this podcast: https://anchor.fm/saturdays-with-shaun/support

Fred talks about how snow acts an an insulator for plants.

Daniel and Jorge talk about the recent revolution in solid state physics that has led to weird new materials. Learn more about your ad-choices at https://www.iheartpodcastnetwork.com

Tony Erba is legendary (and much talked about) for his insane stage presence and incredible bands - from Face Value all the way through to Fuck You Pay Me, but of all the conversation, little is mentioned about how Tony makes a living and the role that work plays in his life. In this in-depth dive into the world of Mechanical Insulation, unions and Cleveland (along with some great music talk as well) we get into how a guy who just wanted to play in a band and tour incessantly looks back at it all - pride, accomplishments and regrets. Of course it's funny as hell as well. Enjoy! For Full Length Episodes And Merchandise Go To https://www.patreon.com/killedbydesk Follow: Killed By Desk Insta: @killedbydeskpodcast Twitter: @killedbydesk Facebook: https://www.facebook.com/killedbydesk LinkedIn: https://www.linkedin.com/company/killedbydesk Links: Local 3 https://insulators3.org/ Why pipes need insulating https://www.energy.gov/energysaver/services/do-it-yourself-energy-savings-projects/savings-project-insulate-hot-water-pipes#:~:text=Insulating%20your%20hot%20water%20pipes,showerhead%2C%20which%20helps%20conserve%20water. Metal Finishing https://www.indeed.com/q-Metal-Finishing-Grinder-jobs.html?vjk=8bfad958d6dbdda3 Finnish Sandwiches https://www.yelp.com/biz/bock-terrace-helsinki Destructive Sampling https://www.twi-global.com/technical-knowledge/faqs/what-is-destructive-testing Tony Victory https://www.metalsucks.net/wp-content/uploads/2007/08/tony.jpg https://thisisnotyourscene.wordpress.com/2016/08/13/victory-records-ex-employee-releases-detailed-tell-all-manifesto/ Profane Existence https://profanexistence.com/about/ Felix Havoc https://www.noecho.net/interviews/felix-havoc-interview https://www.discogs.com/label/34582-Havoc-Records NWF https://en.wikipedia.org/wiki/National_Wrestling_Federation https://www.cleveland.com/metro/2010/07/post_325.html Cleveland https://www.youtube.com/watch?v=ysmLA5TqbIY&t=26s Punk Planet https://en.wikipedia.org/wiki/Punk_Planet Polish Boy https://en.wikipedia.org/wiki/Polish_Boy https://www.thisiscleveland.com/locations/hot-sauce-williams Chubby Fresh https://www.youtube.com/watch?v=N5xd-YCeKnM Tony's Doppelganger https://www.cleveland.com/entertainment/2015/06/cavs_matt_dellavedova_has_a_cl.html Perry Nuclear Generating Station https://en.wikipedia.org/wiki/Perry_Nuclear_Generating_Station First thing after covid https://www.cleveland.com/life-and-culture/j66j-2020/04/6ab25f7c002746/whats-the-first-thing-you-want-to-do-when-youre-free-to-go-out-clevelanders-share-their-thoughts.html Evel Knieval https://www.noecho.net/features/tony-erba-evel-knievel Bigfoot https://www.youtube.com/watch?v=-x3__akoM5w Job Jumper https://www.goodreads.com/book/show/1705014.Job_Jumper Manifest Destiny https://www.youtube.com/watch?v=LkfbEESuRbM https://en.wikipedia.org/wiki/Manifest_Destiny_(The_Dictators_album)

Liz and Sarah discuss a great compliment they received from one of the Fantasy Island writers— they're insulators as opposed to conductors when it comes to keeping show stress from infiltrating the Writers Room. Then, in their new Amplify segment, they share a fantastic new podcast from Liz's sister-in-law, Olivia Fierro: Olivia's Book Club. Plus, now that they're back from Puerto Rico, they settle an important L v S: Is it better or worse to be working at a vacation destination? Finally, this week's Hollywood Hack will help you feel better in times of stress — take Advil.  Happier in Hollywood is part of ‘The Onward Project,' a family of podcasts brought together by Gretchen Rubin—all about how to make your life better. Check out the other Onward Project podcasts—Happier with Gretchen Rubin, Side Hustle School, Do The Thing, and Everything Happens with Kate Bowler . If you liked this episode, please subscribe, leave a review, and tell your friends! Olivia's Book Club: https://www.azfamily.com/shows/good_morning_arizona/olivias_book_club/olivias-book-club-the-podcast/article_e6b4e59c-b4ea-11eb-ba98-5fc7e685593a.html Learn more about your ad choices. Visit podcastchoices.com/adchoices

Adam Melnick is a Heat and Frost Insulator Journeyman, Director of Government Community Relationships, Skilled Trades Advocate, and Podcaster. Adam Melnick Links https://www.linkedin.com/in/adam-melnick/ https://anchor.fm/accidental-apprentice

Michael Saylor joins me to discuss anthropology, energy, and technology from first principles as we build the intellectual foundation necessary to truly grasp the historic significance of Bitcoin.00:00:00 - Episode Trailer00:01:06 - Swan Bitcoin00:03:23 - Robert's Intro00:06:08 - Channeling Monetary Energy thru Time & Space00:09:08 - Shipping Energy via Rubber Raft vs. Wooden Ship vs. Steel Tanker00:11:34 - Vacuum sealing food energy & encrypting monetary energy00:13:01 - Creating a wall encrypted energy00:14:07 - “Money is Power” Monetary Energy is a highest form of power. How much power can flow into Bitcoin? Price is Voltage.00:16:12 - Thoughts on S2F model.00:17:12 - Bitcoin Power= function of Adoption, Utility, Productivity, & Inflation00:17:48 - Adoption -Measuring & defining (Hodlers, Treasury Reserves) Mercenary Traders vs. Citizen Owners – Degree of Commitment00:24:39 - Bitcoin is a closed thermodynamic system00:26:02 - Degrees of Commitment to Adoption of Bitcoin (True Adoption Rate)00:26:49 - Perils of leveraging with insurance vs. BTC treasury reserves00:39:54 - Perils of leveraging with debt vs. BTC treasury reserves00:33:59 - Inflation drives debt drives fragility00:35:04 - Currency wars make cash toxic -inflation vs. hyperinflation (chemotherapy, diabetes, metabolic disease, organ death)00:39:03 - Calculating overall adoption of monetary network & progression00:41:54 - Comparison to (and limits of) Facebook, Apple networks00:43:49 - Adoption by NGOs, Governments, Institutions, Investors, Companies00:45:39 - Teamwork, Syndicated Energy, & Historic Examples00:46:49 - Bitcoin adoption organizes & channels energy participants00:47:55 - Perils of Trading Bitcoin & Benefits of Hodling Bitcoin High Frequency SoV, Low Frequency MoE00:59:49 - “Nothing wrong with living forever”00:51:49 - Benefits of Never Selling an Asset & Using it for Debt00:55:04 - The ideal holding period of an asset is forever00:55:59 - Avoiding fragility from leverage, risk models01:01:59 - Impact of Interest Rates on Financing01:02:19 - Increasing the Utility of the Bitcoin Network01:06:13 - Impact of Productivity Growth on the Bitcoin Network Sweeping cash flows into the network01:09:17 - Creating the first cyber economy via Bitcoin01:10:34 - Comparison to American economy01:12:49 - “A swarm of military assets behind a wall of water”01:14:39 - Crucibles of Innovation require an Insulator to preserve Energy01:15:20 - Impact of Inflation on Power of the Bitcoin Network Translating energy into fiat frame of reference01:18:31 - Value of Bitcoin varies by Domain, Inflation Rate drive rate of Adoption01:19:49 - Final Thoughts of Bitcoin Network Power Equation & Adoption01:23:04 - Bitcoin is the first conservative monetary energy system Energy is truth…can be neither created nor destroyed01:24:09 - Final Thoughts on Bitcoin Energy is the ultimate scarce asset in the university Laws of Thermodynamics. You can’t cheat. There is no such thing as a free lunch. Newtons Laws are the basis of all mechanics. Bitcoin is the first time Technology crashed into Economics01:30:14 - Robert's Outro02:10:27 - End--See My Work: https://linktr.ee/breedlove22Contribute Bitcoin: 3D1gfxKZKMtfWaD1bkwiR6JsDzu6e9bZQ7Stack sats: https://www.swanbitcoin.com/breedlove/Twitter: https://twitter.com/Breedlove22

Today I get to sit down with another great ambassador for Kick Ass Careers! Courtney Chard is a UA Local 46 Steamfitter & welder. In her spare time she puts her skills to use in an unconventional way by sculpting art from scrap metal. Make sure you head over to her Instagram page after the show, or during the show to see her creations. And now, her 7 year old daughter is ALSO a Kick Ass ambassador. Courtney went the typical route growing up, going to college, and veering from the trades because she was a woman. When she decided she wouldn’t accept being stuck in a career she didn’t enjoy, she made a change. She went to night school for welding & blueprints and eventually landed in the UA. That came with it’s own set of challenges, but she never waivered from her objective: to pursue a career that made her happy and fulfilled. Courtney shares so many inspiring stories about mentorship, helping people, and all of the great opportunities she had in the trades to grow as a person. Her definition of success: To be happy & joyful, but never content. As always, this show is not monetized & we don’t run ads. We rely strictly on the word of mouth from our listeners to further the mission. So if you enjoyed this episode, please take a moment to rate, review, and share. The future generations of tradespeople depend on it. On you! So thank you again and enjoy this episode of Blue is the New White with Courtney Chard.

Today’s guest is an interesting one. As you all know, I usually talk to blue collar trades people or advocates, but my definition of the skilled trades extends far beyond that. Basically, anything that requires some form of formal education that isn’t a typical 4 year college. So I sit down with Mike Roberts, a 32 year veteran in software coding, and founder of San Diego Code School. Mike had an interesting journey to get to where he is today, mainly coding as a hobby. He went to college for accounting, although by his own admission probably spent more time DJing. But it wasn’t long before he realized that accounting was not his idea of success. After jumping from job to job after college he found his way back to the tech space and built his own success around that. This episode switches from BLUE collar to NEW collar and shows you yet another career path that can also be considered a skilled trade. Listen and learn all about what options are available to those who want to be in software development. And what a career in this path looks like! As always, this show is not monetized & we don’t run ads. We rely strictly on the word of mouth from our listeners to further the mission. So if you enjoyed this episode, please take a moment to rate, review, and share. The future generations of tradespeople depend on it. On you! So thank you again and enjoy this episode of Blue is the New White with Mike Roberts.

I want to introduce my guest today as a Heat & Frost Insulator, but he’s so much more than that. First off, Do you even know what a heat & frost insulator is or does? Adam Melnick joins me on the show to talk about his journey through the trades and to share his thoughts on the rewards, benefits, and opportunities that exist in the industry. Adam was academically gifted in high school but, to the dismay of his counselors, still thought the best path for him was to become a pro wrestler. Eventually he figured out that maybe it wasn’t the best path for him but not before passing on University and College. Eventually he did go to college for Rec & Leisure but ultimately decided that’s not what he wanted to do with his life. After jumping from job to job, Adam discovered the skilled trades. More specifically, heat & frost insulation. Since then he has jumped from success to success and found passion in his work and helping others find theirs. Adam is as real as they come, doesn’t hold back, and has the most unique way of delivering such valuable wisdom. So turn up the dial and get comfortable. As always, this show is not monetized & we don’t run ads. We rely strictly on the word of mouth from our listeners to grow the show. So if you enjoy this episode, please take a moment to rate, review, and share. The future generations of tradespeople depend on it. On you! So thank you again and enjoy this episode of Blue is the New White with Adam Melnick

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.08.25.267237v1?rss=1 Authors: Ortabozkoyun Kara, H., Huang, P.-Y., Cho, H., Narendra, V., LeRoy, G., Skok, J. A., Tsirigos, A., Mazzoni, E. O., Reinberg, D. Abstract: The essential CCCTC-binding factor (CTCF) is critical to three-dimensional (3D) genome organization. CTCF binding insulates active and repressed genes within the Hox clusters upon differentiation, but such binding does not participate in boundary formation in all cell types, such as embryonic stem cells. We conducted a genome-wide CRISPR knockout screen to identify genes required for CTCF boundary activity at the HoxA cluster, complemented by novel biochemical approaches. This screen identified Myc-associated zinc finger protein (MAZ) as a CTCF insulator co-factor, among other candidates listed herein. MAZ depletion or specific deletion of MAZ motifs within the Hox clusters led to de-repression of posterior Hox genes immediately after CTCF boundaries upon differentiation, which phenocopied deletion of the proximal CTCF motifs. Similar to CTCF, MAZ interacted with the cohesin subunit, RAD21. Upon loss of MAZ, local contacts within topologically associated domains (TADs) were disrupted, as evidenced by HiC analysis. Thus, MAZ is a novel factor sharing insulation properties with CTCF and contributing to the genomic architectural organization. Copy rights belong to original authors. Visit the link for more info

In today‘s episode I talk to Dr. Joachim Kuhn who is the CEO and founder of va-Q-tec - a very innovative company that produces highly efficient and space saving vacuum panels that insulate 10 times better than traditional insulators and will remain the best insulation material for the century.va-Q-tec has won the TOP 100 innovator award, has been the National Champion at the "European Business Awards" multiple times, made it into the TOP 10 of the GreenTec awards, along with so many other awards and recognitions that it would seriously take a half an hour to name them all. In this episode I talk to Dr. Joachim Kuhn and explore:What vacuum insulated panels are and what they can be used for,What makes them so specials, along with some of their properties,Why a vacuum is such a good insulator that it will be the best insulator for the next 100-150 years,How common insulators such as styrofoam perform against vacuum panels (spoiler alert: it‘s staggering)?Some of the challenges he faces with his innovative vacuum panels,How his product stakes up against the competition and how he‘s able to compete against Asian manufacturer, despite these being much cheaper,The steps his company is currently taking to make these panels much more affordable and available for more customer applications,How he decides which market to enter next, when the potential of his product is so vast,Why he didn‘t take his successful company to Silicon Valley, but instead stayed in Germany,What he recommends companies do to bring their breakthrough innovation to market,and so much more. Show Notes, Links & Resources Mentioned: gammabeyond.com/en/podcast/013Podcast Website: www.innovationalcorrectness.com---If you enjoyed this episode, could I ask you for one small favor?Would you please consider rating and reviewing this podcast on iTunes, Overcast or the podcast app of your choice? It really helps us out, by encouraging more people to find our podcast and reach hard-to-get guests.Last but not least, if you have any suggestions for further episodes or guests should be invited on this podcast or just have feedback, shoot us a quick email: info@gammabeyond.com or fill out our feedback form.Follow & add David on:LinkedIn: linkedin.com/in/davidluna/XING: xing.com/profile/DavidC大卫_Luna鲁/cvTwitter: twitter.com/gammabeyondInstagram: instagram.com/gammabeyond/Youtube: youtube.com/c/GAMMADigitalBeyond

Watch the 9malls review of the BottleKeeper Stainless Steel Bottle Holder And Insulator. Is this gadget actually worth getting? Watch the hands on test to find out. Find As Seen On TV Products & Gadgets at the 9malls Store: https://www.amazon.com/shop/9malls Please support us on Patreon! https://www.patreon.com/9malls

Insulation, it may not be something you think of everyday but up here in Canada it’s the thing that helps keep us warm in the winter and cool in the summer. Much like our homes, industrial plants in order to run efficiently need to be well insulated and with all the green intiatives that have been popping up in the construction industry I feel like this career path is one everyone should be paying attention to.  As a Heat and Frost Insulator our guest this week Adam Melnick found himself in this career quite by accident. Adam was such a pleasure to have on the show, I am happy our previous guest Jamie McMillan from Kickass Careers insisted that I reach out to Adam because I had so much fun interviewing him. As trades workers there’s always a healthy amount of bantering amongst one another, so for sure in this episode we poke a joke or two.  Mid you’d like to check out Adam’s podcast Accidental Apprentice just click on the link below, https://anchor.fm/accidental-apprentice If you’re looking online for Adam you can find him on Twitter @AccidentalAppr1 and Instagram @accidentalapprentice Thanks so much for joining us this week, if you want to make any suggestions for future episodes you can find us on both Instagram and Twitter @careerpod

Much of the world’s energy usage goes toward heating or cooling our buildings. But that could change if engineers are successful at making the perfect insulator.

Much of the world’s energy usage goes toward heating or cooling our buildings. But that could change if engineers are successful at making the perfect insulator.

We normally think of something as either a conductor of electricity or an insulator.

Knowing some basic electronics helps you become a better programmer.

Much of the world’s energy usage goes toward heating or cooling our buildings. But that could change if engineers are successful at making the perfect insulator.

Much of the world’s energy usage goes toward heating or cooling our buildings. But that could change if engineers are successful at making the perfect insulator.

Sunday - May 1, 2016 - Dr. David Russell

You are a conductor and so is water! Check out this podcast to learn more about why you are a conductor and about the conductivity of water.

Do you know how insulators and conductors are different? Do you know which one you are? Test your knowledge!

Localization phenomena play an important role in our understanding of the properties of graphene and topological insulators. I discuss localization at the edge of bilayer graphene and the edge of two-dimensional topological insulators. In bilayer graphene subject to a strong perpendicular magnetic field we have found that in the presence of a strongly disordered edge a sequence of localized states appears. Interestingly the localization length depends only on the size of the bulk gap but is otherwise universal, i.e. independent of the type and strength of the disorder. The appearance of these localized states reflects the marginal topological properties of bilayer graphene, a bipartite square lattice with similarly disordered edges does not show such states. In two-dimensional topological insulators such as HgTe/CdTe there exists a pair of protected chiral edge states. However, if time-reversal symmetry is removed by the application of a magnetic field the protection is removed and these states localize. We investigate the divergence of the localization length as the magnetic field tends to zero.

Much of the world’s energy usage goes toward heating or cooling our buildings. But that could change if engineers are successful at making the perfect insulator.

Much of the world’s energy usage goes toward heating or cooling our buildings. But that could change if engineers are successful at making the perfect insulator.

Better insulation for high-voltage cables could keep them dry during deluges and cut transmission loss. Larry Greenemeier reports

ecycler explores the many ways to "crush" an aluminum can. In this episode, we use our Hemingray glass insulator--threaded for maximum utilization along the old telegraph lines--to obliterate our can into a communication flatline.

This thesis reports on new experimental techniques for the study of strongly correlated states of ultracold atoms in optical lattices. We used a high numerical aperture imaging system to probe 87Rb atoms in a two-dimensional lattice with single-site resolution. Fluorescence imaging allows to detect single atoms with a large signal to noise ratio and to reconstruct the atom distribution on the lattice. We applied this new technique to a two-dimensional Mott insulator and directly observed number squeezing and the emerging shell structure. A comparison of the radial density and variance distributions to theory provides a precise in situ temperature and entropy measurement from single images. We find entropies around the critical value for quantum magnetism. In a second series of experiments, we demonstrated two-dimensional single-site spin control in the optical lattice. The differential light shift of a tightly focused laser beam shifts selected atoms into resonance with a microwave field driving a spin flip. In this way, we reach sub-diffraction limited spatial resolution well below the lattice spacing. Starting from a Mott insulator with unity filling we were able to create arbitrary spin patterns. We used this ability to prepare atom distributions to study one-dimensional single-particle tunneling dynamics in a lattice. By discriminating the dynamics of the ground state and of the first excited band, we find that our addressing scheme leaves most atoms in the vibrational ground state. Moreover, we studied coherent light scattering from the atoms in the optical lattice and found diffraction maxima in the far-field. We showed that an antiferromagnetic order leads to additional diffraction peaks which can be used to detect this order also when single-site resolution is not available. The new techniques described in this thesis open the path to a wide range of novel applications from quantum dynamics of spin impurities, entropy transport, implementation of novel cooling schemes, and engineering of quantum many-body phases to quantum information processing.

Thu, 11 Nov 2010 12:00:00 +0100 https://edoc.ub.uni-muenchen.de/12262/ https://edoc.ub.uni-muenchen.de/12262/1/Nagel_Sebastian.pdf Nagel, Sebastian

Why are some Volcanic Eruptions stronger than others? Why can't aeroplanes fly around the ash in the sky? Is our ozone layer still a concern? Why will sea levels rise if the ice caps melt? We take on these explosive questions in this week's show as well as find out if dogs can communicate, how boats sail into the wind, how outdoor infra-red heaters work and why clingfilm expands over food in the microwave. We also investigate is silverfish are related to dinosaurs and where water goes when it evaporates! Like this podcast? Please help us by supporting the Naked Scientists

Why are some Volcanic Eruptions stronger than others? Why can't aeroplanes fly around the ash in the sky? Is our ozone layer still a concern? Why will sea levels rise if the ice caps melt? We take on these explosive questions in this week's show as well as find out if dogs can communicate, how boats sail into the wind, how outdoor infra-red heaters work and why clingfilm expands over food in the microwave. We also investigate is silverfish are related to dinosaurs and where water goes when it evaporates! Like this podcast? Please help us by supporting the Naked Scientists

Mueller, M (Université de Genève) Wednesday 17 December 2008, 10:00-11:00 Classical and Quantum Transport in the Presence of Disorder