Showing titles in Chemistry

First Feast Forensics - Episode 1: The Reality Behind the First Thanksgiving Menu Welcome to First Feast Forensics. Today we're peeling back the layers of history to uncover what was actually served at the first Thanksgiving celebration in 1621. Most of what we think we know about this famous feast comes from just two primary sources - a letter by Edward Winslow and a passage in William Bradford's Of Plymouth Plantation. These sparse historical records paint a very different picture from our modern celebrations, and over the next thirty minutes, we'll explore exactly what that three-day feast ...

Welcome to Material Science and Manufacturing podcast where we explore the fascinating world of materials and the processes that shape them. This podcast is your guide to understanding the building blocks of innovation. In each episode, we dive into the fundamentals of materials, examining the science behind their unique properties and how these principles are applied in manufacturing. From the strength of steel to the versatility of composites, and from traditional methods like casting to advanced technologies like 3D printing, we reveal how materials and manufacturing drive progress.

Welcome to the Generating a Cleaner Future podcast, a brand-new audio series from Air Products exploring the challenges and opportunities for the hydrogen economy and the role of policy, technology and finance in maximising hydrogen’s potential.   With the help of experts from across the hydrogen industry and beyond, the podcast looks at the key factors that will determine hydrogen’s scale-up and the crucial role it can play in decarbonising transport, engineering, and manufacturing. We also dive into the hard-to-abate industries that pose a bigger challenge to decarbonisation, and how...

The CURIOUS Scientists Podcast, hosted by Vanessa Rosa, Ph.D., is a platform that offers diverse perspectives on navigating and excelling in STEM careers. It explores the human side of science through honest discussions about life in STEM, tips for succeeding in academia and industry, and insights into crucial issues impacting scientists today. The podcast aims to provide candid conversations and unique insights into the real world of STEM, making it accessible to both seasoned scientists and aspirational students.

Join hosts Dr. Janet Pope (Western University) and Dr. Daniel Ennis (UBC) for thoughtful, informed conversations, filled with clinical pearls with some of the leading rheumatologists from Canada and the world.

Welcome to Chromatography Life, a podcast presented by Waters Corporation. Join us as we dive into the world of chromatography with leading scientists to examine today's critical challenges. As a hub for the chromatography community, we share the lived experiences, passions, and visions of these scientific innovators as they shape the future of analytical chemistry. Hear from experts across a wide range of topics, spanning chromatographic methods, laboratory solutions, column chemistry, and software innovations. Explore problem-solving strategies across issue areas including patient safety, ...

Curie y la radiactividad presenta una brillante instantánea de la vida y la obra de Marie Curie y ofrece una explicación clara y accesible del significado e importancia del descubrimiento de la radioactividad y de las implicaciones que ello tendría para la vida en el siglo XX y el futuro...

Nuclear power has been and continues to be a mystery to many people. This book tells the story of the journey of an average individual who for over 40 years, because of unintentional turns of events, became an active member of the industry and learned to understand and support this challenging but rewarding technology. With global warming and growing demands for energy world-wide, nuclear power plants in conjunction with renewable energy sources is the most promising way to support our future generations.

An awe-inspiring investigation into the hidden world of the deep sea—the most mysterious, unforgiving environment on Earth—whose secrets can radically revise our understanding of life itself and chart our planetary future. “A brilliant scientist and storyteller, Jeffrey Marlow takes us on...

The Fuel for Thought Podcast is the world’s first podcast about renewable fuels. Sylvain Verdier and Mikala Grubb from Topsoe, look into some of the most pressing topics about renewable fuels, covering the whole value chain of renewable fuel production, including feedstock supply, conversion technology, legislation, sustainable aviation fuel and much more. Together with a series of key industry players, experts, and influencers they discuss some of the challenges facing the industry, so you can benchmark your business, learn more about what is driving our industry and where it is heading.

The VirtualPharm Podcast is an audio series that covers topics related to compliance and regulatory affairs in the Lifesciences industry. Each episode, hosted by experts on the topic with decades of experience, offers listeners detailed insight into the changing regulatory environment. The podcast provides timely information about emerging regulations, legal updates, industry insights, and best practices for organizations. The episodes are informative and engaging, helping educate professionals on remaining compliant while staying agile in their industry.

『プラントライフ』は、化学プラントの技術者が、化学を軸に皆さんの視野を広げていく番組です。

Metalloids—The Imposters dives into the fascinating world of elements that blur the lines between metals and non-metals. Known as the chemical chameleons, metalloids play a pivotal role in science and technology. This series explores their unique properties, real-world applications, and their significance in chemistry and beyond. From silicon in electronics to boron's industrial uses, we uncover how these imposters shape our world. Perfect for science enthusiasts and curious minds alike—join us on this electrifying journey through the periodic table!

Explore the fascinating world of noble gases in The Introvert Inert Gases! This series dives into the history, properties, and uses of helium, neon, argon, krypton, xenon, and radon. Discover why these unreactive elements are called "noble" and how their unique characteristics shape science and technology. From lighting up neon signs to powering cutting-edge research, join us as we uncover the secrets of these silent yet essential elements. Perfect for science enthusiasts and curious minds alike!

Dive into the frontiers of chromatography, mass spectrometry, and sample preparation with host David Oliva. Each episode features candid conversations with leading researchers, industry innovators, and passionate scientists who are shaping the future of analytical chemistry. From decoding PFAS detection challenges to exploring the latest in AI-assisted liquid chromatography, this show uncovers practical workflows, sustainability breakthroughs, and the real-world impact of separation science. Whether you’re a chromatographer, lab professional, or researcher you'll discover inspiring content!

Why are ions so important? Life and our universe would not exist without ions to create an endless amount of compounds.

"Chemical Discoveries" is a podcast that explores the incredible stories behind the discovery of key elements and compounds. From hydrogen to carbon dioxide, each episode delves into the experiments, breakthroughs, and brilliant minds that shaped modern chemistry. This series blends science and history, making complex discoveries accessible and inspiring for all. Perfect for students, science enthusiasts, or the curious, Chemical Discoveries celebrates the pioneers who transformed our understanding of the world.

All About Atoms takes you on a journey through the fundamental building blocks of matter. In this series, we explore the structure of atoms, the roles of protons, neutrons, and electrons, and how they come together to form everything around us. From the discovery of atoms to the intricacies of atomic interactions, this series simplifies complex concepts and provides fascinating insights into the microscopic world. Tune in to better understand the atomic structures that shape our universe.