Podcast: The End of the World

Yes, the title is bleak, but it is worth going through this earlier podcast to ponder the future of mankind in a universe that has not shown any other inhabitants to date. Is this because of some internal or external filtering mechanism, such as nuclear war or the dangers or space travel? Is there something special about humans here on Earth? Josh Clark, who you may know from the podcast Stuff You Should Know, does a nice job narrating this inquiry. He discusses his new show here.

Here are some of the same episodes from The End of the World:

Episode 2: Great Filter

The Great Filter hypothesis says we’re alone in the universe because the process of evolution contains some filter that prevents life from spreading into the universe. Have we passed it or is it in our future? Humanity’s survival may depend on the answer.

Interviewees: Robin Hanson, George Mason University economist (creator of the Great Filter hypothesis); Toby Ord, Oxford University philosopher; Donald Brownlee, University of Washington astrobiologist (co-creator of the Rare Earth hypothesis); Phoebe Cohen, Williams College paleontologist.

Episode 7: Biotechnology

Natural viruses and bacteria can be deadly enough; the 1918 Spanish Flu killed 50 million people in four months. But risky new research, carried out in an unknown number of labs around the world, are creating even more dangerous humanmade pathogens.

Interviewees: Beth Willis, former chair, Containment Laboratory Community Advisory Committee; Dr Lynn Klotz, senior fellow at the Center for Arms Control and Non-Proliferation.

Just think of it as a long investigation of the Fermi Paradox – the conflict between the expectation that intelligent life can be found throughout the universe and the lack of any clear evidence that this is so. Are we the issue, or is it something out there?

The podcast came out in 2018 (before COVID, so the biotechnology episode missed the latest crisis), but the points in each episode remain relevant. Josh Clark gives you a lot to ponder.

In Case You Missed It: The Vatican’s Space Observatory

Source/Credit: The telescope domes on the roof of the Vatican Observatory, at the Apostolic Palace in Castel Gandolfo from Andreas Solaro/AFP via Getty Images.

Just in case you missed it, I recommend you read NPR’s June 2021 article, “The Vatican’s Space Observatory Wants To See Stars And Faith Align.” You can read about the interplay of astronomy and the Catholic Church. For instance, did you know the idea of the Big Bang originated with a Belgian priest? Or that the Vatican Observatory coordinates with NASA on space issues?

You can learn more from the article. You might also want to visit the Vatican Observatory’s website or listen to one of the podcasts from the Observatory.

Click the image of Brother Guy Consolmagno for a video.

Podcast: Joe Rogan and Brian Cox

Source/Credit: The Joe Rogan Experience on YouTube.

While Joe Rogan has been in some hot water recently, I think we can agree that many of his broadcasts were less controversial and simply fun. He is a good host with plenty of though-provoking questions. I do not want to get into politics, but rather focus on science. And in that case, his two-and-a-half hour discussion on January 28, 2019 with Professor Brian Cox, English physicist and Professor of Particle Physics in the School of Physics and Astronomy at the University of Manchester in the UK, was a terrific way to go over both astronomy and physics.

Some of the topics covered during their talk included the size and complexity of the universe, black holes, wormholes, time travel, the Fermi Paradox, unknown objects at the edge of our solar system, space travel, lasers in space, and the role of artificial intelligence in society. The forum provided plenty of time to cover a large range of topics. It is well worth dropping in and listening.

Some other discussions worth watching include Joe Rogan’s August 22, 2018 discussion with Neil deGrasse Tyson and his May 7, 2020 discussion with Elon Musk.

Podcast: Interview with William Shatner

Source: Etonline.com.

On this week’s StarTalk Radio podcast, Neil deGrasse Tyson interviewed William Shatner (aka Captain Kirk) about his acting career and recent trip into space on a Blue Origin rocket. If you saw the Amazon Prime show called Shatner in Space, you have seen the Blue Origin drama (or the infomercial, if you prefer). In his chat with Dr. Tyson, you learn more about this short voyage, including his reluctance to go on the second rocket trip rather than the first, his uneasy stomach once in space, and the travails of being the oldest “astronaut.”

It is always fun to hear from the man who helped to create a growing interest in space travel from his first days as Captain James T. Kirk on Star Trek back in the mid-1960s. We need both scientists and science fiction to keep the dream alive. And just as Neil deGrasse Tyson has stepped into the shoes of Carl Sagan on Cosmos, we have seen Patrick Stewart’s Captain Picard and others step into the shoes of Mr. Shatner on Star Trek. Hopefully, we can continue to create such spirited pairings in the years to come.

Source: iHeart.com.

Podcast: A New Space Age?

Source: BBC.

If you are looking for a new podcast, or just want to listen to an interesting conversation, I recommend BBC’s recent Inside Science episode about human travel to the Moon and Mars. Titled “A New Space Age?,” the December 30, 2021 episode discusses NASA’s Artemis lunar program, the timetable for travel to Mars, and whether or not we even need to send humans into space.

Dr. Kevin Fong leads a panel of experts to discuss these topics:

— Dr. Mike Barratt, a senior NASA astronaut and medical doctor based at the Johnson Space Center;

— Dr. Anita Sengupta, Research Associate Professor in Engineering at the University of Southern California; and

— Oliver Morton, Briefings editor at the Economist and author of several books on the Moon and Mars.

If you enjoy the conversation, you may want to look around a few of the other episodes as well, such as the December 16, 2021 episode on the James Webb Space Telescope.