Latest Stories
Most recently published stories in Interview.
Fumfer Physics 29: How the Human Mind Measures Time, Space, and Thought
In this dialogue, Scott Douglas Jacobsen and Rick Rosner explore the perceptual boundaries of human experience—the limits of what we can truly sense in time and space. Rosner explains that our temporal resolution hovers around a tenth of a second, the scale of reflexes and thought formation, while spatial awareness reaches down to roughly 50 microns, the threshold of the naked eye. They discuss how linguistic processing, births, and deaths occur within similar temporal slices, linking consciousness to the continuous flow of global life. The conversation ultimately frames thought as holographic—relational, dynamic, and resistant to discrete measurement.
By Scott Douglas Jacobsen3 months ago in Interview
ORIGINS — “Where It All Began”. AI-Generated.
At just 30 years old, Cullen Spencer has already carved out a name for himself as a storyteller — one who writes not just to be heard, but to be felt. His songs pulse with emotion, honesty, and a touch of grit, echoing through the same walls where he first learned what music really meant.
By Jane Carty 3 months ago in Interview
Fumfer Physics 28: Why Pi and Fibonacci Appear in Nature
Pi recurs because circular and spherical geometry minimize surface area and energy: surface tension rounds droplets; for fixed area a circle has the shortest boundary; in 3D a sphere resists stress and encloses volume efficiently. Fibonacci patterns arise from local growth rules near the golden angle (~137.5°), packing leaves and seeds without overlap. Those rules produce spiral counts that match consecutive Fibonacci numbers. Iterative branching and logarithmic spirals extend the effect across pinecones, sunflowers, shells, and more. Beneath both patterns is information shaped by constraints: simple optimization rules yield stable forms nature reuses, from eyeballs to orbits to seed heads.
By Scott Douglas Jacobsen4 months ago in Interview
Enzo Zelocchi: Navigating Film, Tech & Entrepreneurship in the Hollywood Spotlight
In Hollywood, where the spotlight often shines brightest on fame, few manage to balance artistry, business, and innovation with genuine purpose. Enzo Zelocchi stands among that rare group — a multifaceted talent who has built a career that transcends acting and filmmaking to include entrepreneurship, digital innovation, and social impact. His story is one of creative reinvention, business intelligence, and relentless self-belief.
By Brian Smith4 months ago in Interview
The Bold Vision of Enzo Zelocchi — Actor, Producer, and Healthcare Tech Pioneer
In an era when celebrities are often celebrated for their presence rather than their purpose, Enzo Zelocchi stands out as a rare exception: an actor, producer, and healthcare-tech pioneer who refuses to be defined by convention. He’s not simply playing parts — he’s building platforms, telling stories, and launching ventures that merge creativity with impact.
By Brian Smith4 months ago in Interview
Fumfer Physics 27: Intuition & the Universe
Scott Douglas Jacobsen and Rick Rosner probe whether math is built-in or invented, and how intuition can automate physics. Rosner casts math as conceptual shorthand that scaffolds understanding—like words such as “schadenfreude”—with estimation and repetition training intuition. They argue the universe does not “calculate”; laws emerge from interacting fields, while math mirrors structure within finite information, not Platonic perfection. Subjectivity arises as a “statistically disambiguated” layer—distinct yet embedded—analogous to centrifuged strata. Skills span a continuum from embodied physics (a basketball arc) to formal tensors, converging as fluency. Information demands context; existence is a web of relations, and models refine correspondence.
By Scott Douglas Jacobsen4 months ago in Interview
Fumfer Physics 26: Can We Understand the Universe Without Math?
Rick Rosner riffs on whether a civilization could grasp physics without mathematics, imagining whale societies that count heads but lack equations. He argues math is essential for precise theories, yet many core ideas—projectiles, orbits, relativity—begin as pictures and principles before formalization. Examples include Einstein’s thought experiments refined with tensor calculus, Big Bang nucleosynthesis by Alpher, Bethe, and Gamow, and Newton’s insight that orbits are continuous free-fall obeying an inverse-square law. Scott Douglas Jacobsen notes everyday intuition—throwing a ball, braking for a light—mirrors calculus. Rosner concludes: you can teach physics conceptually without equations, but doing physics ultimately requires mathematics. Precision demands symbolic tools.
By Scott Douglas Jacobsen4 months ago in Interview
State, Church, and Silence: Cover-Ups within the Serbian Orthodox Church in Montenegro. Content Warning.
By Bojan Jovanović Bojan Jovanović, a former Serbian Orthodox Church (SPC) priest and now Secretary General of the Christian Alliance of Croatia, alleges widespread sexual abuse and cover-ups within the SPC, including in Montenegro. He condemns Montenegro’s decision to honor Metropolitan Amfilohije Radović, accusing him of concealing pedophilia and exploitation in monasteries such as Cetinje and Dajbabe. Jovanović cites testimonies, police files, and media investigations. He asserts that the SPC and state institutions protect abusers and suppress justice, calling their silence criminal complicity. He is cooperating with Interpol and the EU to expose an organized network of clerical sexual abuse dating back to 1978.
By Scott Douglas Jacobsen4 months ago in Interview
Fumfer Physics 25: Quantum Limits, Black Holes
Scott Douglas Jacobsen and Rick Rosner explore informational cosmology at black-hole boundaries and beyond. Rosner notes supermassive black holes are densest from the outside, yet interior density is tempered by curved spacetime and quantum “fuzziness.” Quantum gravity candidates, exclusion principles, and phase transitions may halt true singularities, yielding ultra-dense, evolving quantum states. Stars act as leaky correlational engines; galaxies emit immense photon webs, but the most durable records likely reside in gravitational filaments. Rosner sketches “hedgehog” collapse vectors around t0, speculates galaxies can dim and relight via cosmic-web inflow, and doubts nucleation around neutron stars. Dark-matter halos endure. Conclusions remain provisional—and productively skeptical.
By Scott Douglas Jacobsen4 months ago in Interview
High Notes Podcast Season Three Premieres Next Week
High Notes is a podcast featuring conversations on the art and business of voice, hosted by voice actor and BRAVA CEO, Melissa Thom. From Mongolian throat singing to vocal health, accents, gaming, and more, HIGH NOTES uncovers the craft behind the business.
By Frank Racioppi4 months ago in Interview
