A Short Story Podcast Series
Interesting Things with JC
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Link to Podcast Library or Scroll for Daily Feed
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The podcast is currently in common carriage on the Podcast Radio Network.
In London, you can listen to the Podcast Radio Network over the air on DAB+ and access its variety of podcasts and audio content directly through your DAB+ radio.
In the USA, you can listen to "Interesting Things with JC" on Podcast Radio US over the air in various cities: in Detroit on 93.5 FM and WCSX-94.7 HD2, in Tampa on 1010 WHFS-AM, in Charlotte on 94.7 FM and WSOC-HD3, and in Ft. Myers/Naples on 96.5 FM, 101.5 FM, 105.1 FM, and WXKB-HD2.
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Episodes vary in duration from 30 seconds to 8 minutes.
All episodes are royalty-free except for #509.
If you have an idea for an episode, please reach out to our team, and we'll happily schedule the topic for a future recording.
Priority is given to home-schooling parents, teachers, educators, and lifelong learning professionals.
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If you intend to feature the series on your podcast or use it in your broadcast feed as interstitial content, please tag us on social media or send us an email.
Tagging or email notification assists us in promoting your inclusion of the show effectively.
673: "Kindness"
Interesting Things with JC #673: "Kindness" - Spread kindness like wildfire and witness the transformative power it holds. Small acts of compassion have a profound impact, creating a ripple effect of positivity. Let's build a brighter, more beautiful world together.
590: "Lev Landau"
Interesting Things with JC #590: "Lev Landau" - He was born in Azerbaijan in 1908. Despite facing adversity due to tuberculosis as a child and a car accident later in life that left him permanently injured, Landau made groundbreaking contributions to theoretical physics and quantum mechanics. He received numerous honors for his innovative solutions to complex scientific questions, including the Nobel Prize in Physics in 1962. Landau's work in areas such as superconductivity, quantum mechanics, and liquid theory had a lasting impact on our understanding of matter and energy at the most fundamental level