New Episode

289. Inventioneer – Keystone Inventor

289. Inventioneer – Keystone Inventor

Join Roger Billings, a technology thought leader and innovator, as he draws from his diverse range of life experiences, inspiring students of all ages to love science and to understand the value of education in empowering their life missions.

288. Inventioneering

288. Inventioneering

What does it really take to bring ideas to life? In this episode, Dr. Roger Billings takes us deeper into the world of inventioneering—the dynamic mix of creativity, engineering, and problem-solving that turns imagination into real-world inventions. He shows how inventioneering isn’t limited to tech or science—it can be applied to any creative or practical project. If you’ve ever had a spark of inspiration, this episode will help you learn how to shape it into something meaningful and impactful.

287. How to Invent

287. How to Invent

How do great inventions begin? In this episode of Science LIVE, Dr. Roger Billings breaks down the process of inventing—showing how curiosity, creativity, and simple problem-solving can grow into real innovations. Using Morse code as an example, he explains how messages are sent and demonstrates it with a telegraph key. A fun, practical look at how anyone can start turning ideas into inventions.

286. Radio Waves

286. Radio Waves

How do invisible waves travel across the world and beyond? In this episode of Science LIVE, Dr. Roger Billings dives into the fascinating science of radio waves—how they’re created, how they move through space, and how they make long-distance communication possible. From the basics of frequency and transmission to early breakthroughs like Morse code and modern applications such as HAM radio and space communication, join us as we explore the hidden currents that keep us connected.

285. The Invention Process

285. The Invention Process

How do you turn a great idea into a success? In this episode of Science LIVE, Dr. Roger Billings takes students through the invention process—from the first spark of inspiration to creating something people truly love. Featuring t-shirt designs by Acellus students, he explores what makes certain ideas stand out and connect. Discover how understanding the invention process can help you bring your own creative ideas to life—and turn them into success stories.

284. Introduction to Inventioneering

284. Introduction to Inventioneering

What does it really take to create something that changes the world? In this episode, Dr. Roger Billings introduces Inventioneering—the blend of creativity and engineering that turns ideas into reality. But inventioneering isn’t just for scientists and engineers—it can be applied to any career or project. Students are invited to take on a special challenge: design and submit their own t-shirt for a chance to have it featured in the Acellus Store!

283. The Billings Turbine

283. The Billings Turbine

In this episode of Science LIVE, Dr. Roger Billings introduces the Billings Turbine—an innovative engine designed to redefine how we convert motion into power. Learn how this turbine works, what sets it apart from traditional systems, and the exciting possibilities it could unlock for a cleaner, more efficient energy future.

282. Deep Hole Hydrogen

282. Deep Hole Hydrogen

Hidden far below the Earth’s surface may lie the key to a cleaner energy future. In this episode of Science LIVE, Dr. Roger Billings introduces Project Deep Hole—an ambitious effort to uncover naturally occurring hydrogen. Discover how this remarkable element forms deep underground, how scientists are locating and capturing it, and why it could revolutionize the way we power our world.

281. White Hydrogen

281. White Hydrogen

What is “white hydrogen,” and how might it reshape our energy future? In this episode of Science LIVE, Dr. Roger Billings breaks down the concept of white hydrogen—what it is, how it differs from “green” and “blue” hydrogen, and where it fits into the growing hydrogen economy. Explore the science behind this naturally occurring energy source, its real-world potential, and the challenges that stand in the way of making it a sustainable solution for the future.