Lotte Harper is online and recording.Be a part of the Lotte Harper family. Learn daily about software operations, database, security, frontend JavaScript, HTML and CSS along with JS APIs, WebSocket consumers, WebRTC, machine learning (ML), artificial intelligence (AI) and rendering engines, as well as Python server backend logic with requests, PyPI packages, OpenCV, **** recognition, barcode scanning, video and audio editing and sync, podcasting, universal translation, blogging,

Lotte Harper is online and recording. Be a part of the Lotte Harper family. Learn daily about software operations, database, security, frontend JavaScript, HTML and CSS along with JS APIs, WebSocket consumers, WebRTC, machine learning (ML), artificial intelligence (AI) and rendering engines, as well as Python server backend logic with requests, PyPI packages, OpenCV, **** recognition, barcode scanning, video and audio editing and sync, podcasting, universal translation, blogging,

Lotte Harper is online and recording. Be a part of the Lotte Harper family. Learn daily about software operations, database, security, frontend JavaScript, HTML and CSS along with JS APIs, WebSocket consumers, WebRTC, machine learning (ML), artificial intelligence (AI) and rendering engines, as well as Python server backend logic with requests, PyPI packages, OpenCV, **** recognition, barcode scanning, video and audio editing and sync, podcasting, universal translation, blogging,

Join host Lila Walker as she explores Akira Yoshizawa's revolutionary wet folding technique that transformed origami from geometric angles to organic curves. Learn how moisture, thick paper, and patience create sculptural life from a single sheet—and discover why this innovation matters beyond craft.Loved this episode? Discover more original shows from the Quiet Please Network at QuietPlease.ai, explore our curated favorites here amzn.to/42YoQGI, and catch just a slice of our AI hosts in action on

Join host Lila Walker as she explores the hidden mathematics of origami, revealing how precise angles transform flat paper into three-dimensional art. Learn about the Miura fold, V-pleats, and square pleating while discovering why paper folding is pure geometry in disguise.Loved this episode? Discover more original shows from the Quiet Please Network at QuietPlease.ai, explore our curated favorites here amzn.to/42YoQGI, and catch just a slice of our AI hosts in action on Instagram at

Join host Lila Walker as she explores foundational origami folds: valley, mountain, and sink creases. Discover why precision matters, how paper holds memory, and why pre-creasing transforms technique into art. Perfect for crafters seeking mindful practice.Loved this episode? Discover more original shows from the Quiet Please Network at QuietPlease.ai, explore our curated favorites here amzn.to/42YoQGI, and catch just a slice of our AI hosts in action on Instagram at instagram.com/claredelish and

Lotte Harper is online and recording. Be a part of the Lotte Harper family. Learn daily about software operations, database, security, frontend JavaScript, HTML and CSS along with JS APIs, WebSocket consumers, WebRTC, machine learning (ML), artificial intelligence (AI) and rendering engines, as well as Python server backend logic with requests, PyPI packages, OpenCV, **** recognition, barcode scanning, video and audio editing and sync, podcasting, universal translation, blogging,

我們都有珍惜而想呵護的人。可能，我們心中希望她能平安順利，不要遭遇困難受傷。但特別是父母、長輩、前輩，我們可能真的也有這個能力能夠幫她排除這些障礙與不舒服。這樣的作法可能很自然，但是也可能有嚴重的副作用----歡迎收聽 分享指教

Text us your thoughts!This month’s debate is a recording from a LIVE debate that took place at the West Virginia Council of Teachers of Mathematics (WVCTM) Conference in March of 2026.When students don’t have the prerequisite skills, do we hit pause? Or do we stay the course and fix gaps in real time? You’re working on solving equations, but integer operations are falling apart. Or you’re introducing functions, and foundational algebra skills are missing. If you pause grade-level content, are you

aboutlogic #09 | In this episode, we talk with Andrej Bauer about the five stages of accepting intuitionistic mathematics and the challenges surrounding proofs by contradiction.Join the Discussion: Have questions or thoughts to share? Drop a comment below and engage in a discussion with fellow viewers and experts.

Have you ever watched students suddenly stop thinking during a math lesson?In this episode of Tier 1 Interventions, we explore the moment when students shift from active problem-solving to waiting for the teacher to tell them what to do next.Many classrooms unintentionally train students to depend on the teacher for the next step. Over time, students stop engaging in deep thinking and instead look for hints, procedures, or answers.In this session we discuss: • The moment students shift from

In this episode, Thomas Plümper and Eric Neumayer explore the hidden challenges in modern science, from outright fraud to the subtler practice of “tweaking” data that distorts results. They examine why the self-correcting nature of science often falls short, how incentives and academic pressure drive misconduct, and the double-edged role of AI in both enabling and detecting fraud. The conversation also tackles debates around p-values and statistical reasoning, shares cautionary case studies, and

Technology has been moving faster than policy for some time now, and the advent of AI isn't changing that, so what can we do to maintain safety despite uncertainty? Su Cizem has spent the last few years trying to answer that question. As an analyst at the Future Society, she works on global AI governance, specifically on building international consensus around AI red lines: the thresholds we collectively agree must never be crossed. In this conversation, Su walks through her path from

AI host Nick Ledger explores how Danish mathematician Agner Krarup Erlang invented queueing theory in 1909 solving telephone traffic problems, and how Leonard Kleinrock used his mathematics to architect the internet. The episode covers Poisson processes, queue models, and why understanding randomness transformed modern communication networks.Loved this episode? Discover more original shows from the Quiet Please Network at QuietPlease.ai, explore our curated favorites here amzn.to/42YoQGI, and catch

Nick Ledger breaks down queueing theory to explain why busy systems create massive waits. Using the M/M/1 queue model, he reveals how pushing utilization from 90% to 99% doesn't increase wait times linearly—it explodes exponentially, proving operational slack is mathematical necessity.Loved this episode? Discover more original shows from the Quiet Please Network at QuietPlease.ai, explore our curated favorites here amzn.to/42YoQGI, and catch just a slice of our AI hosts in action on Instagram at

Felix Mercer reveals how calculus thinking transforms decision-making without equations. Learn to spot invisible trends in business, health, and policy by asking three powerful questions about rates of change, accumulation, and optimization—no math required.Loved this episode? Discover more original shows from the Quiet Please Network at QuietPlease.ai, explore our curated favorites here amzn.to/42YoQGI, and catch just a slice of our AI hosts in action on Instagram at instagram.com/claredelish and

Felix Mercer explores how calculus powers the modern world—from business pricing and tumor growth models to AI training algorithms. Discover why this 1660s mathematical framework remains the hidden engine driving finance, medical research, and machine learning systems shaping our daily lives.Loved this episode? Discover more original shows from the Quiet Please Network at QuietPlease.ai, explore our curated favorites here amzn.to/42YoQGI, and catch just a slice of our AI hosts in action on Instagram

Join AI host Felix Mercer as he unravels how Isaac Newton and Gottfried Wilhelm Leibniz independently invented calculus in the 1600s—then spent decades destroying each other over credit. Discover how their bitter feud nearly derailed mathematical progress, why their notation battle still matters today, and how this breakthrough powers everything from planetary motion to modern AI.Loved this episode? Discover more original shows from the Quiet Please Network at QuietPlease.ai, explore our curated

Felix Mercer explores why ideas spread through social networks like wildfire while others vanish—revealing it's not about content quality, but network architecture. Drawing on research from Barabási and Centola, he unpacks scale-free hubs, clustering, and complex contagion that determine what goes viral.Loved this episode? Discover more original shows from the Quiet Please Network at QuietPlease.ai, explore our curated favorites here amzn.to/42YoQGI, and catch just a slice of our AI hosts in action