Podcasts about Chemistry

(00:00-24:41) Joined by voice of the Blues, Chris Kerber. Blues lose to the Jets but still mathematically in the mix. Give it another 4 or 5 games and see where you're at. The return of Dylan Holloway. The rumors that surrounded Robert Thomas. Chemistry with Thomas and Snuggerud. Patience with Dalibor Dvorsky. Several area to improve in over the summer. Do the Blues look at the way they approach training camp? Poutine will shut you down.(24:49-38:29) Brad Thompson joins us and he's really impressed with Jackson driving the ship today. On the side of the road in Greenville, Illinois. Nelson Velasquez impressing in Spring Training. What will the Opening Day outfield look like? What's the feeling around Jordan Walker and his struggles? JJ Wetherholt looking the part so far. The outlook for the pitching staff. Kyle Leahy.(38:39-1:00:19) Joined by Gabe DeArmond of Power Mizzou talking about the Tigers berth in the NCAA Tournament. Mizzou with a favorable draw playing in St. Louis. Gabe has watched 0.0 seconds of Miami basketball this year. The matchup with Miami is like looking in a mirror. Gabe saved people some money falling victim to a fake tweet about the game time. Somebody, anybody has to help Mark Mitchel. Tough game time for the olds. Audio of Bruce Pearl on the Selection Show. Dennis Gates on the criticism surrounding Mizzou's soft non-conference schedule.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Pool Pros text questions hereIn this episode of Flock It Friday, Rudy Stankowitz revisits the topic of borates in swimming pools, exploring the chemistry behind them, the regulatory history, and why recent geopolitical tensions have brought boron compounds back into the conversation.Recent instability in key shipping corridors such as the Strait of Hormuz, the Red Sea, and the Suez Canal has raised concerns about global freight movement. Since Turkey holds the world's largest boron reserves and supplies a significant portion of the global market through its state-owned producer Eti Maden, disruptions in shipping routes could tighten the supply chain that delivers boric acid to the U.S. market. The chemistry itself hasn't changed—the mines are still operating—but the logistics that move industrial minerals around the world can shift quickly.Rudy then breaks down the science behind borates. In pool water, boron compounds typically exist as boric acid and borate ions, forming a secondary buffering system that helps resist pH drift, especially in pools with saltwater chlorine generators, where aeration accelerates carbon dioxide loss and causes pH to rise.Most pools that use borates maintain concentrations between 30 and 50 ppm. Below that range the buffering effect becomes minimal, and above it there is little additional benefit. Once added, borates remain stable in the water and are only removed through dilution, splash-out, backwashing, or water replacement.Borates are often described as algistatic, meaning they may inhibit algae growth, but they should not be considered a primary algaecide. Chlorine remains the primary sanitizer responsible for algae control.The episode also touches on the regulatory evolution surrounding borates. Following the introduction of NSF/ANSI Standard 50 Annex R in 2015, many niche pool chemical additives—including borate products—were not pursued for certification under the updated framework. As a result, borates largely disappeared from modern certification listings, though they remain widely used in residential pools where certification is not required.The bigger takeaway is that the chemistry hasn't changed—but the systems that deliver pool chemicals have. In today's global economy, the most complicated part of pool chemistry may not be the reactions happening in the water, but the international supply chains that bring those chemicals to the pool service professional. Support the showThank you so much for listening! You can find us on social media: Facebook Instagram Tik Tok Email us: talkingpools@gmail.com

Chemistry 222 Video Lecture from March 13, 2026. This video covers Day 2 of an Exam Review for the upcoming Lecture Final Exam. Also some student presentations were given at the beginning of class. CH 222 website: https://mhchem.org/222 Let me know if you have any questions! Peace!

Birds fly all the time. We see it constantly. But how does it actually work? Is it just "Bernoulli's" principle? Is the air pushing up? Are the wings pushing down? And what's happening at the molecular level when a bird takes off? Let's talk about feathers, airflow, collisions between air molecules, and why the way flight is usually explained might not actually be the whole story. Support this podcast on Patreon Buy Podcast Merch and Apparel Check out our website at chemforyourlife.com Watch our episodes on YouTube Find us on Instagram, Twitter, and Facebook @ChemForYourLife Timestamps: 00:00 — The Question Have you ever actually wondered how birds fly? A kid's question sparks the episode. 01:00 — “Isn't this physics?” Why a chemistry podcast is talking about aerodynamics. 02:00 — A disclaimer about flight explanations Melissa explains why common explanations of bird flight can be misleading. 04:00 — The weird analogy that starts it all What does oobleck (cornstarch and water) have to do with bird wings? 06:00 — Air isn't nothing Thinking about air as billions of tiny molecules interacting with wings. 09:00 — The classic explanation of lift Bernoulli's principle and why it's often used to explain flight. 13:00 — Why that explanation isn't the whole story What's missing from the “air moves faster over the top” idea. 18:00 — Collisions at the molecular level What air molecules are actually doing when a wing moves through them. 22:00 — Pushing air downward Why deflecting air matters for creating lift. 26:00 — Wing shape and angle How airfoil shape and angle of attack change the behavior of airflow. 30:00 — Flapping vs gliding Why bird flight isn't the same as airplane flight. 34:00 — Turbulence and airflow patterns What's happening behind the wing as the bird moves through the air. 37:00 — Bringing chemistry into the picture How thinking about molecular motion helps make sense of the physics. 39:00 — Final recap So… what actually keeps birds in the air?   Support this podcast on Patreon Buy Podcast Merch and Apparel Check out our website at chemforyourlife.com Watch our episodes on YouTube Find us on Instagram, Twitter, and Facebook @ChemForYourLife References from the Episode: Thanks to our monthly supporters Amanda Raymond Emily Morrison Kyle McCray Justine Emily Hardy Ash Vince W Julie S. Heather Ragusa Autoclave Dorien VD Scott Beyer Jessie Reder J0HNTR0Y Jeannette Napoleon Cullyn R Erica Bee Elizabeth P Rachel Reina Letila Katrina Barnum-Huckins Suzanne Phillips Venus Rebholz Jacob Taber Brian Kimball Kristina Gotfredsen Timothy Parker Steven Boyles Chris Skupien Chelsea B Avishai Barnoy Hunter Reardon Support this podcast on Patreon Buy Podcast Merch and Apparel Check out our website at chemforyourlife.com Watch our episodes on YouTube Find us on Instagram, Twitter, and Facebook @ChemForYourLife Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

With Dylan Ripley & Todd Vincent – Managing Partners and Financial Planners, Cedarwood Financial Partners Overview Todd Vincent and Dylan Ripley join Mindy Diamond to share the reality of leaving Edward Jones, defending a two-year lawsuit, and still nearly doubling their business. A candid look at resilience, and what really happens when the firm pushes back. Listen in… > Download a transcript of this episode… NOTE: The views and opinions expressed by the guests on this podcast are their own and do not necessarily reflect the views and opinions of Diamond Consultants. Neither Diamond Consultants nor the guests on this podcast are compensated in any way for their participation. Watch… https://youtu.be/G5-oAHz5kWQ About this episode… For many advisors considering change, the concern about legal retaliation from their firm often lingers in the background. But what if you move and that fear comes to fruition? What will it do to your business? And what if – instead of derailing you – it ultimately becomes a catalyst for growth? Every transition comes with some risk and uncertainty—even when you dot every “i” and cross every “t.” And a non-Protocol move adds an extra layer of complexity. This episode's guests, Todd Vincent and Dylan Ripley, learned all that firsthand. Todd spent nearly 30 years at Edward Jones, and Dylan built his career there over more than a decade, eventually partnering with Todd in a multi-office practice overseeing close to $1B in assets. Over time, they realized they could do more for their clients – and grow the business faster – if they stepped outside the traditional firm model. In exploration, they liked the idea of having a support partner rather than building their own RIA and ultimately opted for Commonwealth Financial Network to launch Cedarwood Financial Partners. The transition itself went smoothly—that is, until they found themselves navigating a lawsuit from Edward Jones that lasted nearly two years. In one of our most candid episodes yet, Todd and Dylan walk through that experience with Mindy Diamond, sharing: The choice to leave Edward Jones—and what specifically motivated them to consider change. The initial transition—and when they learned they had “poked the bear.” The reality of defending a lawsuit—and how they worked through it. The value of messaging—and how partnering with a marketing firm was a gamechanger. Nearly doubling their assets under management, despite the lawsuit—and what key traits drove their success. It's an episode that answers the question on every advisor's mind, “What happens if the firm sues me?” and does so with candor and grace. Listen in to learn how resilience drives what comes next: how advisors can steady themselves, rebuild momentum, and grow on the other side of a challenge. Want to learn more about where, why, and how advisors like you are moving? Click to contact us or call 908-879-1002. Related Resources Top Tips for Setting Your Business Up for Success Years Before a MoveWhether you're just exploring what's out there or actively conducting due diligence, these insights will help you position your business and team for success, whenever the time is right. How to Avoid the Dreaded TRO: Legal Strategies for Advisors in TransitionAs TROs and lawsuits make headlines, two top attorneys who represented Merrill breakaways OpenArc, share how advisors can minimize risk, protect client relationships, and make a clean move with confidence. Dylan RipleyCEO / Financial Planner After serving his clients at Edward Jones for almost ten years, Dylan Ripley co-founded Cedarwood Financial Partners in 2022 following a tabletop discussion on how he and his partner could better serve their clients, scratching out their vision on a napkin. From that initial napkin chat, he began diligently working to make this vision a reality through extensive research and sweat equity. Dylan holds a Bachelor of Business Management from the Carlos Alvarez School of Business at The University of Texas–San Antonio. After joining Edward Jones, he earned the Accredited Asset Management Specialist certification through the College of Financial Planning. He has a passion to serve others and does so through his service to clients and his community involvement. He is a current member of the Rotary Club of Temple, serving on the board for two years. He's also a small group leader at his church and active in local Chamber of Commerce events. Most recently he was asked to serve on the advisory board for the Salvation Army of Bell County. Dylan and his wife, Cayleigh, have three children. When he's not serving his clients or community, he can be found experiencing the world with his family, chasing kiddos around a ball field, golfing, or attending any live concert he can.   Todd VincentChairman / Financial Planner Todd Vincent co-founded Cedarwood Financial Partners after serving his clients at Edward Jones for twenty-six years. Prior to Edward Jones, Todd served four years in the U.S. Army as a field artillery officer with the 1st Cavalry Division at Fort Hood, Texas. Todd earned his Bachelor of Arts in Chemistry and Economics from Bucknell University in Lewisburg, Pennsylvania. He also holds a Master of Theology (ThM) from Dallas Theological Seminary. Todd and his wife, Stefanie, have three young adult children. As a family, they are active in their community and their church. They are an adventurous family who loves travel and outdoor activities. They reside on a 142–acre game ranch they share with others who desire rest, renewal, and recreation. Todd's favorite hobbies include camping, hunting, and riding his Harley-Davidson. Todd specializes in finding creative methods to produce retirement income and efficient wealth transfer strategies.

Bob and Dave react to Cal Raleigh and Randy Arozarena’s controversial interaction at the World Baseball Classic, they break down what it means for the chemistry in the Mariners locker room, they discuss who the Mariners opening day starting pitcher should be, and they look at what the future holds for Seahawks cornerback Riq Woolen. 

Bickley and Marotta talk Suns, Bam Adebayo, and go through Rush Hour Reboot.

Chemistry 222 Video Lecture from March 11, 2026. This video covers Day 1 of an Exam Review for the upcoming Lecture Final Exam. Also some student presentations were given at the beginning of class. CH 222 website: https://mhchem.org/222 Let me know if you have any questions! Peace!

Hr 2 - Our favorite Titans free agency moves + Chemistry at centerSee omnystudio.com/listener for privacy information.

In this episode of The Open Bedroom Podcast, I sit down with my husband Scott as we reflect on his recent breakup with a woman we'd been dating. We get real about the importance of relationship alignment, the challenges that come up when expectations around exclusivity and autonomy don't quite match, and how easy it is to overlook red flags when there's strong chemistry. Sharing from our own experience, we talk about why honest communication matters, how being clear about what we want can make all the difference, and the importance of choosing partners whose relationship goals truly line up with ours. Whether you're exploring modern, non-traditional relationship dynamics or just curious, we hope our conversation offers some thoughtful insights and support along the way.When the Match Doesn't Match (00:05:27)Diving into why the recent relationship didn't work, starting from dating profiles to real-life misalignment.Misalignment in Relationship Goals (00:07:56)Clarifying the disconnect in what each party wanted—deep connection vs. friends with benefits—and how this was communicated.Overlooking Red Flags Due to Chemistry (00:08:49)How strong chemistry and communication led both sides to ignore fundamental misalignments.Challenges of Standing Firm in Desires (00:10:09)The difficulty of holding to one's relationship needs when someone seems to check almost every box.Intellectual vs. Political Alignment (00:10:34)Discussing how intellectual connection was strong, but political and worldview differences existed.Navigating Political Differences in Dating (00:12:18)Jen reflects on dating app experiences and how political alignment is often a barrier, but can also be a source of connection.Red Flags vs. Misalignment (00:16:33)Exploring the difference between true red flags and simple misalignment in relationship goals.Ignoring Red Flags and Its Consequences (00:18:18)Why people ignore red flags, and the pain caused by trying to force a relationship despite clear misalignments.Autonomy vs. Security in Relationships (00:20:10)Scott and Jen discuss the struggle between wanting autonomy and the desire for security and exclusivity.Believing People When They Show You Who They Are (00:23:09)Learning to accept people's stated boundaries and not trying to change them; importance of alignment.Lessons Learned and Moving Forward (00:24:10)Jen shares takeaways: only date aligned people and avoid those who put up emotional walls.Confusion When Words and Actions Differ (00:25:03)How mixed signals—saying one thing but acting another—create confusion and hope for change.Reflecting on Past Relationship Dynamics (00:27:17)Jen wonders if things would have changed if they hadn't pushed for exclusivity, drawing parallels to her own past.Choosing Each Other and Responsibility (00:29:01)Scott discusses the responsibility and effort involved when someone chooses exclusivity and prioritizes the relationship.Scott's Capacity for Multiple Relationships (00:33:06)Jen praises Scott's ability to meet the needs of multiple partners and reflects on what they seek in future partners.Tailoring Relationship Dynamics to Your Needs (00:35:30)Advice to listeners: seek partners who want the same dynamic as you, whether it's polyamory, swinging, or exclusivity.Envisioning the Future and Alignment (00:36:34)Realizing misalignment when future visions don't include each other; importance of shared goals.Honesty About Needs and Desires (00:37:43)Emphasizing the need for self-honesty and seeking partners who are open to building what you want.Podcast Closing (00:39:15)Thanking listeners, encouraging feedback, and inviting them to subscribe and share the podcast.Follow The Open Bedroom podcast:https://www.instagram.com/theopenbedroompodcast

Replicating Nature  As the effects of anthropogenic greenhouse gas emissions become increasingly well understood, researchers like Dr. Peidong Yang at UC Berkeley are developing technologies that address human-caused climate change with a nature-based approach. Dr. Yang's artificial leaves capture sunlight and carbon dioxide and produce C2, a key precursory ingredient in the production of many everyday items.    Diving Deeper  Though synthetic fuels have been manufactured for over a century - by combining carbon monoxide and hydrogen - these new structures may be able to generate fuel in a more sustainable way by harnessing solar energy. The artificial leaves produce ethylene and ethane, showing that artificial leaves can create hydrocarbons; previously, similar structures have only been able to separate water into oxygen and hydrogen.  A few innovations make this process possible. One is the catalyst, a microscopic copper structure, flower-like in appearance. According to another scientist working on the project, Virgil Andrei, the copper nanoflowers can be adjusted, based on the desired outcome: “Depending on the nanostructure of the copper catalyst you can get wildly different products.” Another innovation occurs on the side of the device opposite the nanoflowers -    Benefits  The benefits for climate change are two fold. First, these artificial leaves can remove CO2 that's already been released into the atmosphere by mimicking what natural leaves do through photosynthesis. These artificial leaves uptake CO2 from the air, and use it to make all sorts of different chemicals that can be utilized to create fuel.  The second major benefit is this technology is an opportunity to revolutionize the current chemical industry. Right now, the chemical industry is powered by fossil fuels converted into the liquid fuel that powers our society. Instead, this artificial photosynthesis allows scientists to create those same very useful chemicals from the CO2 being uptaken by the artificial leaves without any added emissions in the process. Though the carbon will be reemitted once this fuel is used, it works out to be a net carbon-neutral system because the cycle continues—the artificial leaves will reuptake this CO2 as well. So, this net carbon-neutral system is drastically better than the current fossil fuel based system driving our climate crisis.    Issues of Scale Though this artificial leaf technology is promising for a number of future applications, it's not ready to be scaled yet. Though the trial system worked, it's just one step towards developing a commercially viable product. Another scientist, Yanwei Lum, emphasizes that, “The performance is still not sufficient for practical applications.” Once the leaves' durability and efficiency is improved, they will be adoptable for fuel production. Andrei is optimistic that this step forward could come in the next five to ten years.    Yang's take on the future of Artificial Leaves  Currently, the costs and energy needed for the technology are relatively high just because of how new it is. But Yang is confident that they will be able to bring the costs done, as well as the energy needed for the actual chemistry to happen. He also notes that for this to actually revolutionize our fuel production, this technology needs to be implemented at a massive scale. He hopes to see policies mandating new carbon capture technology in the conversion industry down the road.    About our Guest Peidong Yang is a chemist, material scientist, and businessman. He is the S.K. and Angela Chan Distinguished Professor of Energy, as well as a Professor of Chemistry and a Professor of Materials Science at the University of California, Berkeley. Dr. Yang researches materials chemistry, solid state chemistry, inorganic chemistry, and physical chemistry, focusing on low-dimensional nanoscopic building blocks that are used to assemble complex architectures with novel chemical and physical properties.   Further Reading Andrei et al., Perovskite-driven solar C2 hydrocarbon synthesis from CO2 Ashleigh Papp (Berkeley Lab), Scientists develop artificial leaf that uses sunlight Department of Energy, Perovskite solar cells  Carly Kay (MIT), This artificial leaf makes hydrocarbons out of carbon dioxide   For a transcript of this episode, please visit climatebreak.org/photosynthesis-through-artificial-leaves-with-dr-peidong-yang

In today's episode, I'm diving into something that so many people get wrong in modern dating: confusing intense chemistry with actual compatibility. If you've ever felt swept up in emotional intensity only to realize later that the relationship wasn't healthy or aligned, you are not alone. We're talking about what secure attachment actually looks like while dating, how to stop letting your nervous system lead you into the same patterns, and how to show up as the calm, grounded, securely attached version of yourself who gathers real data about a partner instead of projecting fantasy.Inside this episode:Why modern dating trains us to chase chemistry and intensity and how this keeps insecure attachment patterns aliveThe mindset shift of becoming a “securely attached dating scientist” who gathers real data about compatibilityWhat secure attachment actually feels like in dating: peace, emotional safety, curiosity, and consistencyIf you've been stuck in cycles with avoidant or emotionally unavailable partners… if relationships keep starting fast and burning out… or if you're ready to finally experience a calm, healthy, secure love, this episode will give you a new framework for how to show up differently.Because the truth is: secure love doesn't start with trying harder or going on more dates.It starts with rewiring your identity, healing your nervous system, and learning how to trust yourself again.And when you do that work, you stop chasing relationships that drain you and start attracting the kind of partnership that truly adds to your life.Want support in doing this work at the deepest level?At the beginning of the episode, I mentioned my Empowered.Secure.Loved Private Coaching program, where we help you completely rewire your attachment patterns and step into your securely attached identity so you can attract and maintain the healthy relationship you deserve.You can apply for Private 1:1 Coaching here: https://www.drmorgancoaching.co/esl-breakthrough

Recording live from IDOC Connection in Orlando, I sit down with Dr. Todd Cohan, Sadie Blair, and Polly Stearns from Forsight Vision and Midwest Dry Eye Center to talk about the relationship between vision and execution inside a growing private practice. We go into the dynamic between the owner (visionary) and the operations lead (integrator), and why that chemistry matters more than most doctors realize.   We discuss leadership cadence, how they structure weekly meetings, how goals are set and tracked, and what it looks like to invest in developing internal talent. We also unpack the real risk and reward of moving a top producer into a leadership role, how they think about KPIs and staff engagement, and the systems they use to keep everyone aligned.   If you're thinking about growth, delegation, or strengthening your leadership bench, this episode will give you a practical framework to consider.   Resources: Harnessing the power and momentum from optometry meetings with your operations manager: a conversation with Dr. Todd Cohan & Sadie Blair Ted Lasso: "Be curious, not judgemental" Book a Triage call with Adam Download the Practice Owner's Financial Toolkit 20/20 Money Ultimate Financial Success Masterclass OD Mastermind Interest Form Check out Adam's new book: How to Buy an Optometry Practice Midwest Dry Eye Center Forsight Vision   ————————————————————————————— Please rate and subscribe to 20/20 Money on these platforms Apple Podcasts Spotify ————————————————————————————— For past episodes of 20/20 Money with full companion show notes, please check out our episode archive here!   Check out Adam's other podcast! The Optometry Success Podcast  Subscribe on Apple Podcasts: https://bit.ly/4tttng6 Subscribe on Spotify: https://bit.ly/4tuf0YM 

Chemistry 222 Video Lecture from March 9, 2026. This video covers material from Chapter 20 including fission, issues with nuclear fission, Lise Meitner and Glenn Seaborg, uses for nuclear energy and more. CH 222 website: https://mhchem.org/222 Let me know if you have any questions! Peace!

Organic chemistry has a reputation for being one of the most challenging college courses—but what if it could also be interactive, accessible, and even fun? On this exciting episode of Let's Talk Chemistry edited by Jasmine Winter, hosts Jasmine Winter and Elizabeth Li share the story of Dr. Neil Garg, Professor of Chemistry and Biochemistry at the University of California, Los Angeles. Dr. Garg discusses his journey from discovering his passion for organic chemistry as an undergraduate to earning his PhD at Caltech and building a career that bridges both research and education. Dr. Garg's career is built on challenging the status quo, from breaking a 100 year-old rule in chemistry known as Bredt's rule, to developing innovative tools to help students better visualize and understand molecular structures. Dr. Garg emphasizes teamwork, intellectual curiosity, and making science approachable for learners of all ages. We hope you enjoy!

Les, Kurt, and Jason are back after another extended break between episodes because Les keeps getting recruited to help a bunch of length-impaired Fringe Festival shows (and poetry jams). Since Kurt doesn't have any new Blac Chyna news, there is at least some June Squib news to fill the void. Plus, the guys talk about Mike White becoming absolutely ripped. Then, the guys look to the skies to see if they can make something of Hallmark's The Stars Between Us, a movie that keeps its chemistry-free leads away from each other for the entire movie while shining a spotlight on the secondary characters to mixed results. With two lead characters with no spark between them, the movie spends a lot of time devaluing paying ones dues to get on the news while grossly overvaluing the draw of a podcast about astronomy. The people in this movie are going to the bathroom for likely more than just dealing with their fiber intake: they're going to look at their length-impaired telescope.    Bluesky: lifetimeofhallmark Facebook : lifetimeofhallmark Instagram : lifetimeofhallmarkpodcast Threads: lifetimeofhallmarkpodcast TikTok: lifetimeofhallmarkpod Theme song generously donated by purple-planet.com  

In Episode 218, Sarah chats with Enneagram author, speaker, and podcaster Sarajane Case about Reading Through the Enneagram. After a brief introduction to the Enneagram and how it differs from other personality systems, they dive into how Enneagram types show up in our reading lives — from guessing an author's type to rethinking our own habits as readers. Sarajane walks through the nine types, shares a book recommendation for each, and offers her own personal picks. Note: This episode was republished due to an Apple Podcasts feed glitch that prevented it from appearing for some subscribers. This post contains affiliate links through which I make a small commission when you make a purchase (at no cost to you!). CLICK HERE for the full episode Show Notes on the blog. Highlights Books by Sarajane Case: The Honest Enneagram and The Enneagram Letters A brief introduction to the Enneagram — and how it differs from other personality systems Sarajane's personal approach to working with the Enneagram A quick overview of the nine Enneagram types How each Enneagram type might approach reading Whether (and how) we can discern an author's Enneagram type through their work (and the Enneagram types most and least likely to be authors themselves) Practical tips for using your type to improve your reading life Reading Through the Enneagram [29:51]  Type 1: The Secret Lives of Church Ladies by Deesha Philyaw (2020) | Amazon | Bookshop.org [30:08] Type 2: The Bell Jar by Sylvia Plath (1963) | Amazon | Bookshop.org  [30:50]   Type 3: In Five Years by Rebecca Serle (2020) | Amazon | Bookshop.org [32:27] Type 4: Klara and the Sun by Kazuo Ishiguro (2021) | Amazon | Bookshop.org [32:42]  Type 5: Fourth Wing (Empyrean, 1) by Rebecca Yarros (2023) | Amazon | Bookshop.org  [32:56]  Type 6: The House in the Cerulean Sea by TJ Klune (2020) | Amazon | Bookshop.org  [33:32]  Type 7: People We Meet on Vacation by Emily Henry (2021) | Amazon | Bookshop.org  [33:56]  Type 8: Crook Manifesto (The Harlem Trilogy, 2) by Colson Whitehead (2023) | Amazon | Bookshop.org  [34:20]  Type 9: Severance by Ling Ma (2018) | Amazon | Bookshop.org  [36:16]  Other Books Mentioned The Fellowship of the Ring (The Lord of the Rings, 1) by J. R. R. Tolkien (1954) [32:08]  Jane Eyre by Charlotte Brontë (1847) [33:49]  The Friend Zone by Abby Jimenez (2019) [34:57]  Lessons in Chemistry by Bonnie Garmus (2022) [35:23]  Sarajane's Book Recommendations [36:37]  Two OLD Books She Loves The Bell Jar by Sylvia Plath (1963) | Amazon | Bookshop.org  [36:50]  Jane Eyre by Charlotte Brontë (1847) | Amazon | Bookshop.org  [38:08]  Two NEW Books She Loves Atmosphere by Taylor Jenkins Reid (2025) | Amazon | Bookshop.org [40:09]  A Witch's Guide to Magical Innkeeping by Sangu Mandanna (2025) | Amazon | Bookshop.org [43:14]  Other Books Mentioned Daisy Jones and the Six by Taylor Jenkins Reid (2019) [42:05]  The Seven Husbands of Evelyn Hugo by Taylor Jenkins Reid (2017) [42:16]  Malibu Rising by Taylor Jenkins Reid (2021) [42:28]  Carrie Soto Is Back by Taylor Jenkins Reid (2022) [42:37]  The Very Secret Society of Irregular Witches by Sangu Mandanna (2022) [43:28]  One Book She DIDN'T Love Norwegian Wood by Haruki Murakami (1987) | Amazon | Bookshop.org [44:14]  Other Books Mentioned South of the Border, West of the Sun by Haruki Murakami (1992) [44:20]  1Q84 by Haruki Murakami (2009) [44:49]  One NEW RELEASE She's Excited About Theodora's Tea Shop by Christy Anne Jones (July 28, 2026 — no US release date set yet) | Link to Blackwell's for US Orders [45:52]  Other Links Truity | Enneagram Personality Test

When most people think of alchemy, they imagine a medieval wizard desperately trying to turn lead into gold. But the real story of alchemy is far stranger and far more important because hidden within those mysterious experiments were the early discoveries that would eventually become modern chemistry. In this episode of For the Love of History, we explore the origins of alchemy and how early experiments in metallurgy, medicine, and chemistry shaped the scientific world we know today. What began as practical craft knowledge in ancient Egypt and Greece eventually evolved into a global intellectual tradition spanning the Islamic Golden Age, Indian Rasashastra, and Daoist alchemy in China. Along the way we meet some of the most influential figures in early scientific history. You'll hear about Zosimos of Panopolis, one of the earliest recorded alchemists, and Maria the Jewess, a pioneering woman whose inventions helped shape laboratory techniques still used in chemistry today. We'll also explore the work of Jabir ibn Hayyan, whose writings during the Islamic Golden Age helped transform alchemy into a more systematic scientific practice. From ancient alchemy recipes found in Egyptian papyri to the global exchange of scientific knowledge across continents, this episode uncovers how centuries of curiosity about matter and transformation eventually led to the birth of modern chemistry. The story of alchemy isn't just about gold—it's about humanity's earliest attempts to understand the building blocks of the universe. In This Episode

Pool Pros text questions hereThis week, Rudy tackles something the “state of the industry” reports don't always capture:First: How the War on Iran is likely to impact the U.S. Boric Acid/Borax MarketNext, the emotional strain underneath the numbers.From Florida techs charging $70–$100 per month (including chemicals) and still feeling squeezed… To competitors undercutting bids out of fear… To Amazon underpricing distribution channels…The conversation isn't about collapse.It's about reorganization under pressure.

There are all sorts of misconceptions about coffee — that it dehydrates you, that it's bad for your heart, or that caffeine is the only thing happening in the cup. Dr. Riley Kirk welcomes coffee scientist Dr. Steven Helschien, widely known as “Dr. Coffee,” for a fascinating conversation exploring the chemistry, health effects, and cultural significance of one of the world's most widely consumed psychoactive plants: coffee. With a background in chemistry and extensive experience in coffee education and research, Dr. Helschien breaks down the complex science behind coffee in a way that is both practical and accessible. They discuss coffee as a psychoactive plant medicine, examining not only caffeine but also the wide range of entourage compounds that influence its physiological and cognitive effects. Dr. Helschien and Dr. Kirk explore coffee's relationship with inflammation, liver health, and cardiovascular markers, unpacking what current research suggests about coffee consumption and long-term wellness. They also explore the importance of coffee quality, including concerns about mold contamination, sourcing practices, and what consumers should look for when choosing high-quality beans. The conversation touches on brewing techniques and the science of extraction, the chemistry behind decaffeination methods, and why caffeine affects the body the way it does. The episode also expands into broader discussions about coffee as plant medicine, the cultural role of caffeine, and the fine line between daily ritual and dependence. Dr. Helschien shares insights into mold-free coffee sourcing, considerations around caffeine and breastfeeding, and practical strategies like caffeine cycling to maintain sensitivity to its effects. This is a conversation for anyone who loves coffee but wants to understand what's really happening in the cup. Whether you're curious about caffeine's effects, confused by common coffee myths, exploring brewing methods, or simply trying to get more out of your daily ritual, this episode offers science-backed insight in an accessible way. From the chemistry of flavor and roasting to the physiology of caffeine and the cultural habits surrounding coffee, Dr. Helschien helps demystify one of the world's most widely consumed beverages. Episode Chapters: 01:02 Meet Dr Coffee 02:08 Psychoactive Plant 03:04 Entourage Compounds 06:04 Inflammation And Liver 08:19 Quality And Mold 10:13 Brain Heart Plaque 23:43 Brewing And Decaf 35:43 Decaf Methods Explained 36:49 Why Caffeine Works 38:36 Coffee as Plant Medicine 39:39 Coffee Addiction and Culture 43:12 Mold Free Coffee Buying 45:49 Breastfeeding and Caffeine 47:20 Caffeine Cycling Hack 59:15 Community Q&A and Wrap Up Get Free Coffee Science Resource from Dr. Helschien: Doc@myhealthypatient.com Connect with Dr. Helschien: LinkedIn - Dr. Steven Helschien Want Exclusive Content and Ad-Free Episodes? Join the Bioactive Patreon community for as little as $1/month to ask guests your burning questions, access exclusive content, and connect with Dr. Kirk one-on-one. www.Patreon.com/Cannabichem

At age 10, Omar Yaghi walked into a school library in Amman, Jordan, and opened a book that changed his life. He saw molecular drawings — complex structures he didn't yet understand, but which immediately captivated him. "I thought I discovered something that nobody had ever seen before," Yaghi recalls. Yaghi, now a professor of chemistry at UC Berkeley, shared this story during a recent Brilliance of Berkeley lecture to illustrate how a life defined by scarcity can be transformed through the pursuit of science. Growing up in a family of 10 children, Yaghi lived in a single room that lacked electricity and running water. The family shared their living quarters with cattle, separated from the animals only by sacks of feed. Education was the family's singular priority; his parents spent everything they earned to keep their children in school to ensure they had a path toward a different future.In 2025, Yaghi was awarded the Nobel Prize in Chemistry for the development of metal-organic frameworks, or MOFs — porous materials that act like "molecular sponges" capable of capturing carbon dioxide from the air and harvesting water from desert humidity.In this Berkeley Talks episode, Yaghi describes how his childhood as a refugee and his early days as an immigrant in the U.S. shaped his relentless work ethic. He recounts the "failure" of a yearlong graduate school experiment that actually resulted in his first major discovery: a ball-shaped molecule that paved the way for his career. Today, his research on reticular chemistry continues to push toward real-world solutions to the climate crisis.For Yaghi, science is not only about discovery, but about transforming access to life's most basic resource. “My dream,” he says, is “for everyone to have water independence — where your water is yours, independent of everything else.”This lecture, which took place on Jan. 23, was part of LNS 110: Brilliance of Berkeley, a course featuring distinguished researchers working on the world's most pressing issues.Listen to the episode and read the transcript on UC Berkeley News (news.berkeley.edu/podcasts/berkeley-talks).Music by HoliznaCC0.Photo by Brittany Hosea-Small for UC Berkeley. Hosted on Acast. See acast.com/privacy for more information.

There is so much cultural conversation about pleasure.How to create more of it.How to perform it.How to optimize it.But very little about how to listen for it.In this episode, we explore a quieter, more powerful truth:Pleasure is not something you manufacture. It is something you allow. And something you gently cultivate through presence.Dianne guides you into a new understanding of pleasure as sacred biology — not indulgence, not performance — but information.We explore:The difference between a mental “yes” and a somatic “yes”Why safety — not intensity — is the true doorway to alivenessThe role of dopamine, oxytocin, opioid receptors, and the endocannabinoid system in sensual regulationHow pleasure becomes literacy inside the bodyWhy midlife is not decline… but initiationThis is an invitation to slow down.To track subtle expansion.To honor neutrality.To notice contraction without shame.Because pleasure is the body's yes.And when a woman learns to trust that yes, everything reorganizes.Her boundaries strengthen. Her clarity sharpens. Her radiance steadies.Embodiment is reclamation. And embodiment is revolution.

Chemistry 222 Video Lecture from March 6, 2026. This video covers material from Chapter 20 including nuclear 'particles', balancing nuclear reactions, fusion, fission, and more. CH 222 website: https://mhchem.org/222 Let me know if you have any questions! Peace!

Send a textAre you wondering if Stars Between Us or Romance at Hope Ranch should be on your weekend watchlist? Eric and Andrea dive deep into these two Hallmark features to see if they deliver the "Happily Ever After" we crave—or if they're just plain "Meh."In this episode of Hallmark, Mysteries, and More, we get honest about the lack of chemistry in Stars Between Us, despite the stunning celestial backdrop. Then, we head over to New Mexico for Romance at Hope Ranch, where we discuss the odd timelines, the scene-stealing chicken, and whether the "Giddy Up Gala" lived up to its name.We also touch on our favorite PBS shows, the reality of daylight savings, and why the goat cheese balls at Vanderpump's restaurant are... controversial.Don't forget to like and subscribe for more unfiltered Hallmark reviews!Video Chapters:00:00 Intro: The Daylight Savings Struggle & Basketball Season02:03 The Vanderpump Experience: Goat Cheese Balls & "Wolf" Restaurant04:18 PBS Favorites: All Creatures Great and Small vs. Reality TV07:44 Stars Between Us (2026) Movie Review: Cosmic Connection?11:51 The "Not a Rom-Com" Critique: Lack of Chemistry & Fast Timelines14:38 Romance at Hope Ranch (2026) Movie Review: Farm Chores & Chickens17:35 The Hope Ranch Timeline Mystery: Was there a secret child?19:10 The "Underwhelming" Giddy Up Gala & Rating the Movies21:05 Final Rankings: Love-uary Movies Ranked Top to Bottom23:00 Next Week: Sugar and Vice: A Hannah Swensen MysteryFollow us on social media: Instagram and TikTok: @hallmarkmysteriesandmoreYoutubeOr visit our website. This podcast was created by fans for fans and is NOT affiliated with or sponsored by Hallmark or the Hallmark Channel.

Over a six-month period from October 2024 until March 2025, CEAS Associate Director David Fields had the incredible opportunity to record an extensive oral history with Hyuk YU, emeritus professor of Chemistry at the University of Wisconsin–Madison. While he is best known as a chemist, this oral history focused on Professor Yu's early life in Korea. Born in 1933, Professor YU was an eye-witness to many of the historical events that shaped the Korean peninsula in the first half of the 20th century. In the final episode of our series, Professor YU recounts his time as a civilian employee for the U.S. Army during the most desperate months of the Korean War. Professor YU shares his eyewitness account of the historic Hungnam Evacuation and describes how his relationship with an American Colonel eventually paved his way to a new life in the United States. This episode was co-produced, edited, and mastered by Nate Gass. Jihoon Suk selected, restored, and digitally transferred the music on this episode. Music Credits 삼수갑산 Samsu Gapsan Sung by Kang Hongsik 강홍식 Lyrics by Kim Anseo 김안서(김억) Music by Kim Kyoseong 김교성 Recorded on May 9th, 1933 Originally issued as Victor 49233-A in September 1933. 달마지 Dalmaji Sung by Wang Subok 왕수복 Lyrics by Yi Woonbang 이운방 Composed by Kim Myeon-kyun 김면균 Originally issued as Polydor 19375-A in December 1935 애수의 소야곡 Aesu-ui Soyagok Sung by Nam Insu 남인수 Lyrics by Yi Nohong 이노홍 Composed by Park Sichun 박시춘 Originally issued as Okeh 12080-A in December 1937 방랑가 Bangrang-ga Sung by Kang Seokyeon 강석영 Lyrics by Kim Yeonghwan 김영환 Music by Kang Yunseok 강윤석 Recorded on March 22nd, 1931. Originally issued as Columbia 40138-A in July 1931. 삼수갑산 Samsu Gapsan Sung by Kang Hongsik 강홍식 Lyrics by Kim Anseo 김안서(김억) Music by Kim Kyoseong 김교성 Recorded on May 9th, 1933 Originally issued as Victor 49233-A in September 1933. 번지없는 주막 Beonji-upneun Jumak Sung by Baek Nyeonseol 백년설 Lyrics by Park Yeongho 박영호 Composed by Yi Jaeho 이재호 Originally issued as Taihei GC-3007-A in August 1940.

Who are the newest marketers changing the game and what do they have to say about the industry? Last week, Campaign celebrated its first Spark Awards, an initiative to spotlight emerging marketers with under five years of experience who demonstrate creativity, agility and new perspectives. From scripting segments of NBC's Saturday Night Live 50th Anniversary Special to writing and art-directing Nickelodeon's Emmy-winning 2023 worldwide rebrand spot, Spark's 2026 honorees show promise of sparking industry change. In this conversation from Campaign's annual Convene conference, reporter Julia Walker sits down with Davonte Anthony from McKinney, Lauren Dismond from BarkleyOKRP and Amanda Cornell from Ally Financial gives us a look at the inspirations and challenges established marketers should be aware of, should they want to lend a hand down to those emerging in the industry. campaignlive.com Music - Take you Out by Lucid Tides, courtesy of Triple Scoop. What we know about advertising, you should know about advertising. Start your 1-month FREE trial to Campaign US. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

In Episode 218, Sarah chats with Enneagram author, speaker, and podcaster Sarajane Case about Reading Through the Enneagram. After a brief introduction to the Enneagram and how it differs from other personality systems, they dive into how Enneagram types show up in our reading lives — from guessing an author's type to rethinking our own habits as readers. Sarajane walks through the nine types, shares a book recommendation for each, and offers her own personal picks. This post contains affiliate links through which I make a small commission when you make a purchase (at no cost to you!). CLICK HERE for the full episode Show Notes on the blog. Highlights Books by Sarajane Case: The Honest Enneagram and The Enneagram Letters A brief introduction to the Enneagram — and how it differs from other personality systems Sarajane's personal approach to working with the Enneagram A quick overview of the nine Enneagram types How each Enneagram type might approach reading Whether (and how) we can discern an author's Enneagram type through their work (and the Enneagram types most and least likely to be authors themselves) Practical tips for using your type to improve your reading life Reading Through the Enneagram [29:51]  Type 1: The Secret Lives of Church Ladies by Deesha Philyaw (2020) | Amazon| Bookshop.org [30:08] Type 2: The Bell Jar by Sylvia Plath (1963) | Amazon | Bookshop.org  [30:50]   Type 3: In Five Years by Rebecca Serle (2020) | Amazon | Bookshop.org [32:27] Type 4: Klara and the Sun by Kazuo Ishiguro (2021) | Amazon | Bookshop.org [32:42]  Type 5: Fourth Wing (Empyrean, 1) by Rebecca Yarros (2023) | Amazon | Bookshop.org  [32:56]  Type 6: The House in the Cerulean Sea by TJ Klune (2020) | Amazon | Bookshop.org  [33:32]  Type 7: People We Meet on Vacation by Emily Henry (2021) | Amazon | Bookshop.org  [33:56]  Type 8: Crook Manifesto (The Harlem Trilogy, 2) by Colson Whitehead (2023) | Amazon | Bookshop.org  [34:20]  Type 9: Severance by Ling Ma (2018) | Amazon | Bookshop.org  [36:16]  Other Books Mentioned The Fellowship of the Ring (The Lord of the Rings, 1) by J. R. R. Tolkien (1954) [32:08]  Jane Eyre by Charlotte Brontë (1847) [33:49]  The Friend Zone by Abby Jimenez (2019) [34:57]  Lessons in Chemistry by Bonnie Garmus (2022) [35:23]  Sarajane's Book Recommendations [36:37]  Two OLD Books She Loves The Bell Jar by Sylvia Plath (1963) | Amazon | Bookshop.org  [36:50]  Jane Eyre by Charlotte Brontë (1847) | Amazon | Bookshop.org  [38:08]  Two NEW Books She Loves Atmosphere by Taylor Jenkins Reid (2025) | Amazon | Bookshop.org [40:09]  A Witch's Guide to Magical Innkeeping by Sangu Mandanna (2025) | Amazon| Bookshop.org [43:14]  Other Books Mentioned Daisy Jones and the Six by Taylor Jenkins Reid (2019) [42:05]  The Seven Husbands of Evelyn Hugo by Taylor Jenkins Reid (2017) [42:16]  Malibu Rising by Taylor Jenkins Reid (2021) [42:28]  Carrie Soto Is Back by Taylor Jenkins Reid (2022) [42:37]  The Very Secret Society of Irregular Witches by Sangu Mandanna (2022) [43:28]  One Book She DIDN'T Love Norwegian Wood by Haruki Murakami (1987) | Amazon | Bookshop.org [44:14]  Other Books Mentioned South of the Border, West of the Sun by Haruki Murakami (1992) [44:20]  1Q84 by Haruki Murakami (2009) [44:49]  One NEW RELEASE She's Excited About Theodora's Tea Shop by Christy Anne Jones (July 28, 2026 — no US release date set yet) | Link to Blackwell's for US Orders [45:52]  Other Links Truity | Enneagram Personality Test

Wiggy says that no spring training home runs will count towards his home run expectations for Red Sox players. Will the Celtics chemistry be crystal clear once Jayson Tatum returns or will there be repercussions? And Alex Bregman is proud to wear the stars and stripes

HR 1 - The Bruins have been dynamite when playing at home HR 2 - Will Jayson Tatums return affect the Celtics chemistry negatively? HR 3 - The News with Coco: Should parents be held accountable for their kids crimes HR 4 - Hillnotes | Courtney takes a strep test in a unique way

How will certain Celtics roles be affected when Jayson Tatum returns and could he hurt his own team negatively when he does come back?

Our old buddy Kit Chapman joins us to tell us all about his new book, which looks at the global quest to achieve immortality, cure all disease and transmute lead into gold as he reveals the illuminating stories of how the alchemists first broke new ground and shaped the scientific method.Patreon members get extra time: 15 more minutes, in which you get to see behind the scenes and find out how the book was written. You can subscribe here: https://www.patreon.com/cw/15MinuteBookClubPre-order The Age of Alchemy: The Secret History of Chemistry from Ancient Magic to Modern Science by Kit Chapman at our Bookshop.org shop. Support authors, indie bookshops and us!UK Link - Out on 30 Apr 2026: https://uk.bookshop.org/a/16621/9781805221159US Link - Out on 20 OCT 2026: https://bookshop.org/a/118682/9781778404177Visit our Bookshop with books from all of our guests via the links below:(UK) https://uk.bookshop.org/shop/15MinuteBookClub(US) https://bookshop.org/shop/15MinuteBookClubPatreon members get extra time: 15 more minutes, in which you get to see behind the scenes and find out how the book was written. You can subscribe here: https://www.patreon.com/cw/15MinuteBookClubWatch the video version: https://www.youtube.com/@15MinuteBook_ClubBuy [INSERT BOOK TITLE] at our Bookshop.org shop. Support authors, indie bookshops and us!UK Link: US Link: Visit our Bookshop with books from all of our guests via the links below:(UK) https://uk.bookshop.org/shop/15MinuteBookClub(US) https://bookshop.org/shop/15MinuteBookClub Hosted on Acast. See acast.com/privacy for more information.

Chemistry 222 Video Lecture from March 4, 2026. This video covers material from Chapter 20 including a review of the nucleus, nuclear binding energy, islands of instability (and the peninsula of stability), types of radioactive 'particles', anti-matter and more. CH 222 website: https://mhchem.org/222 Let me know if you have any questions! Peace!

In nature, enzymes are the catalysts that make much of biology work. They jumpstart chemical reactions that either wouldn't happen, or would happen super slowly. They break down food, build other molecules, extract energy, and more. What if we could harness evolution to engineer designer enzymes that do other specific jobs that benefit us?  Putting that idea into practice changed the game for chemistry, and earned Frances Arnold the Nobel Prize prize in 2018. She called it “directed evolution.” Today, thousands of labs use her methods to coax enzymes into doing things no one ever thought of. She joins Host Flora Lichtman to talk about where she sees this approach going in the future, and the personal evolution that brought her into science. Guest: Dr. Frances Arnold is the Linus Pauling Professor of Chemical Engineering, Bioengineering and Biochemistry at the California Institute of Technology in Pasadena, California.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.

Leave an Amazon Rating or Review for my New York Times Bestselling book, Make Money Easy! Check out the full episode: https://greatness.lnk.to/1351DM Stephan Speaks explores essential factors that contribute to a strong romantic connection and lasting love. He delves into the dynamics of chemistry between partners, emphasizing the importance of authenticity, effective communication, and understanding each other's love languages. Sign up for the Greatness newsletter: http://www.greatness.com/newsletter For more Greatness text PODCAST to +1 (614) 350-3960 Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Amanda and Chris unpack the complicated idea of trauma bonds, from Amanda's relationship with Raffaele during their wrongful imprisonment to the quieter survival mode of early parenthood. They explore how crisis can intensify connection, why Hollywood romanticizes trauma informed love, and what happens to relationships once the emergency ends. Along the way, they wrestle with whether trauma is objective or subjective, how identity shifts under pressure, and whether facing mortality together can create a bond that is destabilizing, transformative, or both. Learn more about your ad choices. Visit megaphone.fm/adchoices

She felt undeniable sparks with her (very single, very attractive) cosmetic surgeon — and he didn't exactly hide the compliments. Is it crazy to think there's something there, or should she leave it strictly professional? Love 'Em or List 'Em decides.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Happy pub' day Elizabeth! Award-winning author and journalist Elizabeth Arnott spoke with us about her early studies of serial killers, a wild journalism career, and her latest period-set crime novel THE SECRET LIVES OF MURDERERS' WIVES. Elizabeth Arnott has written critically acclaimed historical fiction as Lizzie Pook (her maiden name). As a journalist, she covered everything from true crime to Arctic exploration and appeared in publications such as The Sunday Times, National Geographic, The New York Times Book Review, and The Guardian among others. She has described her much-anticipated latest historical crime novel as Mad Men with murders, and Lessons in Chemistry with a body count. The Secret Lives of Murderers' Wives [available for pre-order and landing March 3, 2026; Berkley Hardcover], is a story that “... centers on three unlikely friends—all former wives of serial killers—and their efforts to solve a string of local killings in 1966 California.” The book was acquired in a heated seven-way auction and named one of “The Best Books for Book Clubs in 2026” by Glamour, and among “The 10 Most-Anticipated Mystery-Thriller Books of 2026” by Marie Claire. Parade wrote of the book, “... a story that feels like Bright Young Women collided with Mindhunter …. a propulsive, period-set whodunit perfect for anyone who loves early criminal profiling and Mad Men-era aesthetics with bite.” [This episode is sponsored by Ulysses. Go to⁠ ⁠ulys.app/writeabook⁠⁠ to download Ulysses, and use the code FILES at checkout to get 25% off the first year of your yearly subscription."] [Discover⁠ The Writer Files Extra⁠: Get 'The Writer Files' Podcast Delivered Straight to Your Inbox at⁠ writerfiles.fm⁠] [If you're a fan of The Writer Files, please⁠ click FOLLOW to automatically see new interviews⁠. And drop us a rating or a review wherever you listen] In this file Elizabeth Arnott, Milena and I discussed: Elizabeth's early obsession with the film Almost Famous Renting a flat above a brothel in grad school Her freewheeling freelance days traveling the globe for stories When her journalism career hit rock bottom The path to writing about the forgotten victims of violent crimes How to write a novel in six weeks And a lot more! Show Notes: ⁠Elizabeth Arnott on Instagram⁠ ⁠The Secret Lives of Murderers' Wives By Elizabeth Arnott⁠ – March 3, 2026 (Amazon) ⁠Elizabeth Arnott on Twitter⁠ ⁠Milena Gonzalez | Writer | Reader | Book Reviewer⁠ ⁠diary_of_a_book_babe on Instagram⁠ ⁠Kelton Reid Instagram⁠ ⁠Kelton Reid on Twitter⁠ Learn more about your ad choices. Visit megaphone.fm/adchoices

Chemistry can start a relationship — but it can't sustain one. In this episode of How to Win, we talk about why commitment matters more than chemistry and why “easy love” often falls apart when real life begins. This conversation breaks down the difference between chemistry and compatibility, what happens when attraction fades, and what actually helps relationships last. If you're single, dating, married, or feeling confused about love, this episode offers clarity on what healthy, lasting love really requires.  

The future king has pushed to sideline Princess Beatrice and Princess Eugenie from this year’s Royal Ascot carriage procession — the ultimate royal power parade. Kelly Osbourne isn’t staying quiet either. After attending the 2026 BRIT Awards with mom Sharon to honor dad Ozzy, she blasted trolls mocking her slim frame, accusing them of “kicking me while I’m down.” Meanwhile, at LAX, Hugh Jackman and Sutton Foster couldn’t hide the spark. Chemistry: first class. Rob’s latest exclusives and insider reporting can be found at robshuter.substack.com His forthcoming novel, It Started With A Whisper, is now available for pre-orderSee omnystudio.com/listener for privacy information.

On today's episode of Dr. M's Women and Children First Podcast, we welcome a scientist whose work has quietly shaped the cardiovascular health of millions around the world. Dr. Sundeep Dugar is a pharmaceutical innovator, inventor, and industry leader with more than three decades at the forefront of drug discovery. He is best known as a co-inventor of ezetimibe — marketed as Zetia® — a landmark cholesterol-lowering medication that transformed lipid management by targeting intestinal cholesterol absorption. He also co-inventor of the combination therapy Vytorin® (ezetimibe plus simvastatin), expanding treatment options for patients at high cardiovascular risk. For this groundbreaking work, Dr. Dugar and his colleagues received the prestigious 2005 National Inventor of the Year Award from the Intellectual Property Owners Association and the Heroes of Chemistry award from the American Chemical Society. Across his career, Dr. Dugar has contributed to more than 140 patents and has authored over 70 scientific publications, reflecting a lifetime devoted to translating chemistry into real-world therapies. He is currently the founder of Aayam Therapeutics, where he leads efforts to develop innovative, accessible medicines through collaborative global research. He also serves as Co-Chief Executive Officer of Blue Oak Nutraceuticals, advancing a novel mitochondrial-targeted compound known as Mitokatlyst™, designed to stimulate mitochondrial biogenesis and cellular energy — with potential implications for muscle strength, metabolic health, cardiovascular function, and inflammation. He is the first one to decipher the mechanism by which exercise induces mitochondria levels. Mitokatlyst mechanism of action mimics this process. Dr. Dugar's scientific journey spans continents and some of the world's premier institutions. He earned both his Bachelor's and Master's degrees in Organic Chemistry from the University of Delhi, completed his PhD in Chemistry at the University of California, Davis, and pursued postdoctoral research at ETH Zürich in Switzerland and at Cornell University. Today, we'll explore the story behind major pharmaceutical breakthroughs, the science of mitochondrial health, and what the future of therapeutics may look like when innovation meets global accessibility. Please join me in welcoming Dr. Sundeep Dugar.

In this episode of the Got HER Back Podcast, Meg and Carrie dive into a revealing game of "This or That." From dating preferences (clingy vs. distant) to the realities of "Mom Life" (school drop-offs vs. pick-ups), the ladies share personal stories and plenty of laughs.   They get real about their "toxic eras," discussing growth, boundaries, and what it means to be "Healed Megan." Plus, find out why a bathroom counter might be the secret to starting your day right!   The girls emphasize the transition into their "healed" versions, prioritizing peace, setting firm boundaries, and choosing stability over the high-stakes chemistry of the past.   You've got her back. And we've got yours.   Chapters: 00:00 - Introduction & Valentine's Day Recap 02:30 - The Chipped Tooth Saga: A 35-Year Lesson 04:15 - This or That: The Dating Edition (Clingy vs. Distant) 06:30 - Cringe vs. Effort: The Magnetic Heart Bracelets 08:15 - Nicknames: Why "Honey" is the Go-To 08:55 - This or That: Mom Life (Drop-off vs. Pick-up) 09:45 - Driving Kids Everywhere vs. Cooking Dinner 10:15 - Suspiciously Quiet Kids & The Phone Peek 11:00 - Social Life: Talking to Strangers & Group Chat Chaos 12:35 - Personality: Second Chances vs. Blocking Immediately 13:30 - Situationships & Red Flags (Small vs. Big) 15:45 - Chemistry vs. Stability: Choosing Safe over Toxic 17:45 - The Rapid Fire Round: Coffee, Creamer, and Silence 18:40 - Reflecting on Our Toxic Eras 20:00 - The Journey to "Healed Megan" & Setting Boundaries 21:15 - Lingerie, Bathroom Counters, and Closing Thoughts  

How good are you at flirting… really?

Chemistry 222 Video Lecture from March 2, 2026. This video covers material from Chapter 17 including the Arrhenius equation, reaction mechanisms, equilibrium constants, catalysis and more. CH 222 website: https://mhchem.org/222 Let me know if you have any questions! Peace!

Sara Imari Walker is Professor in the School of Earth and Space Exploration at Arizona State University, where she is Deputy Director of the Beyond Center. Sara is an astrobiologist and theoretical physicist, with research interests in the origins of life, artificial life, life and detection on other worlds. Lee Cronin is Regius Chair of Chemistry at the University of Glasgow. Among his many pursuits are the digitization of chemistry, the discovery of alien life, and the creation of artificial life. In this episode, Robinson, Sara, and Lee discuss the relationship between philosophy and science, quantum physics, time, determinism, AI, and the origin of Life.Life as No One Knows It: https://a.co/d/2fdKa2eLee's Website: https://www.chem.gla.ac.uk/cronin/Lee's Twitter: https://x.com/leecroninOUTLINE00:00 Chemistry, Biology, Physics, and Philosophy07:57 Philosophy and Science20:58 Is Time an Object?30:00 More on Time44:38 On Time and Entropy51:13 Is the Universe Deterministic?01:08:54 What's Wrong with Quantum Physics?01:17:08 Contingency, Selection, and Evolution01:29:05 Scientific Temperament01:44:18 Do We Experience ChatGPT as Human?Robinson's Website: http://robinsonerhardt.comRobinson Erhardt researches symbolic logic and the foundations of mathematics at Stanford University, where he is also a JD candidate in the Law School.

Tatum doesn't want to disrupt the chemistry - not a good sign to Arcand

Pool Pros text questions hereThis Friday episode digs into one of the most argued topics in pool care: range chemistry and the Langelier Saturation Index (LSI).Rudy takes us back to 1936 and the work of Wilfred F. Langelier, who developed a model to prevent municipal water pipes from dissolving or scaling shut. LSI was never designed for swimmers. It was built to answer one simple question:Will this water dissolve calcium carbonate… or deposit it?That's it.Pools adopted LSI later because plaster behaves like municipal concrete. Your pool is essentially a miniature water system — just with sunscreen and cannonballs.What LSI Does (and Doesn't Do)LSI predicts calcium carbonate equilibrium. It protects:PlasterGroutHeatersSalt cellsTile linesWhat it does not tell you:If chlorine is killing pathogens fast enoughIf chloramines are risingIf nitrification is occurringIf biofilm is formingIf oxidation demand is being metLSI protects the vessel. It does not guarantee sanitation.Where 7.2–7.8 Came FromNo single person invented the modern pH range. It evolved from the overlap of:Human physiology (comfort and irritation)Chlorine chemistry (HOCl vs OCl⁻ balance)Cement durability researchRegulatory standardsEven phenol red test kits influenced it — operators standardized what they could clearly see and control.The Cyanuric Acid Blind SpotIf you don't subtract roughly one-third of CYA from total alkalinity before calculating LSI, your saturation balance is wrong.And LSI does not account for chlorine kinetics at all.You can have:A perfect 0.00 LSIHigh CYASlower disinfectionRising combined chlorineBiofilm quietly developingThe plaster may be safe. The water may not be optimal.Salt Cells, Heaters & MicroenvironmentsLSI models bulk water.Inside salt cells and heaters, localized pH spikes can create scaling even when your overall LSI reads balanced. Context matters. Temperature matters. Ionic strength matters.Water chemistry is not binary — it's gradient-based.The Real TakeawayRange chemistry isn't stupid. It's probabilistic. It works under average conditions in average pools.The mistake is believing ranges are universal laws.LSI is necessary — but not sufficient. Balance is not a number. It's interaction between thermodynamics, kinetics, microbiology, and material science.Stop worshiping the calculator. Start managing the system. Support the showThank you so much for listening! You can find us on social media: Facebook Instagram Tik Tok Email us: talkingpools@gmail.com

The 1930s prove to be an exceptional decade for research at The General Electric Company. Katharine Burr Blodgett works closely alongside her boss, Irving Langmuir who, in 1932, wins the Nobel Prize for Chemistry. In 1938, Katharine's meticulous experiments with thin film coatings on solid surfaces lead to her most important breakthrough: non-reflecting glass. The General Electric Company's public relations machine kicks into high gear. Katharine becomes an overnight sensation, both in the scientific community and in the press, which dub her discovery “invisible glass.” The assistant to the Nobel Prize winner, long invisible herself, takes center stage.  Learn about your ad choices: dovetail.prx.org/ad-choices

Today's episode is a listener-requested random show, and it's a good one. A longtime LUL listener asked us to talk about friendships that just work and the ones that don't. We get into friendship chemistry, why some connections feel effortless, and how to trust yourself when the vibe feels off. Not every friendship is meant to stick, and that's okay. Closing out Galentine's month with honest conversation, laughs, and a little girl talk! Plus... don't miss your last chance to join LUL's 5-week group coaching collective. Virtual doors open on Wed. 3/4! Prices go up after this week, so sign up today! LevelUpLatina.com has all the info!   

In this message from Romans 8:28, Adrian Rogers reveals the chemistry of the cross: that God can work bad situations for our good and His glory. To support this ministry financially, visit: https://www.oneplace.com/donate/135/29?v=20251111

Since the era of Joseph Stalin, Moscow’s rulers have sent Russian athletes into the Summer and Winter Olympics with one command: you must win. These competitors operated under a "win-at-all-costs" doctrine most notably through the use of "shamateurism." By giving elite hockey stars nominal titles as military officers or factory workers, the USSR bypassed amateur requirements to field seasoned professionals against genuine Western students—a disparity that defined the Cold War sporting era. But the deception went deeper than employment records; it extended into the very biology of the athletes, particularly in high-strength disciplines like weightlifting and powerlifting. Athletes such as Vasily Alekseyev, the super-heavyweight lifter who set 80 world records and weighed 360 pounds, were often the face of a system later revealed to be fueled by state-mandated anabolic steroids Today’s guest is Bruce Berglund, author of “The Moscow Playbook: How Russia Used, Abused, and Transformed Sports in the Hunt for Gold.” We look at the intersection of Russian sports and geopolitical power, from the dominant Soviet teams of past Olympics to recent doping scandals and international sanctions. With new research from Olympic archives, records of the Soviet bloc and current Russian media, Berglund shows how Moscow’s leaders have defied the rules of the game for decades as the world’s governing bodies turned a blind eye.See omnystudio.com/listener for privacy information.