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Distributing Solar

Distributing Solar

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In Distributing Solar, we speak to entrepreneurs and experts working in energy access and off-grid solar in emerging markets, bringing to life how distributed energy is changing lives around the world. Visit us at www.distributingsolar.com Contact us at [email protected]
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Energypreneurs

Sohail Hasnie

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Energypreneurs is a podcast that brings solar power, electric vehicles and battery technologies to young entrepreneurs. Sohail Hasnie, our host, is a firm believer that the solution to climate change lies in these technologies, which will also fundamentally change the way we think about electricity and transportation—on road, on water and even on air. Over the last 35 years, Sohail has applied technology and innovation in many large infrastructure projects across Australasia. As a staff of t ...
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Local Energy Rules

Local Energy Rules

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This bi-weekly podcast from the Institute for Local Self-Reliance shares powerful stories of local renewable energy, from mayors discussing their city’s commitment to 100% renewable energy to tales of innovative community owned solar to questions about the the best rooftop solar policy. Join host John Farrell, the director of the Institute’s Energy Democracy Initiative, as he asks if the 100-year-old monopoly market structure for electricity delivery makes sense in an on-demand, distributed ...
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Candid conversations with the leaders shaping a more sustainable future. Hosted by Chad Reed, Gil Jenkins, Hilary Langer, and Guy Van Syckle. Produced by HASI, a U.S.-based sustainable infrastructure investor.
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Welcome to the Security Weekly Podcast Network, your all-in-one source for the latest in cybersecurity! This feed features a diverse lineup of shows, including Application Security Weekly, Business Security Weekly, Paul's Security Weekly, Enterprise Security Weekly, and Security Weekly News. Whether you're a cybersecurity professional, business leader, or tech enthusiast, we cover all angles of the cybersecurity landscape. Tune in for in-depth panel discussions, expert guest interviews, and ...
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Energy Future: Powering Tomorrow's Cleaner World" invites listeners on a journey through the dynamic realm of energy transformation and sustainability. Delve into the latest innovations, trends, and challenges reshaping the global energy landscape as we strive for a cleaner, more sustainable tomorrow. From renewable energy sources like solar and wind to cutting-edge technologies such as energy storage and smart grids, this podcast explores the diverse pathways toward a greener future. Join i ...
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The Green Blueprint

Latitude Media

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We already have many of the climate solutions we need. But scaling them is hard. The Green Blueprint is a show about the people who are architecting the clean economy. Every other week, host Lara Pierpoint profiles the founders, investors, and organizational leaders who are solving complex challenges in the quest to build climate technologies fast.
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Intellectually Curious is a podcast by Mike Breault featuring over 1,200 AI-powered explorations across science, mathematics, philosophy, and personal growth. Each short-form episode is generated, refined, and published with the help of large language models—turning curiosity into an ongoing audio encyclopedia. Designed for anyone who loves learning, it offers quick dives into everything from combinatorics and cryptography to systems thinking and psychology. Inspiration for this podcast: "Mu ...
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Sustainability Explored

Sustainability Explored

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This is a podcast on sustainability and innovations in business and economy, a great place to learn more about sustainability across industries. We invite professionals working on the implementation of innovative sustainable solutions for the future - to explore circularity and resilience, corporate social responsibility, leadership and culture, impact investment and so on, and give some guidance on how to actually implement sustainability in business.
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In this episode, our guest is Danny Kennedy, a serial energy entrepreneur, investor, and advocate for distributed renewables. Danny shares his bold vision for a world powered entirely by solar energy and battery storage — a transformation he calls "Solar for Universal Need." Drawing on his experience leading startups and initiatives like the Califo…
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A half-century tale of a metal that was once the pinnacle of opulence and is now everywhere. Aluminum’s abundance in ore didn’t matter—refining it was brutally hard until the Hall–Héroult breakthrough in 1886. Coupled with the rise of cheap electricity, this unlocked mass production and crashed the price, transforming aluminum from precious parlorw…
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We explore Jeremy Bernstein's manifold-based approach to AI stability: constraining weight matrices to lie on a Stiefel manifold keeps singular values near one, making layers behave like rotations and improving predictability. Extending to modular manifolds, we treat each block as its own manifold with its own norm, and compose them so constraints …
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Join us as we explore A000360, the OEIS entry counting non-degenerate triangles inside a self-similar fractal rep-4 tile. We’ll break down the geometry of the fractal and what counts as a triangle, then uncover the surprising number-theoretic connections: the distribution ties to the Stern–Brocot sequence (A02487) via a modulo-3 reduction, with dro…
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Join us as we untangle the mathematical ‘ghosts’ of quantum field theory—from Faddeev–Popov ghosts that preserve gauge symmetry to Goldstone modes that become W and Z bosons, and the troublesome negative-norm states that threaten unitarity and causality. A clear, accessible tour of why these unphysical states matter for regularization, mass generat…
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We dive into the 1859 Carrington storm — the first recorded solar flare and the fastest CME on record — and unravel how it lit up skies worldwide, crashed telegraph systems, and hinted at a sun-driven vulnerability in today’s electrical grid. From the auroral spectacle to near-miss modern-day scenarios, we connect history to present-day risk and ex…
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Explore the birth of the capacitor era. In the 1740s, Kleist and Muschenbroek’s shocking experiments showed a glass jar could store energy; Benjamin Franklin identified the dielectric inside and coined the term 'condenser.' Jean-Antoine Nollet popularized the device and the name 'battery,' turning it into public spectacle and laying the groundwork …
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We dive into A000351, the powers of five, from its tidy recurrence and generating function to the surprising ways it shows up across number theory, combinatorics, and geometry. Along the way we explore connections to Pisot-number phenomena, a divisor-sum–based lens on primality, counting integers with only odd digits, generating-function identities…
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We explore Armenia’s colossal Vizhapakar dragonstones—basalt megaliths dating to the Chalcolithic around 4200–4000 BCE. Shaped as fish and cowhide figures, these markers sit at springs and irrigation corridors, revealing a sophisticated, region‑wide ritual system that tied water management to monumental labor. Through new dating and spatial analysi…
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Polaritons are bosonic quasi-particles formed when photons strongly couple to a material excitation (such as an exciton or a phonon), creating new mixed light–matter normal modes. This strong coupling leads to level repulsion (avoided crossing) that splits the system into upper and lower polariton branches, giving tunable light propagation inside m…
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We explore Mosasaurus, the apex marine lizards that ruled 94–66 million years ago. Learn how a stiff body and a powerful crescent tail propelled shark-like bursts, why double-hinged jaws and flexible skulls let them swallow large prey, and the surprising evidence for endothermy and live birth. We also trace their dramatic extinction at the K–Pg bou…
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In this episode, our guest is Laura Jones, an electrical engineer, social scientist, and co-founder of the Circular PV Alliance. Laura walks us through the pioneering work behind Australia's first certification scheme for circular solar farms, CPVA Certified. From integrating circular economy principles into planning and operation, to practical reu…
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Learn about how Common Charge is fast-tracking a future where your distributed energy assets make the electric grid work better for everyone. | Show page available: https://ilsr.org/article/energy-democracy/common-charge-ler245 | Listen to all of our Local Energy Rules podcast episodes at our site: https://ilsr.org/energy/local-energy-rules-podcast…
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A tour of serpentine soils—formed from ultramafic rocks and chemically harsh, nutrient-poor, and with a skewed Ca:Mg balance. We explore where these hostile patches occur (California as a major hotspot, with other pockets around the globe), how plants survive through dwarfism, waxy leaves, and metal-accumulation strategies (like nickel hyperaccumul…
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We dive into A000350, the Fibonacci-ending-in-M problem across bases. In base 10, there are many nontrivial M, suggesting rich, infinite variation. In binary, the situation collapses: only M = 0, 1, 5 work—a result finally proven by Max Alexei after extensive computation (up to M < 2^25). We trace the history back to mid-1960s Fibonacci Quarterly w…
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As AI and cloud-based services power our connected world, individuals are facing an unprecedented privacy crisis. With more than 2.3 billion people entrusting their data to the cloud and centralized servers, cyberattacks, data breaches, surveillance, identity theft, and privacy threats are now everyday risks. How do we protect against these threats…
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For decades, nuclear has struggled with cost overruns and delays — Georgia’s Vogtle plant being the latest example. Kairos Power co-founder and CEO Mike Laufer thinks the solution is to flip the script: focus first on non-nuclear demonstrations and then iterate quickly. It’s a counterintuitive and potentially risky strategy . Rapid iteration isn’t …
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Could the puzzling GW190521 event be more than a standard binary black hole merger? We unpack the strange short signal, the mass-gap mystery, and the missing inspiral, then dive into a radical wormhole-echo hypothesis that a merger in another universe left a ringdown echo in ours. We compare the conventional merger model with the exotic scenario us…
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A dive into the niche OEIS sequence A000347, which counts partitions of integers into sums of non-integral powers. From A4 = 1 and rapid growth thereafter, the counting can be reformulated as counting ordered quadruples of positive integers x1 ≤ x2 ≤ x3 ≤ x4 with sqrt(x1) + sqrt(x2) + sqrt(x3) + sqrt(x4) ≤ n. We’ll trace the combinatorial setup, ex…
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From ancient tombs to modern science, the Ouroboros has long symbolized eternal renewal and the unity of opposites. In this episode, we trace its journey from Egyptian protections of Ra through Gnosticism and alchemy, into Jungian psychology, cybernetics, and even a living lizard named Ouroboros cataphractus. We explore how a snake eating its tail …
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In the news, Microsoft encounters a new cascade of avoidable errors with Entra ID, Apple improves iOS with hardware-backed memory safety, DeepSeek demonstrates the difficulty in reviewing models, curl reduces risk by eliminating code, preserving the context of code reviews, and more! Visit https://www.securityweekly.com/asw for all the latest episo…
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Join us on The Deep Dive as we explore subcritical water—liquid, hot, and pressurized between 100°C and 374°C. We unpack how the hydrogen-bond network breaks down, reducing polarity to roughly that of methanol, and letting hot water dissolve oils and organics that ordinary water can't touch. We'll see how water becomes a catalyst, a reactant, and a…
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A quick Deep Dive into A000346, defined as the Catalan numbers convolved with powers of 4. We explore its clean closed form, generating function, and the multiple combinatorial faces—Dyck paths, symmetric functions, and integer compositions—and what these connections reveal about growth and recurrence structure. Note: This podcast was AI-generated,…
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Interview with Tod Beardsley This interview is sponsored by runZero. Legacy vulnerability management (VM) hasn't innovated alongside of attackers, and it shows. Let's talk about the state of VM. Check out https://securityweekly.com/runzero to learn more! Topic Segment: NPM Incidents In this week’s topic segment, we’re discussing all the NPM supply …
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In this episode of Climate Positive, Gil Jenkins and Kenny Gayles speak with Heikki Pöntynen, CEO of Norsepower, about how rotor sails are helping the maritime industry cut fuel use and emissions. By harnessing the Magnus effect with spinning cylinders mounted on cargo ships, Norsepower is delivering 5–25% fuel savings today—sometimes even more. He…
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A deep dive into the enigmatic Picts—Brittonic-speaking peoples of northern and eastern Scotland—and how their rise, language, and symbols laid the groundwork for the kingdom of Alba. We trace Fortriu’s power, the pivotal battles at Dun Nechtain, the Viking-age upheavals, and Kenneth MacAlpin’s dynastic shift, exploring the gradual Gaelic integrati…
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A journey from a physics-inspired partition problem to a concrete lattice-point counting interpretation. We explore A000345, the nonnegative sequence counting partitions into non-integral powers, with roots in a 1951 statistical mechanics paper by Agarwala and Auluck and entries in Sloan’s Handbooks. In 2009, R.J. Mathar gave a concrete reinterpret…
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A000344 counts a surprising blend of combinatorics and algebra. It arises as the number of lattice paths from (0,0) to (n,n) that touch but never cross the line x - y = 2 (i.e., stay on or below x - y = 2), which is the 5-fold convolution of the Catalan numbers. Equivalently, it tallies standard Young tableaux of shape (n+2, n, 2), and its ordinary…
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In this episode of Security Weekly News, Joshua Marpet and Aaran Leyland discuss the latest trends in AI and cybersecurity, focusing on innovations from CrowdStrike, the implications of new cyber incident reporting rules, and the evolving landscape of ransomware. They explore the role of AI in enhancing security measures, the challenges posed by ma…
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We unpack how raising the rooted-tree generating function B(x) to the fifth power counts linear forests of five rooted trees, and the surprising equivalence with five rooted paths. We'll recap the building blocks—rooted trees, forests, and linear forests (paths) with no branches—and explain why B(x)^5 enumerates the same structures as five-path for…
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This week's technical segment is all about the T-Lora Pager from Lilygo, and really cool Meshtastic device that can also be used for some hacking tasks! In the security news: Your safe is not safe Cisco ASA devices are under attack VMScape HybridPetya and UEFI attacks in the wild Eveything is a Linux terminal Hackers turns 30 Hosting websites on di…
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We explore A000342, the OEIS entry that counts n-node rooted trees of exact height 5. Height here means the longest path from the root to a leaf is exactly 5 edges, which forces at least 6 nodes. So the early terms start 0, 0, 0, 1, 5, 19, 61, illustrating how the height constraint shapes the counts compared with unconstrained rooted trees. We’ll d…
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In this episode, our guest is Glenne Drover, a passionate energy professional and currently the Company Secretary at Yarra Energy Foundation. Though semi-retired, Glenne remains deeply active in shaping Australia's energy landscape through consulting, advocacy, and public engagement. We discuss the evolving battery storage landscape, with Glenne pr…
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A deep dive into the emergent sandbox economy of autonomous AI agents—how they buy, sell, and coordinate in digital markets and what that means for our human economy. Drawing on Virtual Agent Economies, we explore the opportunities of flexible cognitive capital, the risks of instability and inequality, and the design choices that could steer this e…
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A deep dive into groundbreaking research showing ordinary ice can generate electricity through flexoelectric bending and a thin surface ferroelectric layer. We explain how strain gradients in ice crystals create charge, why the effect peaks near −113°C and grows as ice develops a quasi-liquid surface, and how electrode work functions drive interfac…
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Join us as we unpack OEIS A000341, the count of perfect matchings of the set {1,...,2n} where each pair sums to a prime. We’ll walk through small n, visualize the pairings, and see why the terms can rise and fall in surprising ways. We’ll connect the counting to the permanent of a 0–1 matrix (with entries indicating whether i+n+j is prime), and men…
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In the leadership and communications segment, Lack of board access: The No. 1 factor for CISO dissatisfaction, Pressure on CISOs to stay silent about security incidents growing, The Secret to Building a High-Performing Team, and more! Jackie McGuire sits down with Chuck Randolph, SVP of Strategic Intelligence & Security at 360 Privacy, for a grippi…
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Today on The Deep Dive we explore OEIS A000340: the recursively defined sequence with a(0)=1 and a(n)=3·a(n−1)+n+1. We trace its explicit closed form, its generating function, and the other recurrences OEIS lists that define the same numbers. We'll also place A000340 in a broader mathematical context—its connections to sums of powers of 3, appearan…
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This week, we chat with Scott Clinton, board member and co-chain of the OWASP GenAI Security Project. This project has become a massive organization within OWASP with hundreds of volunteers and thousands of contributors. This team has been cranking out new tools, reports and guidance for practitioners month after month for over a year now. We start…
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We explore A000339, the number A_N of pairs (i1,i2) of positive integers with i1 ≤ i2 and sqrt(i1) + sqrt(i2) ≤ N. This is a non-integral-powers partition problem: we sum square roots, not integers. For each N, A_N counts all such pairs. The sequence begins 1, 5, 18, 45, 100, ... and grows as N increases. The definition and history trace to N. J. A…
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John Archibald Wheeler helped revive general relativity after WWII, played a pivotal role in the Manhattan Project, and popularized transformative ideas that bridge physics and philosophy. He coined terms like black hole, wormhole, and quantum foam, and pushed the provocative notion that information—and perhaps observers—shape reality through it fr…
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Segment 1 - Interview with Jeff Pollard Introducing Forrester’s AEGIS Framework: Agentic AI Enterprise Guardrails For Information Security For this episode’s interview, we’re talking to Forrester analyst Jeff Pollard. I’m pulling this segment’s description directly from the report’s executive summary, which I think says it best: As AI agents and ag…
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In this episode, our guest is Yongping Zhai, former ADB energy leader and now Senior Advisor at Tencent, leading their carbon neutrality strategy. He shares his journey from early solar projects to driving green innovation in big tech—covering dramatic cost drops in renewables, the rise of AI in grid management, and why mindsets must shift for the …
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In this Deep Dive we unpack OEIS A000338. We explore its generating function, explain what the offset (offset 3, 1) means, and show how the infinite power-series expansion yields the sequence beginning 5, 18, 42, 75, 117. We derive the linear recurrence and connect the terms to a combinatorial story about discordant permutations, as discussed in J.…
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A tour of how math, computation, and biology come together to model the brain—from detailed biophysical neuron models and dendritic processing to large-scale cortical circuits—and how these virtual laboratories yield testable predictions, guide clinical insights, and shape our evolving understanding of mind and consciousness. Note: This podcast was…
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A guided tour through what mathematicians call beautiful—from Euler’s identity and Fermat’s theorem to Cantor’s diagonal argument and visual proofs. We’ll explore how beauty arises in elegant results, clever proofs, or even abstract structures, and what neuroscience reveals about this universal sense of harmony. Note: This podcast was AI-generated,…
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