An orchestral trip through the moons of our solar system

Episode Summary

Executive Summary: Composer Amanda Lee Falkenberg discusses The Moon Symphony, a large-scale orchestral work inspired by the outer solar system’s moons and grounded in planetary science. She explains how she blends musical storytelling with research from scientists and missions like Cassini, JUICE, Europa Clipper, and Dragonfly, and describes upcoming performances with major orchestras plus educational outreach.

Main Topics: Origins of Falkenberg’s creative career (Priority: 5/5): Falkenberg traces her path from early piano training to ballet accompaniment, film/TV composition, and finally orchestral writing shaped by visual and narrative thinking. Discovery of the moons project (Priority: 5/5): Her idea for a moon-themed piano concerto led to research that revealed the diversity of outer solar system moons, prompting a much larger symphonic project. Collaboration with planetary scientists (Priority: 5/5): She emphasizes direct consultation with mission scientists and specialists to ensure the music reflects real scientific understanding and to strengthen outreach value. Translating science into orchestral language (Priority: 4/5): Falkenberg describes using programmatic composition, orchestral color, and specific techniques to represent phenomena such as magnetic fields, volcanism, and tidal heating. Public performances and institutional support (Priority: 5/5): The work has been recorded by the London Symphony Orchestra and is scheduled for a Chicago Symphony performance at Ravinia, with scientists and astronauts joining for presentations. Education and outreach through music (Priority: 4/5): She frames the project as a bridge between arts and science, aiming to inspire students and audiences and make planetary science more accessible. The Moon Symphony’s lunar and emotional dimensions (Priority: 4/5): The symphony includes a digital score placed on the Moon and a seventh movement focused on Earthrise and astronaut perspective, extending the project beyond science into reflection and emotion.

Key Arguments: Music can make complex planetary science emotionally accessible and memorable for general audiences. Direct collaboration with scientists improves accuracy, credibility, and outreach impact. Orchestral writing is especially suited to depicting visual and physical phenomena through texture, color, and programmatic elements. A science-based symphony can inspire younger students to pursue STEM pathways by connecting art, curiosity, and discovery. The project’s success depends on both artistic quality and scientific integrity; it is not meant to be didactic or overly technical. The Moon Symphony’s combination of live music, visuals, and expert commentary creates a more powerful educational and cultural experience than music alone.

Data Points: Project start: October 2017 - Falkenberg says she set out to put the moons’ worlds into music seven years before the interview. Early music training age: 2.5 years old - She began playing piano at a very young age. Duration of composition career before moon project: two decades - She says she spent roughly two decades composing for film, television, and concert works before the moon symphony. Research window for some movements: 2-3 months - She describes spending months saturating herself in science before composing each movement. Total books of notes: 12 books - She kept handwritten research notes cover-to-cover in about 12 books. Recording year: 2022 - The London Symphony Orchestra recording took place in London in May 2022. Ravinia performance date: 26 July this year - She says the Chicago Symphony performance at Ravinia is scheduled for July 26. Audience capacity: 15,000 - She notes the Chicago event will be her first performance for a 15,000-capacity audience. Concert duration excerpt: 22 minutes - She says the Ravinia suite will be a 22-minute version of The Moon Symphony. First movement order: Europa first, then Enceladus, Titan, Miranda, and Io - She explains the initial composition sequence before later reordering Io as the first movement. Outreach event sellout time: 5 hours - A Great Hall event at Imperial College sold out in five hours after tickets were released to students.

Pivotal Quotes: "Whoa, these moons need music. And then I'm like, hang on, these moons need emotion." — Amanda Lee Falkenberg: Her reaction after discovering the diversity of outer solar system moons during research for a piano concerto. "The first six moons are basically the scientific data told from the stories of space probes. The seventh movement is the emotional data experienced through the hearts of astronauts." — Amanda Lee Falkenberg: She explains the structure and conceptual divide of the symphony. "you can just listen to it alone. You don't have to even think about what the science is. But if you want to go under the hood" — Amanda Lee Falkenberg: She describes the work as accessible both as pure music and as a deeper science-informed experience.

Implications: The project shows how high-quality composition and scientific collaboration can broaden STEM engagement, especially for students, while making planetary exploration culturally resonant and emotionally compelling.