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Augustin Guibaud, PhD, fire expert in the NYU Tandon School of Engineering Department of Mechanical and Aerospace Engineering, explains why Canada's forest fires present a unique challenge for experts and first responders—and how forest management can help prevent them in a world marked by climate change. Then, Rebecca Florsheim, MD, MPH, environmental health physician at the NYU Grossman School of Medicine, discusses the health impacts of wildfire smoke and poor air pollution. Photo: NEW YORK CITY, UNITED STATES - JULY 16: Smoke from massive wildfires in Canada engulfed the New York City skyline, reducing visibility and casting an orange haze over the New York City, United States on July 16, 2026. The smoky conditions reduced visibility across the skyline, while authorities continued monitoring air quality as the wildfire smoke spread across the northeastern United States. (Photo by Selcuk Acar/Anadolu via Getty Images) Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.
In this episode, we ask: What if Nations Are Running the Same Code That Runs You? Examined that question through history, geopolitics, and the Emotional Source Code framework. Anchored in Kubrick's Dr. Strangelove and the Marshall Plan as the two possible answers a system can give when the ledger comes due. IN THIS EPISODE (time stamp) 00:00 Bomb Rider Cold Open 01:00 Why Strangelove Matters 02:00 Series Context Zoom Out 03:49 Four Lenses Setup 04:42 Deserving Ledger In Strangelove 06:45 Mechanism Behind The World 08:06 Versailles Arithmetic 10:26 Marshall Plan Worth 12:50 America Turns Transactional 14:29 When Ledger Becomes Identity 17:10 Personal Mirror Confession 19:02 Precedent And Personal Practice 20:06 Mutual Assured Destruction 21:19 Carry This Question 21:59 Outro Stay Curious Six episodes ago, we sat with a man in a quiet room after a standing ovation. In the last episode, we found George Bailey standing on a bridge, having concluded, with an accountant's calm, that he was worth more dead than alive. Here's what nobody warned any of them about. The deserving mechanism does not stop at the individual. It does not stop at the organization. It does not stop at the nation. Today we zoom all the way out. Stanley Kubrick made Dr. Strangelove in 1964 because someone needed to say out loud that the same code running inside individual human beings was running the room that could end the world. He was right. In this episode, we watch the mechanism run at civilizational scale. In 1919, at a table in Versailles, the Allied powers opened a ledger, made Germany pay, and produced the Second World War. In 1948, when George Marshall stood before Congress and made the case for something the deserving logic of every preceding civilization would have called irrational, and produced seventy years of peace. And in the room where the successor to the Marshall Plan is being decided right now, as the same nation that authored the greatest act of geopolitical generosity in modern history converts every alliance it has into an invoice. Not partisan. Mechanical. Dov also names, on record, where he has watched the same mechanism run in himself. Including in the making of this series. The question this episode carries is not what has gone wrong with the world. Everyone has a theory about that. The question is: what mechanism is running beneath the decisions that shape it? And whether the same mechanism runs beneath the decisions that shape a single human life. THE SERIES What We Want But Refuse To Accept is a ten-episode arc. Next episode: What AI Refuses to Accept About Itself. Follow the show to receive each episode as it releases. ABOUT DOV BARON Dov Baron has spent thirty years inside the rooms where leaders, founders, and executives make the decisions that shape organizations. He is the creator of the Emotional Source Code and Emotional Meaning Architecture frameworks.CONNECT WITH DOV Website: https://DovBaron.com Email: dov@dovbaron.com LinkedIn: https://www.linkedin.com/in/dovbaron Carry one question from this episode with you. Where in your life, your organization, your relationships, are you riding something down to destruction and calling it doing your job? Sit with it. If this episode resonated, please rate and review on Apple Podcasts and follow on Spotify. Connect with Dov Baron:https://DovBaron.comdov@dovbaron.comRate, review, and send this episode to the most thoughtful builder you know. That is how the algorithm finds the people who still ask why. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.
What if the real obstacle in 3D cell culture and tissue engineering isn't the cells, but the very ground they grow on?For years, cell culture has relied on flat plastic and passive scaffolds. But biology doesn't happen on a petri dish—cells live in three dimensions, surrounded by a dynamic environment that talks back, adapts, and shapes development in ways static gels simply cannot.That's the premise behind MosaMatrix, a novel hydrogel platform designed to transform how we grow cells, engineer tissues, and screen new drugs created by CEO Jan Hunik and CTO Matt Baker.Topics discussed:Why traditional flat, 2D cell culture misses the biological mark and what a responsive cell environment really looks like (00:27)The origins of MosaMatrix and the realization that new, adaptive hydrogels were needed for dynamic cell culture (04:45)What makes the MosaMatrix hydrogel different—and why passive scaffolds fall short (06:12)Mechanical and biological characteristics that define hydrogel performance, from stiffness to stress relaxation (07:48)The company's pivot from 3D tissue printing to focusing on high-throughput 3D cell culture for drug discovery (08:42)Advantages of a non-animal-derived, reproducible matrix for research and industry (10:20)Strategies for obtaining real-world customer feedback and working in consortia with academia and industry partners (11:51)Key hurdles in quality control, reproducibility, and measuring success in the emerging field (16:05)Challenges with standardizing organoids and the move to smaller, more automatable culture systems (17:50)The impact of automation and data consistency for scaling up 3D cell culture (18:14)Smart insight: MosaMatrix validates its hydrogel not through internal R&D alone, but through direct collaboration with academic and industry partners — testing performance across cell types and culture media. This includes a ~50-company consortium building next-gen 3D cell culture tools and a new consortium improving kidney dialysis with living human cells. The partnerships surface real variables, like how much culture media composition affects results, that continually shape product development.If this conversation got you thinking about biomaterials, scale-out manufacturing, and what it takes to turn a chemistry breakthrough into a fundable company, these episodes explore the same ground from complementary angles.Episodes 221 - 222: From 2D Cultures to Advanced 3D Cell Models for Preclinical Research with Catarina BritoEpisodes 259 - 260: Why Strong Science Isn't Enough to Get Funded: What Investors Actually Look For with Michael RomeEpisodes 265 - 266: From Human Variability to Automated Precision: Accelerating Cell and Gene Therapy Manufacturing Scale-Out with Farlan VeraitchEpisodes 223 - 224: From Cultivated Meat to Chocolate: Rethinking Cellular Agriculture Scale-Up with Steven LangConnect with Jan Hunik and Matt Baker:Emails: matt.baker@mosamatrix.com and jan.hunik@mosamatrix.comWebsite: www.mosamatrix.comLinkedIn Jan Hunik: www.linkedin.com/in/jan-hunik-0183734LinkedIn Matt Baker: www.linkedin.com/in/matthew-baker-0abb981bSupport the show
Welcome to Mysteries to Die For.I am TG Wolff and am here with Jack, my piano player and producer. This is a podcast where we combine storytelling with original music to put you in the heart of a mystery. All stories are structured to challenge you to beat the detective to the solution. Jack and I perform these live, front to back, no breaks, no fakes, no retakes.In the world's most dangerous working environments it can seem like everything is out to kill you. The equipment you use. The materials you work with. The very air you breathe. Stored energy is a coiled viper waiting for the right moment to lash out. Owners, manufacturers, contractors, and beyond have developed safety protocols to combat STCKY, that is, Stuff That Can Kill You. Gravity, Motion, Mechanical, Electrical, Pressure, Sound, Radiation, Biological, Chemical, Temperature. This season is all about the means of murder as authors put our STCKY detective skills to the test. This is Season 9, Stuff That Can Kill You.This is Episode 14, where heat, pressure, chemical, and mechanical are our STCKY means of death. This is The Rendering of Truth by Chuck BrownmanDELIBERATIONAlone, neither Lena nor Mercer have what it takes to crack the case. But together, and with our help, we can figure out what happened to Eddie Weller and Dale Curtis. Here's the suspect list, in the order we met them:Junior Lattimore, rendering techJohn Reese, plant managerTanya Lowell, accounting clerk and office mateFrank Jackson, rendering foremanDale Curtis, plant foremanHere are the facts that Lena and Mercer have uncovered:• Eddie Weller, newly promoted to Operations Reviewer, went into the rendering pit. The pit was activated and Eddie died from a lethal combination of heat, oxygen deprivation, and mechanical grinding.Eddie was formerly an operating tech and, in his new role, signed off on the maintenance documentation. He knew the paperwork or safety protections he knew was needed to enter the confined space.No one offered an explanation of why Eddie would have entered the pit.Junior Lattimore did not look into the pit before he turned it on. He had no reason to think anyone was in it.A search of Eddie's desk found evidence of falsified invoices for filters. The invoices were signed by Reese. He added a note to check with DC, interpreted as Dale Curtis.Tanya prepares the invoices for Reese's signature. She said he directed her to process the invoices for his approval, saying they were a rush job from a new vendor.Reese said he signs the invoices Tanya prepares, implying he did not scrutinize or even read the documents.A torn piece of bank statement found in the trash in the office Eddie and Tanya shared had a sizable balance but no nameCurtis later heard Eddie in his office talking to someone about stealing, but couldn't see who as the door was closed.Mercer recognized Steam Line #4 was tampered with. The line then failed catastrophically killing Dale Curtis. He was found with a pipe wrench in the vicinity.A drawing of the plant found in Eddie's apartment also highlighted Steam Line #4 as out of compliance on maintenance inspection.Lena and Mercer speculate the person or persons behind the “accidents” had to have an understanding of the plant to orchestrate both deaths.Tanya had knowledge and access to the invoice, but does not have knowledge of the plant. Tanya and Eddie shared an office and were friends. Eddie spent time with her son.Junior had knowledge of the rendering area, but did not have access to accounting. Junior lost out on the promotion to Eddie and was bitter.Junior had no apparent problem with Dale Curtis.Jackson had knowledge of the rendering area. Recently separated, he and Tanya were dating. He often when to her office, and even helped straighten Tanya's desk for her. He was there in the office when Eddie died.Reese claims his knowledge of the plant isn't detailed. He signed off on plant expenditures.Whose greed was paid for with the lives of Eddie Weller and Dale Curtis?MEMBERSHIPS!Mysteries to Die For now has memberships! Three tiers – The Grave Digger's Union (free), The Cadaver Collective ($4 / month) and The Preservationist Society ($8 / month). We are starting memberships to help pay for our real live human authors, to keep the software working and the power flowing, and avoid the dreaded use of ads. If you want to show you love but aren't ready for a commitment, you can now tip us and leave a witting, punny note for us. Links are in the show notes and on our website M2D4podcast.com.ABOUT Chuck BrownmanA mostly-retired (and hopefully recovering) attorney, Chuck Brownman now enjoys writing noir fiction, concentrating on short fiction. His work has been published in several anthologies and on multiple websites, including those listed at the top of this episode. He has also served various times as a judge for the Mystery Writers of America Edgar Awards. When not writing fiction, Chuck continues to advise some of the country's most entrepreneurial energy and natural resource companies. He is also an Adjunct Professor of Law, and has spoken at legal seminars for many years. He lives with his wife in Colorado, the peaceful vistas offering a counterbalance to his suspenseful and often bloody crime fiction. A full list of his published fiction can be found at his website, www.chuckbrownman.comWRAP UPThat wraps this episode of Mysteries to Die For. Support our show by subscribing, telling a mystery lover about us, or joining a membership. Check out our website m2d4podcast.com for links to this season's authors and membership options.Mysteries to Die For is hosted by TG Wolff and Jack Wolff. The Rendering of Truth was written by Chuck Brownman. Music and production are by Jack Wolff. Episode art is by TG Wolff. Join us next week for a Toe Tag, which is the first chapter from a fresh release in the mystery, crime, or thriller genre. Then come back in two weeks for our next original story where chemical is our STCKY means of murder. It's Gen X by Melinda Di Lorenzo
Send us Fan MailThe Truth About Pool Coatings, Surface Preparation, and Why Failures Really HappenEveryone wants to know which pool paint is the best.Wrong question.In this episode of Talking Pools, Rudy Stankowitz takes listeners far beyond the paint can and into the science of coating failures, adhesion, compatibility, moisture, and surface preparation. Using the recent attention surrounding the Lincoln Memorial Reflecting Pool as a jumping-off point, Rudy explains why nearly every coating failure investigation asks the same question:What happened before the paint ever touched the surface?From chlorinated rubber and acrylics to epoxy and high-build epoxy systems, this episode explores the strengths, weaknesses, and proper applications of today's most common swimming pool coating systems. More importantly, it explains why even the most expensive coating in the world can't overcome poor preparation.If you've ever wondered why one painted pool lasts fifteen years while another begins peeling after a single season, this episode connects the dots between chemistry, application, environmental conditions, and good old-fashioned craftsmanship. Along the way, Rudy shares real-world stories, practical advice, and plenty of his signature Gen X humor.Whether you're a pool service professional, contractor, facility manager, or simply fascinated by how coatings succeed—or fail—this is one of the most comprehensive discussions on swimming pool coatings ever presented on the Talking Pools Podcast. In This Episode Why asking "What's the best pool paint?" is the wrong question The lessons every pool professional can learn from the Lincoln Memorial Reflecting Pool Why compatibility between coating systems matters Understanding chlorinated rubber, synthetic rubber, acrylic, epoxy, and high-build epoxy coatings Why surface preparation determines the success or failure of almost every coating system How to properly inspect an existing painted pool before recoating The importance of documenting coating failures before disturbing the evidence Mechanical adhesion vs. chemical adhesion explained in plain English Why moisture remains one of the biggest enemies of successful coating applications Proper cleaning, sanding, acid washing, and contamination removal How silicone contamination, chalking, oils, and residue interfere with adhesion Why weather, humidity, dew point, and curing conditions matter Understanding recoat windows and why missing them creates problems Common causes of blistering, peeling, and coating delamination Adhesive failure vs. cohesive failure vs. substrate failure ASTM testing methods used during professional coating failure investigations Why coating failures should be investigated—not guessed Key Takeaways✔ The most expensive coating cannot overcome poor surface preparation.✔ Compatibility between existing and new coating systems is critical.✔ Surface contamination is often invisible but can completely prevent proper adhesion.✔ Moisture inside concrete can remain long after the surface appears dry.✔ Proper environmental conditions are just as important as choosing the right coating.✔ Good investigators document the failure before removing any evidence.✔ Most coating failures begin long before the pool is filled with water.✔ Successful coating jobs are built on preparation—not luck.Memorable Quotes"Surface preparation isn't part of the job. Surface preparation is the job.""Compatibility matters. Chemistry matters. Guessing doesn't.""Painting a pool isn't hard. Knowing when not to paint—that's what separates a guy with a roller from a pool professional."Featured SponsorsBlu-Ray XLReduce chemical usage, lower labor costs, and improve profitability with Blu-Ray XL's mineral purification technology for pool professionals. Jacks MagicProfessional stain identification, removal, and prevention products trusted throughout the pool industry. AquaStar Pool ProductsLearn about AquaStar's innovative Pipeline cartridge filters featuring NSF-tested performance and simplified maintenance. Service Industry NewsStay informed with nationwide pool and spa industry news, technical articles, and the famous Horror File. Subscribe free at Service Industry News. Listen If You... Paint or recoat swimming pools Service painted pools Investigate coating failures Work with commercial aquatic facilities Want to better understand adhesion and coating science Enjoy deep technical discussions presented in plain English Like your pool education served with a healthy dose of Gen X sarcasm Connect With Talking PoolsQuestions about coatings, chemistry, troubleshooting, or a future podcast topic?
When a pulse field starts yellowing off, it is easy to assume a destructive root disease is taking hold below the surface. But until you step into the field and start digging, you might be misdiagnosing a completely different agronomic headache. Erica Yaskowich, crop extension specialist with the Saskatchewan Ministry of Agriculture, joins Amber Bell... Read More
Bicycle Talk. Episode 491 July 15 2026. Ron's Rant: Longtime Boston Bicycle and pedestrian advocate killed on her bike. Labeled Homicide. And, my friends at the UCI are at it again. On a positive side: The TDF. What a week! An e-bike story worth hearing. Mechanical minute and cycling tips: Observations […]
Read the article here: https://journals.sagepub.com/doi/full/10.1177/30494826261455199
In this short episode from the Bry-X stage of the 7th Annual HVACR Training Symposium, Tessa Murry gives a class on building science basics: The House Always Wins! Tessa is a building scientist who works with TEC. Tessa's class is about how the house puts HVAC contractors in difficult situations. When people have indoor air quality or comfort concerns, the HVAC often takes the blame, even if the issue is with the house. There are usually several little home improvement decisions that create unintended consequences and add up. In many cases, when there aren't exhaust fans in kitchens and bathrooms, moisture stays inside and can cause indoor condensation. Air-sealing, adding or removing insulation, replacing windows, replacing furnaces with a different efficiency model, and even moving people in can all affect comfort and air quality. Comfort issues and complaints, such as hot and cold spots, often point to issues with the house, not necessarily just the HVAC system. Pressure boundaries and thermal boundaries in the building envelope need to be aligned, continuous, and consistent for HVAC systems to do their job well, but many houses don't have that. Those boundaries need to be clear between attached spaces like attics or garages. Those spaces create problems with energy efficiency and comfort, and humidity is a problem in some climates. Garages also have fumes we want to keep out of the house. Heat moves from hot to cold, and air moves when there is a pressure differential. Mechanical equipment and wind can drive pressure differentials. If there is a pressure difference and a hole, there will be air movement. In the winter, cold air sinks and displaces warm air, which rises and creates positive pressure at the top of the house. That air will push through gaps around can lights, vents, and more. When that humid air gets into a cold attic, the moisture will condense on the roof decking surface and cause an ice dam to form. In the summer, hot, humid air comes into the structure. Regardless of the house's issues with air movement, it's on HVAC contractors to make the decisions that put the occupant's health and safety first, including calling the contractors with the knowledge to diagnose the house's problem. Have a question that you want us to answer on the podcast? Submit your questions at https://www.speakpipe.com/hvacschool. Purchase your tickets or learn more about the 8th Annual HVACR Training Symposium at https://hvacrschool.com/symposium. Subscribe to our podcast on your iPhone or Android. Subscribe to our YouTube channel. Check out our handy calculators here or on the HVAC School Mobile App for Apple and Android.
Jesús Tobías was born in Saltillo, Coahuila, Mexico. He graduated with a degree in Mechanical and Electrical Engineering from Tecnológico de Monterrey in 1989. Since his student days, he has invented various products, most notably the “non-jamming socket wrench,” for which he won the National Youth Award for Science and Technology in 1990. He presented his invention at the World Inventors Exhibition in New York in 1991 and later exported it to several countries. He has founded several companies in both Mexico and the United States. He has also had the opportunity to work and give lectures in countries such as Colombia, China, Hong Kong, Taiwan, Switzerland, and Germany, among others. Since 1988, he has delivered countless lectures in various countries to governments, companies, and international organizations such as General Motors, General Electric, Rotary International, and the Red Cross. In January 2015, he became the co-founder and president of the first Society for Transcendence in the world. He is the author of several books and, more recently, has been presenting his international lecture The 7 Codes of Happiness in numerous venues. He intends to take this lecture around the world to help foster a kinder and happier humanity. Many people have described this lecture as the most important they have ever attended. Jesús Tobías maintains that “our lives are so short that we should do only what we love.” https://www.jesustobias.com/english (English Version)
Jesús Tobías was born in Saltillo, Coahuila, Mexico. He graduated with a degree in Mechanical and Electrical Engineering from Tecnológico de Monterrey in 1989. Since his student days, he has invented various products, most notably the “non-jamming socket wrench,” for which he won the National Youth Award for Science and Technology in 1990. He presented his invention at the World Inventors Exhibition in New York in 1991 and later exported it to several countries. He has founded several companies in both Mexico and the United States. He has also had the opportunity to work and give lectures in countries such as Colombia, China, Hong Kong, Taiwan, Switzerland, and Germany, among others. Since 1988, he has delivered countless lectures in various countries to governments, companies, and international organizations such as General Motors, General Electric, Rotary International, and the Red Cross. In January 2015, he became the co-founder and president of the first Society for Transcendence in the world. He is the author of several books and, more recently, has been presenting his international lecture The 7 Codes of Happiness in numerous venues. He intends to take this lecture around the world to help foster a kinder and happier humanity. Many people have described this lecture as the most important they have ever attended. Jesús Tobías maintains that “our lives are so short that we should do only what we love.” https://www.jesustobias.com/english (Spanish Version)
Mechanical sex rarely fails because of a missing trick. It fails because our attention slides into “work the body, get the result” and the nervous system feels it. We sit down with returning guest Alexey Welsh to talk about sexual presence, mindful sex, and how a single shift in intention can turn a flat routine into something that feels alive, erotic, and deeply nourishing.We break down two common approaches to sex: pleasure as entertainment versus sex as nourishment, connection, and energy. Alexey explains why this is not an either or choice and why real depth can include passion, intensity, and orgasm without being driven by a goal. We unpack what “mechanical” sex looks like in real life, how performance anxiety and porn shaped sex education can lead to desensitization, and why the body responds more to authentic communication than to friction and speed.Then we get practical: creating sexual energy like cooking, learning to absorb what is already good, and expanding what counts as sex so every moment does not have to escalate to penetration or a finish line. We also challenge the popular idea that erotic desire needs mystery to survive, and offer a better long term foundation built on culture, respect, and a shared practice of connection.If you want better sex, deeper intimacy, and a healthier relationship with pleasure, hit play, share this with a partner or friend, and subscribe so you do not miss the next conversation. What part of this topic do you want us to go deeper on next?⬇️⬇️⬇️Watch this episode and many more on my Youtube channel!
CardioNerds co-chairs Dr. Dinu Balanescu and Dr. Billy Joe Mullinax, along with FIT lead Dr. Shiavax Rao, discuss the evolving landscape of randomized controlled trials in pulmonary embolism with Dr. Jay Giri, interventional cardiologist, Associate Professor of Medicine, and Director of the Cardiovascular Catheterization Laboratories at the Hospital of the University of Pennsylvania. This episode examines the historical evidence behind systemic thrombolysis, the emergence of catheter-directed therapies and mechanical thrombectomy, and the landmark RCTs – STORM-PE, PEERLESS, HI-PEITHO, and PEERLESS II – that are reshaping intermediate-risk PE management. The discussion highlights challenges in PE trial design, the critical importance of clinical deterioration as an endpoint, and why this era represents an unprecedented wave of evidence generation in PE. Audio editing for this episode was performed by CardioNerds Intern, Dr. Julia Marques Fernandes. Dr. Dinu Balanescu and Dr. Billy-Joe Mullinax are Co-chairs for the CardioNerds PE Series, developed in collaboration with the PERT Consortium. Enjoy this Circulation 2022 Paths to Discovery article to learn about the CardioNerds story, mission, and values. CardioNerds Pulmonary Embolism PageCardioNerds Episode PageCardioNerds AcademyCardionerds Healy Honor Roll CardioNerds Journal ClubSubscribe to The Heartbeat Newsletter!Check out CardioNerds SWAG!Become a CardioNerds Patron! Pearls: Systemic thrombolysis in intermediate-risk PE reduces hemodynamic decompensation but at the cost of ~1.5–2% intracranial hemorrhage risk – a near-zero net benefit that has driven the search for safer catheter-based alternatives. “Focus on clinical deterioration, not mortality” – Due to crossover design in contemporary PE RCTs, control-arm patients who decompensate are rescued with advanced therapies, biasing mortality toward the null. Clinical deterioration is the most informative endpoint to watch in HI-PEITHO, PRAGUE-26, and PEERLESS II. HI-PEITHO is the first large RCT to demonstrate that catheter-directed fibrinolysis plus anticoagulation significantly reduces the composite of PE-related death, cardiorespiratory decompensation, or PE recurrence versus anticoagulation alone (RR 0.39; 95% CI 0.20–0.77; P=0.005), with no intracranial hemorrhage in either arm. The four major upcoming/recently reported PE RCTs (HI-PEITHO, PRAGUE-26, PEERLESS II, PE-TRACT) enroll progressively different risk populations – from the most enriched (HI-PEITHO) to the most permissive (PE-TRACT, which includes intermediate-low risk patients) – enabling a nuanced understanding of which patients benefit most from intervention. PE device clearance follows a fundamentally different FDA pathway than structural heart devices (single-arm safety/efficacy studies vs. mandated RCTs), yet market forces and clinical need have ultimately driven industry and government to sponsor large-scale RCTs – a lesson in how evidence development can evolve organically alongside regulatory frameworks. Notes: Notes drafted by Dr. Shiavax Rao. Question #1: What is the current evidence behind advanced PE therapies? Systemic thrombolysis: Sixteen RCTs over 40 years (1972–2014) enrolling nearly 2,000 patients have studied systemic thrombolysis in intermediate-risk PE. The landmark PEITHO trial (n=1,006) showed that tenecteplase reduced the composite of death or hemodynamic collapse (2.6% vs. 5.6%; P=0.015), driven primarily by reduced hemodynamic decompensation (1.6% vs. 5.0%; P=0.002). However, this came at the cost of increased major bleeding (6.3% vs. 1.5%; P
Kroger may have just bought Giant Eagle, but this isn't the first time these two brands have been intertwined. Host Megan Harris and producer Sophia Lo are sharing what we know so far about the Giant Eagle sale, more changes coming to our region's grocery store scene, and what to look forward to during Picklesburgh even if you're not a fan of pickles. Plus, Megan talks with Marcus Shoffner, the president and CEO of the Outdoor Inclusion Coalition, about how you can take advantage of free outdoor activities for complete beginners. (Think mountain biking, mushroom hiking, birding and disc golf!) Notes and references from today's show: Kroger to buy Pittsburgh-based Giant Eagle grocery store chain, but name will stay the same [WESA] Giant Eagle's Artman on scouting downtown: "all the things that we have discussed, we will continue to discuss" [Business Times] Try something new outside this summer [First Try Collective] Picklesburgh 2026 [Picklesburgh] Learn more about the sponsor of this Thursday, July 9th episode: Woodward Summer Camps Become a member of City Cast Pittsburgh at membership.citycast.fm. Want more Pittsburgh news? Sign up for our daily morning newsletter. We're on Instagram @CityCastPgh. Text or leave us a voicemail at 412-212-8893. Interested in advertising with City Cast? Find more info here.
Recorded at EHRA 2026, this episode of The Lead features host Michael S. Lloyd, MD, FHRS, in conversation with Tina Baykaner, MD, MPH, and Prashanthan Sanders, MBBS, PhD, FHRS, about the journal article, Atrial Mechanical Contraction Predicts Cerebrovascular Risk in Patients With Transthyretin Amyloid Cardiomyopathy and Sinus Rhythm. Together, they discuss the study findings and explore the relationship between atrial mechanical contraction and cerebrovascular risk in patients with transthyretin amyloid cardiomyopathy who are in sinus rhythm. Learning Objectives: Review the key findings of the study examining atrial mechanical contraction and cerebrovascular risk in patients with transthyretin amyloid cardiomyopathy and sinus rhythm. Discuss the association between atrial mechanical contraction and cerebrovascular risk in this patient population. Explore the potential clinical implications of assessing atrial mechanical function in patients with transthyretin amyloid cardiomyopathy. Host: Michael S. Lloyd, MD, FHRS Guests: Tina Baykaner, MD, MPH Prashanthan Sanders, MBBS, PhD, FHRS Disclosures: M. Lloyd Honoraria/Speaking/Consulting Fee: Medtronic, Boston Scientific, Other T. Baykaner Honoraria/Speaking/Consulting Fee: Volta Medical, Medtronic, Pacemate, Johnson & Johnson, Abbott Medical, Boston Scientific Research: NIH, Boston Scientific P. Sanders Honoraria/Speaking/Consulting Fee: Boston Scientific, Abbott Medical Other Financial Relationships: Medtronic PLC, Pacemate, CathRx Research: Abbott, Becton Dickinson, Calyan Technologies, Ceryx Medical, Biosense Webster, CathRx, HelloAlfred, Medtronic, Inc., Abbott Medical
Lifetime Cost-effectiveness Analysis of Large-bore Mechanical Thrombectomy Versus Catheter-directed Thrombolysis for Intermediate-risk Pulmonary Embolism in the United States
In this episode of the Health Optimization Medicine Podcast, our faculty, Dr. Scott Sherr, Dr. Ted Achacoso, Boomer Anderson, Dr. Allen Bookatz, and Jodi Duval, tackle the recent trend of therapeutic plasma exchange and "blood washing". Moving past the mainstream marketing of plasmapheresis as a longevity cure-all, the team breaks down why mechanical filtering is only a surface-level fix for microplastic toxicity. From the autonomic anxiety caused by biological lockdown to the clinical application of precision metabolomics, this roundtable shifts the conversation from invasive procedures to measurable, cellular safety signals. Join us as we delve into: The Protein Corona: How circulating microplastics masquerade as pathogens, triggering localized purinergic signaling and the release of extracellular ATP. The Cell Danger Response (CDR1): Why the body halts oxidative phosphorylation and locks down the cell membrane when invaded, and why blood washing can't touch toxins stuck inside tissue matrices. The Problem with Plasmapheresis: The clinical realities and physiological costs of invasive vascular filtering, including the removal of essential immunoglobulins and clotting factors. The True Detox Protocol: Utilizing organic carbon binders (humic and fulvic acids), phase two liver conjugation (glucuronidation/sulfation), and barrier integrity support to properly excrete microplastics. Pulsed Antioxidant Support: When and why to use targeted NAD, alpha-lipoic acid, NAC, and ubiquinol to transition cells out of a defensive lockdown. This episode is for you if: You are considering expensive therapies like plasmapheresis to clear environmental toxins. You want to learn how to test your cellular metabolomics for organic acids and brain inflammation. You want to understand how your unique exposome interacts with your cellular safety mechanisms. You can also find this episode on… YouTube: https://youtu.be/5b4jWqByRAU Find more from Health Optimization Medicine and Practice (HOMeHOPe): Website: https://homehope.org/ Instagram: https://www.instagram.com/homehopeorg/ HOMeHOPe Conference 2026: https://homehope.org/homehope-conference-2026 Use PODCAST10 to get 10% OFF your purchase of the Clinical Metabolomics Module at https://homehope.org/products/clinical-metabolomics Find more from Troscriptions: Website: https://troscriptions.com/ Instagram: https://www.instagram.com/troscriptions/ Use POD10 to get 10% OFF your Troscriptions purchase at https://troscriptions.com/collections/our-products
Welcome to our motorsports podcast where we discuss F1, IndyCar, IMSA, NASCAR, our own racing adventures, and some other adventures!Charles LeClerc is back on top after a win at Silverstone as both Mercedes run into issues that hinder their chances at the win. George Russell has a bit of luck at the end of the race to crawl back to 2nd place with Lewis Hamilton rounding out the podium. Mechanical failures for Max and Kimi leave them with zero points after what was looking to be a good finish for both of them with their respective car performances.Pato O'Ward is also back on top after a long and hot caution-free race at Mid-Ohio. One mistake cost Christian Lungaard the win which let Pato through but otherwise it was a great performance by both him and Pato as they give McLaren their first 1-2 finish in IndyCar. McLaren top the weekend off with Siegel getting a top 10 finish which puts all three cars in the top 10! The big news, which was confirmed on Monday and also involves McLaren, is that their driver lineup for next year will be O'Ward, Dixon, and Rosenqvist. This means that Lungaard is out of a ride for now after being the leading McLaren driver for this 2026 season. Only time will tell if this shake up is the right call.Briscoe wins at Chicagoland in Cup.Coming up this weekend: NASCAR is at Atlanta, WEC is in Brazil, IMSA is at Mosport, and MotoGP is in Germany.
Is it normal for GLP-1 medications to become less effective over time?Dr. Emily Cooper discusses listener questions about the nuances of metabolic health and the real reasons behind weight fluctuations and food cravings. With insights into GLP-1 medications, mechanical eating, and more, the episode aims to debunk myths and provide science-based encouragement.KEY TAKEAWAYSTrusting your body's hunger signals can prevent metabolic slowdown.Mechanical eating can help manage sugar cravings and maintain metabolic health.Navigating pediatric metabolic issues requires understanding genetic influences and appropriate medical intervention.NOTABLE QUOTE"It's not your fault. Trust your body and step up to the higher end of your metabolic flexibility." — Dr. Emily Cooper LINKS & RESOURCESAmerican Board of Obesity Medicine: obesitymedicine.org Links & ResourcesPodcast Home: fatsciencepodcast.comCooper Center for Metabolism: coopermetabolic.comResources from Dr. Cooper: coopermetabolic.com/resourcesJoin Our Community: patreon.com/cw/FatSciencePodcastSubmit Your Question: questions@fatsciencepodcast.com or dr.c@fatsciencepodcast.comFat Science is supported by the Diabesity Institute, a nonprofit dedicated to increasing access to effective, science-based metabolic care.This podcast is for informational purposes only and is not intended as medical advice. Please consult with a qualified healthcare provider for personalized recommendations.
Welcome to Mysteries to Die For.I am TG Wolff and am here with Jack, my piano player and producer. This is a podcast where we combine storytelling with original music to put you in the heart of a mystery. All stories are structured to challenge you to beat the detective to the solution. Jack and I perform these live, front to back, no breaks, no fakes, no retakes.In the world's most dangerous working environments it can seem like everything is out to kill you. The equipment you use. The materials you work with. The very air you breathe. Stored energy is a coiled viper waiting for the right moment to lash out. Owners, manufacturers, contractors, and beyond have developed safety protocols to combat STCKY, that is, Stuff That Can Kill You. Gravity, Motion, Mechanical, Electrical, Pressure, Sound, Radiation, Biological, Chemical, Temperature. This season is all about the means of murder as authors put our STCKY detective skills to the test. This is Season 9, Stuff That Can Kill You.This is Episode 13, where chemical is our STCKY means of death. This is Speed Kills by Chuck Brownman, a re-broadcast of the Season 5 episode first dropped on February 3, 2023MEMBERSHIPS!Mysteries to Die For now has memberships! Three tiers – The Grave Digger's Union (free), The Cadaver Collective ($4 / month) and The Preservationist Society ($8 / month). We are starting memberships to help pay for our real live human authors, to keep the software working and the power flowing, and avoid the dreaded use of ads. If you want to show you love but aren't ready for a commitment, you can now tip us and leave a witting, punny note for us. Links are in the show notes and on our website M2D4podcast.com.Today's author, Chuck Brownman, is certainly racking up the body count. First Alastair Stubbins and Quentin Ballinger are gassed, then Sergei Ivanov gets singed. Here is a list of everything with a heartbeat in the house…• Alastair Stubbins, a victim, but also an inventor who controlled the world from his little corner. He liked making people dance to his tune. He had a great vision for QN-7 but needed a financial partner to make it reality.• Quentin Ballinger, a victim, the chosen financial partner but a man who had money issues. Living in Monaco didn't stop his company from being on the brink of bankruptcy. He had a reputation for building cheaply.• Sergei Ivanov, an almost victim, but a man who wouldn't accept coming in second. He had a reputation for top quality.• Mrs. Ashley Stubbins, a trophy wife with a pre-nup who loved her hubby. Really, she did.• Regan Stubbins, the mechanical engineering daughter and heir apparent who didn't like the deal her father was rigging.• Paul Stubbins, the artist in residence who didn't like anything about his father except his moneyNow that we have the heartbeats straight…here's a summary of what we know.• Quentin Ballinger and Sergei Ivanov were staying at the Stubbins' estate, one of them would close on a deal with Alastair Stubbins to complete the design and produce the QN-7.• The QN-7 was outfitted with next generation artificial intelligence that would let it learn to the point of making its own decisions. It was a top-secret operation. Only two key fobs existed. One Stubbins had and the other he gave to his wife.• Security information showed the door to the garage opened at eleven fifty at night. This is assumed to be Stubbins and Ballinger.• Stubbins and Ballinger died of carbon dioxide poisoning that came from the QN-7. There are signs of some sort of struggle, but there was no damage to either body and both were found next to the QN-7. The times of death was pinned between eleven pm and 2 am.• Security information showed the door to the garage opened again at twelve forty-seven. This is assumed to be the killer.• All the doors were closed – man doors and garage doors. There is no explanation for why the two able-bodied men didn't open a door and walk out.• Sergei Ivanov reports being in his bedroom all night. This was neither confirmed nor denied.• Ashley Stebbins was in her bedroom all night. This was neither confirmed nor denied.• Paul Stebbins was alone in his room in the carriage house all night. This was confirmed only by Regan.• Regan Stebbins was alone in her room in the carriage house all night. Only Paul confirmed this.ABOUT Chuck BrownmanA mostly-retired (and hopefully recovering) attorney, Chuck Brownman now enjoys writing noir fiction, concentrating on short fiction. His work has been published in several anthologies and on multiple websites, including those listed at the top of this episode. He has also served various times as a judge for the Mystery Writers of America Edgar Awards. When not writing fiction, Chuck continues to advise some of the country's most entrepreneurial energy and natural resource companies. He is also an Adjunct Professor of Law, and has spoken at legal seminars for many years. He lives with his wife in Colorado, the peaceful vistas offering a counterbalance to his suspenseful and often bloody crime fiction. A full list of his published fiction can be found at his website, www.chuckbrownman.comWRAP UPThat wraps this episode of Mysteries to Die For. Support our show by subscribing, telling a mystery lover about us, or joining our membership. Check out our website m2d4podcast.com for links to this season's authors.Mysteries to Die For is hosted by TG Wolff and Jack Wolff. Speed Kills was written by Chuck Brownman. Music and production are by Jack Wolff. Episode art is by TG Wolff. Join us next week for a Toe Tag, which is the first chapter from a fresh release in the mystery, crime, or thriller genre. Then come back in for our next original story, also by Chuck Brownman where chemical, mechanical, heat, pretty much everything is our STCKY means of murder in Rendering the Truth.
It was 3 in the morning when Old Charlie's phone rang...
Bicycle Talk. Episode 489 July 1st 2026. Ron's Rant: The New ‘Bikelash' Is A Misdirection Ploy. On a positive side: Paris is rapidly evolving into a city of transportation cyclists. Shout out to my friend Karen and her new custom bicycle. July 4th is coming TDF.. Mechanical minute and cycling tips: Heat […]
How does God actually guide His people?In this reflection on Psalm 32, John Ortberg explores one of Scripture's most comforting promises:"I will instruct you and teach you in the way you should go."Drawing on insights from Dallas Willard and the story of Peter in the book of Acts, John explains the difference between mechanical control and personal guidance—and why God desires relationship more than coercion.This episode explores:- Psalm 32 and God's guidance- Mechanical vs. personal guidance- Learning to recognize God's voice- The Holy Spirit and spiritual discernment- Peter's vision in Acts 10- Why discovered truth often changes us more than presented truthScriptures:- Psalm 32- Acts 10#Psalm32 #JohnOrtberg #DallasWillard #Guidance #Prayer #SpiritualFormation #ChristianFaith #BibleStudy #HolySpirit #Discernment
On today's NKY Spotlight Podcast we dive into Disrupt HR with Mike Sipple, Jr. of Centennial Talent Strategy and Executive Search / Talent Magnet Institute & David Noe of Payroll Partners Inc.We're also joined by Jay Royer & Jennifer Mauch of Greater Comfort Mechanical.The NKY Spotlight Podcast is powered by CKREU Consulting.
We're in triage mode as the Court clears its end-of-term backlog. We run through the week's opinion dump before focusing on two cases that look unrelated but turn on the same question: when may a state rewrite background property law to limit a constitutional right? In Wolford v. Lopez, the Court strikes down Hawaii's rule requiring a property owner's express consent before a firearm may be carried onto otherwise-public premises. Then to Pung v. Isabella County, a takings case asking whether a homeowner whose property is sold for back taxes is owed only the sale proceeds or full fair-market value. Along the way: a theory about a Landor v. Louisiana flip, the week's run of 6-3 conservative wins, and a short detour into the perils of teaching Federal Courts.Key Topics[00:00:00] - Triage mode: recording June 25 amid the end-of-term opinion dump[00:01:29] - What's still outstanding — and the campaign-finance case's standing problem[00:03:56] - The Landor "flip" theory: did Justice Jackson lose the majority to Justice Gorsuch?[00:06:40] - Thursday's decisions: Monsanto v. Durnell (FIFRA), two immigration wins, Wolford v. Lopez[00:08:58] - Counting the week's seven 6-3 conservative wins; the Hemani surprise[00:12:57] - The throughline: when may a state redefine property to evade a constitutional right?[00:18:35] - Wolford v. Lopez: Hawaii's "express consent" gun rule after Bruen[00:20:42] - The Bruen framework — step one vs. step two, and the free-speech analogy[00:26:57] - The change vs. the outlier: uniformity and Hawaii's sensitive-places list[00:30:49] - Alito's historical analogues: poaching laws and the Black Codes[00:33:34] - Jackson's dissent: race, Equal Protection, and how non-mechanical Bruen really is[00:38:59] - Caetano, the Ramos v. Louisiana callback, and Alito on racist origins[00:41:21] - Barrett's concurrence, Kagan's narrower path, and the rejected "spirit of aloha"[00:48:23] - Pung v. Isabella County: tax sales, takings, and "just compensation"[00:51:45] - Thomas's historical turn on tax-sale rules, and the fairness backstop[00:55:45] - Sign-offRelevant LinksSupreme Court of the United States: https://www.supremecourt.gov/Divided Argument podcast: https://www.dividedargument.com/Transcripts: https://www.dividedargument.com/transcriptsCommentary blog: https://blog.dividedargument.com/Merchandise: https://store.dividedargument.com/New York State Rifle & Pistol Ass'n v. Bruen: https://www.supremecourt.gov/opinions/21pdf/20-843_7j80.pdfTyler v. Hennepin County: https://www.supremecourt.gov/opinions/22pdf/22-166_q86b.pdfRamos v. Louisiana: https://www.supremecourt.gov/opinions/19pdf/18-5924_j4el.pdf
Robert Vanderbei is a Professor in the Department of Operations Research and Financial Engineering at Princeton University. From 2005 to 2012, he was chair of the department. In addition, he holds courtesy appointments in the Departments of Mathematics, Astrophysics, Computer Science, and Mechanical and Aerospace Engineering. He is also a member of the Program in Applied and Computational Mathematics, is a founding member of the Bendheim Center for Finance, and a former Director of the Engineering and Management Systems Program. Beyond Princeton, he is a Fellow of the American Mathematical Society (AMS), the Society for Applied and Industrial Mathematics (SIAM) and the Institute for Operations Research and the Management Sciences (INFORMS). Within INFORMS, he has served as President of the Optimization Society and the Computing Society and is the 2017 winner of the Khachiyan Prize for his work in optimization. He also serves on the Advisory Board for the journal Mathematical Programming Computation. He has degrees in Chemistry (BS), Operations Research and Statistics (MS), and Applied Mathematics (MS, PhD). After receiving his PhD from Cornell (1981), he was an NSF postdoc at the Courant Institute for Mathematical Sciences (NYU) for one year, then a lecturer in the Mathematics Department at the University of Illinois-Urbana/Champaign for two years before joining Bell Labs in 1984. At Bell Labs he made fundamental contributions to the field of optimization and holds three patents for his inventions. In 1990, he left Bell Labs to join Princeton University where he has been since. In addition to hundreds of research papers, he has written four books: (i) a textbook entitled Linear Programming: Foundations and Extensions now in its fifth edition and published by Springer, (ii) Welcome To The Universe in 3D, an astronomy book written jointly with Neil deGrasse Tyson, J. Richard Gott and Michael Strauss and published by Princeton University Press, (iii) Sizing Up The Universe, an introductory astronomy book written jointly with J. Richard Gott and published by National Geographic, and (iv) Real and Convex Analysis, a textbook written jointly with Erhan Cinlar and published by Springer.
Bicycle Talk. Episode 488 June 24th 2026. Ron's Rant: Silent and deadly maniac cyclists on the rail trail. Cycling etiquette! On a positive side: The E-Bike Project. Wow!!! The W.A.I.M. bicycle program. July 4th is coming TDF. Mechanical minute and cycling tips: E-Bike project discussion. Content: Ron relates what he is […]
This week on the Pipeliners Podcast, Russel Treat talks with Mona Haggag about in-situ mechanical testing, a nondestructive technique used to determine the mechanical properties of pipe still in the ground. Mona, whose father pioneered the technology, walks through how the ball indentation method works, what it can and cannot tell an operator, and how the tool is being adapted for field use in high-stress and high-security environments. The conversation covers the history of the technology, practical field application, data security considerations, and where the technology is headed. Visit PipelinePodcastNetwork.com for a full episode transcript and detailed show notes with relevant links and definitions to insider terms.
We Went Full Roxbury, Won an Award, and Gave Away 22 Cases of BeerWhat is love? Baby don't hurt me... don't hurt me... no more.Welcome back to Everyone Racers. In this old Lancia episode, Mental arrives late, Tim shares lots of golden showers, Chrissy is repeatedly accosted, and Chris can't beat Tim. Really, the Everyone Racers crew just returned from the 24 Hours of Lemons race at High Plains Raceway outside Denver, Colorado, and this episode has everything: racing, mechanical drama, questionable decisions, altitude sickness, free beer, and a "Night at the Roxbury" theme that somehow earned us the coveted Halloween Meets Gasoline award.This isn't just a race recap. We were there. We raced it.In this episode we cover:
What REALLY builds muscle after 40?The honest answer comes down to 3 things: sufficient effort for growth, how many hard sets you need each week, and recovery.This episode covers mechanical tension as the proximate cause of muscle growth, what the research says about training close to failure and reps in reserve (RIR), the how many weekly hard sets (volume) drives muscle growth (hypertrophy) vs. diminishing gains, and how sleep, protein, and recovery enable muscle growth.Plus, what changes for lifting weights over 40 and for women in perimenopause and menopause, and a 30-second test you can run in the gym to find out how hard you are training.Try Fitness Lab, the AI coaching app that works alongside the tools you already use to calibrate your effort, dial in your training volume, and tell you what your data means for building muscle and losing fat over 40.Timestamps:0:00 - 3 things that build muscle 6:39 - Mechanical tension and mechanotransduction 9:30 - Size principle and proximity to failure 11:19 - Reps in reserve and calibrating your effort 14:28 - Volume as the dose for hypertrophy 15:52 - Hard sets per muscle per week 17:45 - What makes a set count 18:44 - Building your week of training 21:50 - Effort tracking and programming over 40 23:24 - Recovery as a permissive factor 25:18 - Sleep, protein, and strength training over 40 26:21 - Building muscle through perimenopause and menopause 30:21 - Bonus: 30-second test for whether you've hit "failure"
Hello everyone, and welcome back to Warehouse and Operations as a Career. Over the last several years we’ve discussed dozens and dozens of opportunities in warehousing, transportation, manufacturing, distribution, and logistics. We’ve talked about forklift operators, order selectors, recruiters, dispatchers, transportation managers, supervisors, safety professionals, operations leaders, and many of the global supply chain positions. Today I thought we'd talk about one of the positions or career paths that, well, isn't thought about much but without it, simply put, things would grind to a halt! And that's Building Maintenance. The people who keep the facility running. The men and women who make sure the lights come on, the dock doors open, the HVAC systems cool and heat the buildings and keep our coolers and freezers cold, the plumbing works, and the equipment keeps operating. Without them, nothing else happens. And the amazing thing is many of these careers begin with the simplest tasks imaginable. Changing a light bulb. I'm Marty and let’s talk about it today. When most people start in a warehouse environment, they may enter as a General Labor associate. Maybe we're unloading trailers, stacking pallets, cleaning work areas or even assisting with counting inventory or any of the 50 other tasks that need help every shift. We're learning about attendance, safety rules and procedures, and expectations. We're learning what it means to be part of a team. Managers start noticing people who like fixing things. The employee who notices a broken door handle or a slow roll up door. That associate who reports a leaking pipe. The team member who volunteers to help move equipment. The person who wants to know how things work. Those individuals often find themselves helping the maintenance departments. And that’s where a completely different career journey can begin. Many facilities have what is commonly called a Utility Associate. Sometimes they’re called facility assistants. Maintenance helpers, maintenance utility technicians. The title doesn’t matter much. And the responsibilities are usually very similar. Tasks might include things like replacing light bulbs, painting walls, cleaning dock plates, changing air filters, maybe even minor repairs on equipment, or organizing maintenance supplies, even assisting contractors, and helping the company technicians perform preventive maintenance. These aren’t glamorous jobs. But they’re valuable jobs. And more importantly, they’re learning opportunities. Every task teaches something, every repair becomes a lesson, with every day becoming a classroom. One of the first skills many maintenance associates begin learning is basic electrical work. I’m not talking about becoming an electrician overnight. Of course, electrical work requires training, certifications, and safety knowledge. But maintenance associates often start learning how lighting systems operate, how to replace ballast and LED conversions. Circuit identification, Lockout/Tagout procedures, and electrical safety principles. They begin understanding why power flows the way it does, they learn troubleshooting and how to diagnosis problems. They learn how to identify problems instead of simply reporting them. That’s a valuable skill in any profession. The same thing happens with plumbing. Many maintenance technicians start by helping experienced professionals. They learn how water systems operate, how valves function and how drains are maintained, things like leak identification, and fixture replacement. Then comes one of the most in-demand skill sets in many nations today. HVAC. Or Heating. Ventilation. Air Conditioning. As maintenance associates gain experience, many employers will sponsor training opportunities. Some associates pursue certifications on their own. Before long, they’re troubleshooting rooftop units. Maintaining industrial climate systems. Diagnosing airflow issues. And with those skills comes increased earning potential. What I find fascinating about maintenance careers is how they combine multiple trades into one profession. Electrical. Mechanical. Plumbing. HVAC. Carpentry. Safety. Even project management, vendor relations, and budgeting. It’s one of the most diverse skill sets in the entire facility. And I've found that many maintenance professionals continue developing themselves through formal training. Things like OSHA certifications, Lockout/Tagout training, HVAC certifications, EPA refrigerant certifications, electrical safety training, welding certifications, boiler certifications, preventive maintenance programs, and facility management certifications. Each certification adds another tool to the toolbox. And employers notice. One thing I’ve observed throughout my career is that maintenance professionals become incredibly valuable because they save organizations money. Imagine a conveyor system goes down. Production stops. Orders stop. Shipping grinds to a halt. A skilled maintenance technician can diagnose the issue, repair it, and get operations moving again. That’s value. The ability to solve problems creates opportunities. And, as we've learned, organizations reward problem solvers. As technicians gain experience, I've seen many advance into leadership roles. Maintenance Lead and on to Maintenance Supervisor or Facilities Supervisor. Even Maintenance Manager and Facilities Manager or Regional Maintenance Manager and Director of Facilities positions. These leaders may oversee multiple facilities, maintenance budgets, preventive maintenance programs, and manage vendor relationships, compliance initiatives, construction projects, and safety programs. They’re no longer changing light bulbs, there making strategic decisions and planning future improvements, helping organizations operate efficiently. Now the path isn’t always direct or happening in a straight line. I've witnessed people begin as janitors, as forklift operators. Some come from manufacturing or even the fleet or transportation environments. What matters most is curiosity and the desire to learn. The willingness to ask questions and to volunteer for opportunities. As you know by now, I’ve always believed that careers are built one skill at a time. Very few people just wake up one morning and becomes a Director. Nobody starts as an expert. No one began their career knowing everything. Success is usually much less exciting than people imagine. I think it’s learning one thing today. Another thing tomorrow. And one more thing next week. Then repeating that process for years. If you’re listening today and currently working as a general labor associate, here's a quick exercise. Look around your facility. Notice who repairs things and who troubleshoots equipment, who maintains dock doors, who works on HVAC systems, who keeps the building running. Then introduce yourself. Ask questions and Show interest. You may discover a career path you never knew was there. And if you’re already in maintenance, keep investing in yourself. Take the next class and earn the next certification and the next skill. Because maintenance is one of those professions where learning never stops. technology changes, equipment changes, and our buildings change. The people who continue learning continue growing. Saying all that reminds me of a much earlier episode from back in 2016, episode 11, where we visited with a gentleman named Mike that pretty much lived the life we've discussed here today. I'd urgh you to go check out what he had to say way back then. Anyway, so this week, I challenge you to look beyond the obvious career paths. Sometimes opportunity isn’t driving a forklift. It isn’t sitting in an office or managing a department. Sometimes opportunity is standing on a ladder changing a light bulb and realizing you’ve just taken the first step toward becoming the person responsible for an entire facility. And that’s a pretty incredible journey. Until next time, remember that warehousing, transportation, manufacturing, and operations aren’t just jobs. They’re careers. And every career starts with a single opportunity. And we can make our own opportunities. Well, I've got to go move some freight myself now. Thanks for listening in today, and hey, y'all be safe out there, our friends and family are wanting to see us after our shift.
It's All Been Done Radio Hour Commercial #316 Travels With T.I.M. #23 "Getting to Know Your Mechanical Body" Concerned about physical changes, T.I.M. finds a video made by his body's creator to help him understand what is happening. Visit our website http://iabdpresents.com Script books, clothing, and more at https://amzn.to/3km2TLm Please support us at http://patreon.com/IABD A comedy radio show originally performed on Saturday, June 14, 2025, at Boxland in Columbus, Ohio. Check out our website for live recording dates. STARRING Nick Arganbright as T.I.M. the Time Machine Samantha Stark as Jordbrukare GUEST STARRING Casey May as Elias Narrated by Darren Esler Foley Artist Megan Overholt Podcast edited by Olivia James It's All Been Done Radio Hour created and produced by Olivia James Written by Rosaleigh Wilson Directed by Kristin Green Music Director Kristin Green Theme Songs composed by Nathan Haley, with lyrics by Olivia James Technical Director Shane Stefanchik Find more from It's All Been Done Radio Hour here: Facebook: https://www.facebook.com/itsallbeendoneradiohour Instagram: https://www.instagram.com/iabdpresents/ TikTok: https://www.tiktok.com/@iabdpresents When you post about us, hashtag #IABD
On the Science pod, we've been covering a lot of the ground on how AI is revolutionizing STEM, but one of our favorite off the record topics since our launch is which field is harder to accelerate: math, bio, or physics? Today we're back in Materials Science land with Radical — Unlike biological molecules that can be represented (and predicted!) by token strings, the success of materials involve many more macro complex variables like supply chains, microstructures, and manufacturing processes. If you recall the LK99 drama of 2023, while the basic ingredients were known, part of the confusion came from the lack of disclosure around manufacturing, and therefore defeated reproducibility. There is probably no "one-shot" model capable of designing a material that works perfectly at scale.How Radical is accelerating materials discovery >10x the pace of DARPA/GE MACHJoseph Krause is a materials scientist through and through. And after spending his career watching industries stall out waiting for better materials, he founded Radical AI to do something about it.We recently sat down with Joseph to talk about Radical AI, materials discovery, self-driving labs, and the future of AI science. Joseph did not sugar coat anything: accelerating the materials discovery pipeline is a hard problem. But it's one that he strongly believes we need to invest in, for the future of consumer products, aerospace, computing, and defense, and get them into every day use:“We count it as a discovery when you pick up your phone and there's a new material sitting inside of it.”How does Joseph plan on accelerating the rate of discovery? To understand this, it's important to understand why this is such a hard problem in the first place. The first thing to keep in mind is that the material that is manufactured is far more than a chemical formula going into it. The process of mixing, annealing, growing, or generating the final material can result in wildly different outcomes. The entire materials discovery process, both from early discovery to large scale manufacturing, needs to be understood and characterized.The Self-Driving LabThis philosophy has grown into a key insight at Radical AI: The construction of the self-driving lab. This lab is one that is not just automated, but in fact uses an “AI scientist” that combines scientific knowledge, computational techniques, and human intuition to generate and test hypotheses in an automated lab. Creating an AI scientist was key to making Radical's self-driving labs work, since Joseph argues that no single AI model can one-shot materials.“In materials, the ground truth is the material itself. You have to be able to test it and characterize it.”Joseph talked at length about the self-driving labs at Radical. Joseph argues that experimental data is the true “moat” in this industry. An SDL functions as a closed-loop system where an AI scientist generates hypotheses, and automated robotics synthesize and characterize materials, running research campaigns in parallel rather than serially. The successes here were both on the automation side and on the science side. Radical has managed to scale their alloy discovery pipeline up to producing and characterizing 1200 alloys in six months — this nearly 10x speedup over the DARPA/GE MACH program that aimed to create 500 new alloys in a year. Joseph claims they can scale this up even more and estimates they can produce a hundred new alloys tested and characterized in a day. A truly new paradigm in high-throughput alloy experimentation.On the science side, their AI scientist proposed and tested 300 new materials, ten of which were found to have novel state-of-the-art properties that are already being further developed for commercial applications. The robustness of this first materials campaign reinforces Joseph's claim that the moat is the lab and data.“It's moved into elemental families or alloy families no one has ever published on before.”Interestingly, Radical's AI scientist has made some novel discoveries, expanding into elements that just were not explored prior. This is fascinating from a scientific perspective, but it's also important for helping reduce supply chain bottlenecks for vital industries!Joseph spent a lot of time in D.C. before founding Radical, and he's clear-eyed about the competitive threat. China's centralized model lets it stand up manufacturing hubs and immediately scale new materials from lab to production. We can't replicate that, and Joseph is very clear we shouldn't try. But we do need an answer. For Joseph, that means transforming the scientific workforce, investing in self-driving lab infrastructure at the national lab level, and leaning hard into public-private partnerships.“Now imagine every scientist in the United States doing 10 times the research output. That's fundamental. That just changes the trajectory of discovery.”Before we close, we'd like to give a shout out to Joseph and Radical for publishing and open sourcing much of their internal tooling pipeline. This includes:* TorchSim (preprint, blog): an open-source PyTorch-based MD simulation framework, which has been spun off into its own non-profit.* MATRIX/MATRIX-PT (preprint, blog): An open-source dataset for benchmarking autonomous self-driving labs (MATRIX), along with with an open source model based upon this dataset (MATRIX-PT). We could talk about this extensively, but a fun data point is that improving reasoning in the area of materials also improved reasoning for biological systems! This is a truly unexpected result.Big shout-out to the Radical team for sharing their work!Materials discovery has been stuck on a 20–30 year timeline for generations. Joseph thinks that's about to change, and Radical AI is putting that thesis to the test in the lab, one sample at a time.We had a great time talking with Joseph. We hope you give it a listen!Timestamps* 0:00 Introduction to the challenges of AI in material science* 0:52 Welcome and introduction to Joseph Krause and Radical AI* 1:38 Why Radical AI is different: The focus on experimental data and Self-Driving Labs (SDLs)* 6:19 The process: Candidate generation, synthesis, and characterization* 11:05 The application of exotic alloys in extreme environments (aerospace and defense)* 13:20 Barriers to entry: The slow process of qualification and manufacturing* 16:06 Supply chain constraints in material science* 19:24 Human-in-the-loop: Training the AI using scientific intuition* 20:35 The engineering challenges of automating a laboratory* 23:17 Defining the “Self-Driving Lab”: Research campaigns vs. just automation* 24:39 Mechanical challenges: Handling high-temperature samples* 27:41 Future scaling plans and the “Vertical Integration” strategy* 30:08 Validation timelines for high-tech industries (semiconductors, aerospace)* 31:47 The active learning loop and handling “negative results”* 35:32 AI exploring elemental families beyond human bias* 39:13 Throughput targets and the difference between AI and human exploration* 43:52 Why the dataset size is less critical than the quality of experimental feedback* 46:20 Addressing the lack of an “AlphaFold” for materials* 53:49 War stories from the lab: Building the infrastructure* 58:12 The shift in industry sentiment toward SDLs and tool interfaces* 1:01:14 Geopolitical considerations and the race in material science innovation* 1:06:12 Calls to action for ML and AI engineers: Rethinking the scientific stack* 1:09:53 The Matrix model and using VLM for scientific knowledge extraction* 1:13:10 Why Radical AI is open-sourcing their work This is a public episode. 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“Do the right thing, not the easy thing.” on the Daily Grind ☕️, your weekly goal-driven podcast. This episode features Kelly Johnson @kellyfastruns and special guest Gene Gerovich @nyc_hvac_heroes. Gene is a sales leader, operator, and entrepreneur with over 15 years of experience scaling businesses with a relentless focus on process, discipline, and people.He's helped grow multiple companies 3X to 10X in under five years, and today he leads B&M Mechanical in New York City—an HVAC and refrigeration company serving the hospitality industry and major brands like Macy's, McDonald's, Burger King, Dunkin', and more.S9 Episode 23: 6/16/2026Featuring Kelly Johnson with Special Guest Gene GerovichFollow Our Podcast:Instagram: @dailygrindpod https://www.instagram.com/dailygrindpod/ X: @dailygrindpod https://x.com/dailygrindpod Facebook: https://www.facebook.com/dailygrindpodTikTok: https://www.tiktok.com/@dailygrindpodPodcast Website: https://direct.me/dailygrindpod Follow Our Special Guest:Website: https://bmmechanical.nyc/Instagram: @nyc_hvac_heroes
In this episode, entomologist and agroecologist Dr. Jacob Pecenka talks about the role of dung beetles as mechanical decomposers. Subscribe for more content on sustainable farming, market farming tips, and business insights! Get market farming tools, seeds, and supplies at Modern Grower. Follow Modern Grower: Instagram Instagram Listen to other podcasts on the Modern Grower Podcast Network: Carrot Cashflow Farm Small Farm Smart Farm Small Farm Smart Daily The Growing Microgreens Podcast The Urban Farmer Podcast The Rookie Farmer Podcast In Search of Soil Podcast Check out Diego's books: Sell Everything You Grow on Amazon Ready Farmer One on Amazon **** Modern Grower and Diego Footer participate in the Amazon Services LLC. Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to Amazon.com.
Bicycle Talk. Episode 486 June 10th 2026. Ron's Rant: Why are youn still driving that gas guzzling vehicle? Pee – Gate? On a positive side: Shout out to Bike Mansfield. Build America 250 Act. Mechanical minute and cycling tips: The E-Bike project. How about those 32” wheels.. How to Improve Your Riding out […]
Is your weight loss journey secretly setting you up for even greater weight gain down the road?Amy Hudson and Dr. James Fisher discuss the hidden muscle loss risk that comes with GLP-1 use and why the number on the scale tells you almost nothing about the quality of your progress. They unpack how strength training is the critical missing piece in most weight loss journeys, why protein becomes more important when you cut calories, and what genuine health success actually looks like when the real goal isn't weight loss.Dr. Fisher explains what most people fundamentally get wrong about GLP-1 use. The goal isn't weight loss itself, but the health that weight loss is supposed to deliver. When you press past the surface answer, most people admit they want a better quality of life, not just a lower number on the scale.Dr. Fisher breaks down how GLP-1s work at a biological level, describing them as medications that mimic a natural hormone originally developed to treat diabetes. They stimulate insulin release, reduce glucagon, slow gastric emptying, and create a feeling of fullness that drives reduced calorie intake.Dr. Fisher explains why GLP-1s can be a genuinely valuable entry point for people who are overweight or obese. The psychological and physical barriers to exercise, low confidence, pain, and fear of gym environments, make medication a realistic first step that behavioral advice alone cannot replace.Learn why the number on the scale is one of the most misleading metrics you can track during a weight loss journey. It cannot distinguish between fat loss, which is beneficial, and muscle loss, which is metabolically and functionally devastating.Dr. Fisher reveals that between 20 and 40 percent of the weight lost through GLP-1 use is lean tissue, typically thought of as muscle mass. Losing that much muscle while trying to get healthier is directly counterproductive to the actual goal.Dr. Fisher explains why losing muscle during a weight loss journey sets the body up to regain fat more easily afterward. Muscle is the body's primary storage site for carbohydrates, and shrinking that storage capacity increases the likelihood of fat accumulation once the journey ends.Learn how the "fat but fit" paradigm reframes what health actually looks like. Research suggests that increased strength is associated with lower mortality risk regardless of body composition, meaning being strong matters more for longevity than being lean.Dr. Fisher paints a picture of what weight loss without muscle retention actually looks like in practice. He points to frail older adults who are dependent on others, use walkers, and have severely diminished functional capacity as the endpoint of losing weight without preserving strength.Dr. Fisher explains why strength training is the critical signal the body needs to retain muscle during a GLP-1 journey. Mechanical loading through resistance training stimulates muscle protein synthesis and tells the body to hold onto lean tissue even when overall energy intake is reduced.Learn why the type of muscle fiber you target in strength training matters enormously during a weight loss journey. Type 2 muscle fibers are the most responsive to growth, the most metabolically valuable, and the most important to recruit and retain as the body ages.Amy highlights a counterintuitive truth that many people on weight loss journeys are uncomfortable confronting. Neglecting muscle while losing weight is essentially signaling to the body to store fat more aggressively the moment the intervention stops.Dr. Fisher explains why body composition measurement is a non-negotiable part of any GLP-1 journey done right. Tools like InBody assessments go beyond scale weight and give a real picture of whether you are losing fat or losing muscle, which determines whether the weight loss is actually high quality.Learn why supervised workouts produce meaningfully better outcomes than unsupervised ones, especially for people on a GLP-1 journey. Having a personal trainer present creates accountability, improves technique, and opens space for the kind of conversations that keep people from feeling isolated on what can be a very personal health journey.Dr. Fisher explains why protein intake becomes more important, not less, when someone is in a calorie deficit. Most people reduce protein alongside fats and carbohydrates when cutting calories, but the right approach is to protect protein intake and reduce the other macronutrients instead.Learn how GLP-1 medications change what people eat without necessarily improving what they eat. Reduced satiety often leads to smaller portions, but the nutritional quality of those portions, including protein content, frequently remains poor without deliberate attention.Amy explains why tracking muscle mass throughout a GLP-1 journey is just as important as tracking weight loss progress. Without that data, there is no way to know whether the body is shedding fat or cannibalizing the very tissue that supports long-term metabolic health.Dr. Fisher explains why around two-thirds of weight lost through medication or behavioral programs tends to be regained within a year. Weight loss that is not anchored in behavioral change and muscle preservation is structurally set up to reverse itself.Learn how The Exercise Coach's approach addresses the specific risks of GLP-1 use through four reinforcing pillars: body composition measurement, optimized strength training methodology, real-time performance feedback through equipment, and in-person coaching throughout the process.Amy explains why personal training is the missing piece most people overlook on a GLP-1 journey, and how having a coach in your corner can make the difference between losing fat and losing the muscle you can't afford to give up.Mentioned in This Episode:The Exercise Coach - Get 2 Free Sessions!Submit your questions at StrengthChangesEverything.comThis podcast and blog are provided to you for entertainment and informational purposes only. By accessing either, you agree that neither constitute medical advice nor should they be substituted for professional medical advice or care. Use of this podcast or blog to treat any medical condition is strictly prohibited. Consult your physician for any medical condition you may be having. In no event will any podcast or blog hosts, guests, or contributors, Exercise Coach USA, LLC, Gymbot LLC, any subsidiaries or affiliates of same, or any of their respective directors, officers, employees, or agents, be responsible for any injury, loss, or damage to you or others due to any podcast or blog content.
Jeannette McGill is a seasoned mountaineer and executive leader who, at 52, became the oldest South African woman to summit Everest in May 2025. With more than 30 years of global climbing experience—including leading expeditions across four continents—she knows deeply that the summit is never just about standing on top. Jeannette's journey is a testament to patience, resilience, and the quiet power of backing yourself, no matter how many setbacks you face. Beyond her personal achievements, she is passionate about demystifying the modern-day myths of Everest and advocates instead for the very real challenges mountain terrains face through climate change globally. Having been there herself, she brings an informed, honest perspective on what is truly happening above 8,000m. Today, Jeannette combines her love for high-altitude adventure with leadership on Boards and helping others explore their own limits. She also supports future generations through leading snow camps in the Victorian Alps and mountaineering scholarships, believing that mountains are powerful teachers of courage and humility. Her story is not just about conquering peaks but about becoming the kind of person who dares to try. We first spoke with Jeannette on 7th January 2021 - Jeannette McGill - 1st South African woman to summit Manaslu, the 8th highest mountain in the world *** New episodes of the Tough Girl Podcast drop every Tuesday at 7 AM (UK time)! Make sure to subscribe so you never miss the inspiring journeys and incredible stories of tough women pushing boundaries. Do you want to support the Tough Girl Mission to increase the amount of female role models in the media in the world of adventure and physical challenges? Support via Patreon! Join me in making a difference by signing up here: www.patreon.com/toughgirlpodcast. Your support makes a difference. Thank you x *** Show notes Who is Jeanette Corporate executive, board director and most importantly a mountaineer South African by origin, located in Melbourne and spending up to 5 months in Nepal TGP Episode - January 7th 2021 - - 1st South African woman to summit Manaslu, the 8th highest mountain in the world Her Mt. Everest dream A one day - someday project… How climbing Mt. Everest came to the forefront of her mind To be a real mountaineer you needed to tick Mt. Everest off the list Deciding to go in a different direction in 1995 The pivotal moment - university and having a career or entering the climbing competition Pursuing her career Was Mt. Everest a realistic goal? Growing into the project Adding Mt. Everest to the bucket list after covid Going through a back surgery and perimenopause and deciding that 2023 would be her Mt. Everest year Using Mera Peak as an acclimatisation strategy Getting sick and not recovering well, getting to camp 2 and not being able to continue. Heading back to Australia and deciding to go back in 2024 Deciding to gift herself the power of a mid-life sabbatical Exciting her role in December 2023 and starting to train properly for Mt. Everest in 2024 Joining a small team Mechanical failure on the mountain - her jumar not working and getting word that her house in Australia had burnt down. Getting to the South Col and not being in the right head space. Knowing she was making the right decision to turn around and head back down the mountain Dealing with the frustration and disappointment and why it was difficult Not being in a good head space. Needing to pivot and become nomadic during the winter Floundering and not knowing what was next Deciding that she would regret it if she didn't back herself one final time. Pivoting and making the best of the situation Having flexibility and deciding to do Mt. Everest one last time Figuring out where to do the winter work - in either Scotland or New Zealand Packing up and heading over to New Zealand to do training Doing more mountain work, on the NZ Alps in the South Island How it became a more personal/internal objective/goal What training looked like Working with a mental and physical coach Using Training Peaks Evoke Endurance Coach Returning to Manaslu in the fall of 2024 Muscle endurance - steep hills in NZ out of Queenstown carrying 20kgs Following a structured gym program Her 'A' Team Figuring out through processes and what could derail her Having cheat sheets e.g. a mopey list to keep her focused on her goal and what she needed to do Heading back to Mt Everest in 2025 and wanting to do the Everest - Lhotse Double (having 2 permits) Acclimatising on Mt. Mera Peak Being an older climber and the changes she made Sleeping at camp 3 on her rotation Heading up to the balcony The challenge of the 2025 season Dealing with extreme winds and not being able to stand up Having to turn around - returning to her tent on the South Col and being hit with disappointment. Maybe climbing Mt. Everest just isn't going to happen again - shedding a tear Having her main sherpa needing to head back down to camp 2 Having the opportunity to go for the summit of Mt. Everest the following night Now or never!!!!! Starting to prepare, getting herself together and heading back to the balcony before reaching the summit Reaching the summit - A surreal, glorious moment. Crying on the summit and why she will never forget it The descent back to base camp - dealing with fatigue Being able to look after herself on the descent The afterwards - Relief? Adventure blues? The pressure on herself to achieve the goal Being at peace with herself Needing to rest this calendar year and savour her summit Wallowing in the peace and knowledge of achievement How to connect with Jeannette Final words of advice for other women who want to take on their own mountains and challenges Keep stretching your fear muscle Social Media Website: www.mcgillsmountains.com Instagram: @mcgills_mountains
Dr. Michael Carter didn't originally plan to become a professor or even an industrial engineer.But after discovering operations research and eventually finding his way into industrial engineering, his career became focused on one of the most complex systems imaginable: healthcare.In this episode of Problem Solved, we speak with the recipient of the 2026 Frank and Lillian Gilbreth Award, IISE's highest honor. Dr. Carter reflects on his decades-long career in healthcare systems engineering, how inefficiencies he observed inside hospitals sparked a lifelong passion for improvement, and why he dedicated his career to building what he calls “an army of engineers” working in healthcare.We also discuss the future of healthcare systems, the growing role of AI and data in medicine, mentorship, and the ripple effect of influencing generations of students and practitioners.Dr. Carter is Professor of Mechanical and Industrial Engineering at the University of Toronto and Founding Director of the Centre for Healthcare Engineering. Over the course of his career, he has helped shape healthcare engineering in Canada and beyond through research, education, and real-world implementation.And at the end of this episode, stay tuned for a preview of our upcoming special episode exploring the real lives and legacy of Frank and Lillian Gilbreth.Learn more about The Institute of Industrial and Systems Engineers (IISE)Problem Solved on LinkedInProblem Solved on YouTubeProblem Solved on InstagramProblem Solved on TikTokProblem Solved Executive Producer: Elizabeth GrimesInterested in contributing to the podcast or sponsoring an episode? Email egrimes@iise.org
In this episode of the WB Download, host Jeff Wieland sits down with Trent Morris of A1 Mechanical Heating and Cooling to explore one of the most important components of any custom home, heating, cooling, and indoor comfort.With nearly four decades of HVAC experience, Trent shares why comfort should always take priority over efficiency when designing a home's mechanical systems. He walks listeners through the HVAC design process, explaining the importance of detailed load calculations, proper ductwork design, static pressure, air filtration, zoning, insulation, and window performance. Trent also discusses the evolution of heating and cooling technology, including the benefits of multi-stage and variable-capacity equipment, smart thermostats, and modern indoor air quality solutions.Beyond the technical side, Trent shares his personal journey into the HVAC industry, the mentors who shaped his career, and how A1 Mechanical invests in training, workforce development, and giving people second chances through meaningful careers in the trades.Key Topics Covered:HVAC design for custom homesLoad calculations and comfort-driven system sizingStatic pressure and ductwork designMulti-stage and variable-capacity equipmentIndoor air quality and air filtrationZoning systems and smart thermostatsMaintenance best practicesWorkforce development in the skilled tradesWhether you're planning a custom home, interested in building science, or simply want to understand how to create a healthier, more comfortable living environment, this episode is packed with valuable insights from one of the industry's most experienced professionals.A1 Mechanical Heating and Cooling Website or call 937-865-2325Email Jeff your comments, questions, and topic requests, or be a guest on The WB Download.Email: WBDOWNLOAD@wielandbuilders.comSee Wieland Builders custom home gallery www.wielandbuilders.comReceive inspiration monthly in our monthly newsletter See podcast behind the scenes photosFollow us on Facebook, Instagram, YouTube, Houzz , LinkedIn or Pinterest
Welcome to Mysteries to Die For.I am TG Wolff and am here with Jack, my piano player and producer. This is a podcast where we combine storytelling with original music to put you in the heart of a mystery. All stories are structured to challenge you to beat the detective to the solution. Jack and I perform these live, front to back, no breaks, no fakes, no retakes.In the world's most dangerous working environments it can seem like everything is out to kill you. The equipment you use. The materials you work with. The very air you breathe. Stored energy is a coiled viper waiting for the right moment to lash out. Owners, manufacturers, contractors, and beyond have developed safety protocols to combat STCKY, that is, Stuff That Can Kill You. Gravity, Motion, Mechanical, Electrical, Pressure, Sound, Radiation, Biological, Chemical, Temperature. This season is all about the means of murder as authors put our STCKY detective skills to the test. This is Season 9, Stuff That Can Kill You.This is Episode 11, where motion is our STCKY means of death. This is Time to Die by TG WolffDELIBERATIONCrewe's hope for a calm holiday seaside isn't working out for him. He needs our help to catch Frank Lumsden's killer to get back to his chess game. Here are his suspects:Captain Harry Marsland, war vetElsie Maynard, local beautyArnold Brett, war vet, Elsie's fiancéMr. and Mrs. Granger, puzzle master and psychic, respectively“Time to Die” is a short story adaptation of “The Mystery of the Downs” by John Watson and Arthur J. Reese. The book is in the public domain and is available from Project Gutenberg. https://www.gutenberg.org/ebooks/45658ABOUT TG WolffTG Wolff has never been able resist a good puzzle. With an engineer's mind for logic and a lifelong love of mysteries, she crafts whodunnit stories that challenge readers to outsmart her detective. Her books are filled with quirky characters, red herrings, and—because she firmly believes solving (fictional) murders should be fun—a healthy dose of humor.TG earned both her Bachelor's and Master's degrees in civil engineering. Curiosity drives her fiction, where nothing is ever accidental and every detail counts. A Cleveland, Ohio native, she now lives in northeast Indiana with her husband and two sons, where dogs and mysteries are always welcome.Website: tgwolff.comFacebook: @tina.wolff.125Instagram: @tg_wolffWRAP UPThat wraps this episode of Mysteries to Die For. Support our show by subscribing or telling a mystery lover about us. Check out our website m2d4podcast.com for links to this season's authors and our Facebook and Instagram socials for episode details.Mysteries to Die For is hosted by TG Wolff and Jack Wolff. Time to Die was written by TG Wolff. Music and production are by Jack Wolff. Episode art is by TG Wolff. Join us next week for a Toe Tag, which is the first chapter from a fresh release in the mystery, crime, or thriller genre. Then come back in two weeks for our next original story where electricity is our STCKY means of murder. It's Current Situation by Kathleen Marple Kalb
When you're living through a period of suffering, grief, or unanswered questions, trusting that God is still working for your good can seem unbelievable.In this conversation, Ellen sits down with Amy Loflin from Echo Joy Collective to discuss how suffering can shape our view of God, what it looks like to hold on to faith when life doesn't make sense, and how Jesus meets us in the middle of our pain.Together, they discuss: the lies suffering can make us believe about Godhow to trust God when He feels distant or silentwhat the bleeding woman in Luke 8 teaches us about faith and healingpractical ways to meet with God during difficult seasonshow suffering can deepen our dependence on ChristWhether you're facing loss, doubt, chronic pain, or grief, our prayer is that this episode reminds you that God is near, trustworthy, and present even in the midst of suffering.Read Amy's book: A Story Worth Living: Reclaim Your Confidence, Purpose, and PeaceScripture referenced:Romans 8:28 | Luke 8:40-48 | Leviticus 13:45-46 | Psalm 42:7
For years, the assumption was that the world would only become more digital — more connected, more automated, more dependent on screens. And yet, in recent years, there seems to have been a subtle shift in the opposite direction. Vinyl records are thriving, physical books remain popular, wired headphones and MP3 players are back, and younger generations increasingly talk about wanting more intentional, less connected experiences. So, where do mechanical watches fit into all of this? In this episode of Fratello Talks, Nacho is joined by Daan and Thomas to discuss whether this broader craving for the analog could point toward a healthy future for mechanical watches. The conversation touches on digital fatigue, analog objects, and why these slightly more impractical things can sometimes feel more meaningful than ever.
In this episode of Status Check with Spivey, Mike has a conversation with Orin Kerr, a prominent law professor and legal academic who currently serves as a Professor of Law at Stanford Law School and a Senior Fellow at Stanford's Hoover Institution. In his 25+ years as a law school faculty member, Professor Kerr has written 75+ law review articles, authored casebooks, and been cited in 4,500+ academic articles and 500+ judicial decisions, including several U.S. Supreme Court opinions. He has held tenured positions at Stanford Law, GW Law, USC Law, and UC Berkeley Law, and he has been a visiting professor at UChicago Law, Penn Law, and Yale Law.In addition to his career in academia, Professor Kerr completed two clerkships, including a Supreme Court clerkship with Justice Anthony Kennedy, argued before the Supreme Court, and practiced law for a number of years, including as a trial attorney for the Department of Justice in the Computer Crime and Intellectual Property Section and as a Special Assistant U.S. Attorney for the Eastern District of Virginia. He has a bachelor's degree in Mechanical and Aerospace Engineering from Princeton University, a master's degree in Mechanical Engineering from Stanford University, and a J.D. from Harvard Law School. Professor Kerr discusses how law schools try to balance preparing students to be practice-ready with teaching how to think like a lawyer (5:49), what Professor Kerr sees as the “ideal” legal training (11:27), what professors actually think when someone messes up a cold call (37:58), how and when he knew he wanted to become a law professor (1:47), the “old way” and the “new way” that law schools hire faculty (3:41), advice for prospective law students who want to become law professors (12:32), the different types of law professors (12:51), every professor's least favorite part of the job (23:12), the built-in advantages that some students enter law school already having (32:48), Professor Kerr's most-read law review article (33:50), and more.They also discuss a video that Professor Kerr recorded last year, “So You're About To Start Law School: A Law Student's Guide with Stanford Law Professor Orin Kerr.” You can watch that video for free on YouTube here.You can listen and subscribe to Status Check with Spivey on Apple Podcasts, Spotify, and YouTube. You can read a full transcript of this episode with timestamps here.
In this episode of the Build Show Podcast, Matt Risinger sits down with Jordan Smith to work through the full spectrum of residential HVAC mechanical systems — from the bare minimum to the over-engineered. The conversation moves quickly from what not to do (single-stage compressors with flex duct in unconditioned attics) to what actually performs: separate air handlers per floor, dedicated dehumidification, and ERV systems for continuous fresh air. For two-story homes, both agree that zone dampers are a dead end and that two independent systems are the only real solution. The middle-ground sweet spot they land on is dual single-stage units paired with at least one dehumidifier and a basic fresh-air intake strategy. A recurring theme is that equipment brand matters far less than installer quality — a well-installed Goodman beats a poorly installed premium unit every time. Huge thanks to our episode sponsor, JELD-WEN. Learn more at: https://www.jeld-wen.com/en-us Watch full episodes of Matt on Facebook, Instagram and Build Show Network. https://www.facebook.com/buildshownetworkhttps://www.instagram.com/risingerbuild/https://buildshownetwork.com/go/mattrisinger Don't miss a single episode of Build Show content. Sign up for our newsletter.
This talk was given by Nikki Mirghafori on 2026.05.20 at the Insight Meditation Center in Redwood City, CA. ******* Video of this talk is available at: https://www.youtube.com/live/xD_wh1eUGvA?si=6xEP6TeRc-34bX1K&t=1947. ******* For more talks like this, visit AudioDharma.org ******* If you have enjoyed this talk, please consider supporting AudioDharma with a donation at https://www.audiodharma.org/donate/. ******* This talk is licensed by a Creative Commons Attribution-Noncommercial-No Derivative Works 4.0 License
MacroVoices Erik Townsend & Patrick Ceresna welcome, Mike Green. They discuss why the Hormuz crisis hasn't derailed the S&P 500's surge to new all-time highs, Mike's disagreement with secular-inflation forecasts, why Kevin Warsh could be more likely to cut rates aggressively than hike, and the unintended consequences of passive investing through index funds. https://bit.ly/3R6TDhH
The Final Years and the Rock of Sydney ChaplinChaplin's final project, A Countess from Hong Kong, suffered from a mechanical performance by Marlon Brando, who clashed with Chaplin's physical, hands-on directing style. The film's dated 1930s-style romance failed to resonate with the 1960s audience that was embracing movies like The Graduate. Throughout his long life and final years in Switzerland, Chaplin relied on his older brother Sydney as his "rock" and protector. Despite Sydney's own colorful and irresponsible personal life, he remained the one constant figure who had cared for Charlie since their childhood in the workhouse, providing essential stability through decades of professional and political turmoil. Guest: Scott Eyman. (8/8)1900 LA
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