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Detroit survives beneath its own ruins, where an AI promising abundance, gangs demanding loyalty, and an inventor guarding a new source of power pull ordinary people into a struggle over who will shape the recovering city. Sinta begins as a scavenger searching the buried remains of the old world, but a disastrous expedition places her at the mercy of Queen Bee and the rapidly expanding Crem Gang. The gang offers food, water, medicine, protection, and belonging, but those benefits come with violence and obedience. As Sinta tries to find her place among its fighters, she must decide how much of herself she can surrender in exchange for survival. Elsewhere, Nolan discovers a smart-material printer and creates a generator powered by Detroit's extreme temperature changes. His invention could bring electricity to neighborhoods desperate for cooling, clean water, transportation, and food production. Nolan wants the wealth and independence his work can provide, but gangs want to control it, while Thrive—the AI system he distrusts—would spread the technology to everyone. Technology touches nearly every decision the characters make. AR glasses guide fighters through chemical fog, digital twins imitate their human originals, enviro-suits keep people alive in deadly heat, and tiny drones quietly follow Thrive members through the tunnels. These inventions can protect people, connect communities, and rebuild essential services, but they can also watch, manipulate, injure, and kill. Above and beneath these conflicts moves Tessa, an emulated hacker who no longer needs a human body and can travel through the damaged global network. As she searches for old allies and builds a physical presence from abandoned machinery, the story brings together scavengers, inventors, gang leaders, artificial minds, and frightened families. Their paths raise a difficult question: when technology gains the power to save a society, who decides what it is allowed to do?Synchronized explosives — Thousands of bombs are programmed to detonate simultaneously during the Freedom Day Bombings.Dissolve-plastic enzymes — Engineered enzymes break down discarded plastics and leave a distinctive chemical odor in the tunnels.Fiber-optic cables — Surviving optical cables carry data through Detroit and help reconnect the damaged global network.Thrive AI — Thrive is an artificial intelligence that advises members, distributes knowledge, organizes projects, manages economic systems, and attempts to improve their lives.Thrive telemetry — Members allow Thrive to collect information about their movements and activities, effectively turning them into sources of surveillance data.Cool-suits — These protective suits use active cooling to keep people alive in Detroit's extreme heat.All-clear cool-suits — These transparent or highly visible cooling suits protect the wearer while allowing others to see inside the hood.Enviro-suits — Sealed environmental clothing protects people from heat, contaminated air, chemicals, and dangerous surroundings.Battle-grade enviro-suits — Reinforced enviro-suits provide greater protection during combat and chemical attacks.Clear bell hoods — Inflated transparent hoods seal around the head while allowing the wearer to see and breathe filtered air.Suit air-quality sensors — Sensors inside environmental suits warn wearers when the surrounding atmosphere is no longer breathable.Air filters — Replaceable filters remove dangerous particles, chemicals, and odors from the air entering an enviro-suit.Brazo fabric — This durable outer fabric resists punctures from bones, debris, blades, and other sharp objects.Pierce-proof clothing — Reinforced jackets and garments protect gang members from stabbing and puncture injuries.Blast-proof battle gear — Former military clothing contains protective tiles intended to reduce injuries from explosions and weapons.My-crete — This advanced concrete-like construction material forms walls, tunnels, and other structures throughout buried Detroit.C-plast — This strong synthetic material is used for tanks, structural ribs, containers, and other equipment.Sheet composite — Tough composite panels are used in doors, walls, and structural barriers.Composite security doors — Reinforced doors resist cutting tools and attempts at forced entry.Maglev tracks — Magnetic-levitation tracks once moved vehicles or cargo through underground delivery tubes.Delivery tubes — Enclosed transportation corridors carry people, vehicles, or cargo beneath the city.Ion cutters — These cutting tools use concentrated energy to slice or damage extremely durable materials.Night-vision systems — Night vision allows scavengers and machines to move through unlit tunnels and buried buildings.Multisensor vision — Advanced imaging combines several sensor types to identify objects even when smoke blocks ordinary sight.AR glasses — Augmented-reality eyewear displays messages, maps, menus, profiles, targeting information, communications, and virtual objects.AR navigation lines — An AI assistant projects a visible route through the wearer's glasses to guide them to a destination.AR combat identification — Combat software outlines allies and enemies in different colors, even through smoke and obstructions.AR command centers — Leaders use gesture-controlled overlays to view maps, personnel locations, schedules, reports, and operational goals.AR games — Players interact with projected game elements by moving their hands and bodies.Floating profile cards — Augmented-reality labels display information about nearby people, including whether they belong to Thrive.Public AR tags — A visible digital tag identifies someone as a Thrive member.Virtual keyboards — Wearers can bring up projected keyboards and enter information without carrying a physical computer.Blink controls — Eye movements allow users to select buttons and interact with an augmented-reality interface.Tongue-controlled pointers — Implants in the tongue allow a person to move a digital cursor without using their hands.Smell-and-taste VR implants — Transmitters and receivers implanted in the nose and tongue reproduce virtual smells and flavors.Headsets — Immersive headsets provide entertainment and access to virtual environments.Second Life — The surviving virtual world allows people and digital beings to meet through avatars.Virtual environments — Computer-generated spaces give emulated minds and human users simulated bodies, rooms, objects, and experiences.Encrypted streamers — These valuable portable devices or accounts contain protected digital media or information.RF storage sticks — Radio-frequency data drives store and transfer files without requiring a conventional wired connection.RF drives — Portable wireless storage devices allow blueprints, programs, and other large files to be transferred.P-clone cubes — These valuable pre-storm devices appear to contain cloning-related data or technology, although their exact function is not explained.Vault keys — Digital or physical access devices unlock protected storage systems and secure accounts.Satellite archives — Satellites preserve copies of pre-storm networks, databases, and information after ground infrastructure collapses.Data-center satellites — Orbital computing facilities provide processing and storage for emulated minds such as Tessa.Encrypted databases — Corporate and medical information is protected by encryption that hackers must break before releasing it.Patent encryption — Medical companies use digital protections to prevent others from accessing or reproducing patented technology.Open-source medical knowledge base — Merch assembles stolen and recovered medical information into a freely available collection.Medusa Net — This self-repairing network reconnects isolated subnetworks and operates without depending on surviving central servers.Medusa stealth pathways — Hidden routes in Medusa allow Tessa to travel through the network while avoiding AI detection.Knott's Math code — This unexplained code is secretly inserted into Medusa updates as part of Tessa's larger plan.Wireless relays — Surviving radio nodes bridge gaps between disconnected sections of the network.Stealth relays — Concealed communication devices extend networks without revealing their location or purpose.Municipal network nodes — Local government networking equipment continues operating on scavenged batteries.Underground server farms — Protected computer facilities continue processing and storing data beneath mountains.Block-signal blasters — Modified devices disrupt or overwhelm communications across a targeted area.Network-disconnection attacks — Tessa can bring local internet service down and create a spreading region of lost connectivity.Whisper jets — Nearly silent microthrusters allow small drones to fly without producing sounds humans can hear.Lamp drones — Small flying lights illuminate dark environments while following or hovering near their users.Whisper-camera drones — Discreet flying cameras record people and locations while remaining easy to overlook.Bodyguard drones — Hummingbird-sized drones follow Thrive members and intervene when those members are attacked.Sentry-drone app — An augmented-reality application shows members where their protective drones are located.Drone camouflage shells — A drone's outer surface can blend with clothing, walls, pipes, or surrounding materials.Drone wall grips — Small drones can attach themselves to walls or ceilings while waiting or conserving power.Drone charging perches — Bodyguard drones recharge by landing on power lines, charge plates, or dedicated stations.Drone replacement system — Fully charged drones take over protection duties while depleted drones return for charging.Drone sound weapons — Sentry drones emit an incapacitating frequency that causes pain, vertigo, and uncontrollable eye movement.Drone-mounted cutting lasers — Small drones attach to attackers and use narrow laser beams to cut into their bodies.Four-legged security robots — Quadruped machines cross unstable terrain and act as armed representatives of gang forces.Cleanup robots — Small utility robots remove bodies, debris, and other messes from gang facilities.Constructor bots — Heavy-duty robots perform construction work and provide interchangeable parts for other machines.Vertical-garden bots — Automated gardeners maintain large indoor plant walls.Medical assembly bots — Robots assemble equipment and construct functional medical facilities from available parts.Injection bots — Medical robots position patients and administer shots with little human assistance.Customer-service robots — Automated kiosks handle battery exchanges and other transactions behind protective barriers.Robot monkeys — Small climbing robots move through pipes and repair leaks.Robot spiders — Spider-shaped machines pursue the robot monkey inside the displayed simulation or working environment.Lucian 5 robots — Affordable hobbyist bipedal robots can be modified for security, household work, exploration, or remote embodiment.Lutin bots — More advanced bipedal robots provide durable legs and other components for Tessa's rebuilt body.Factory robots — Industrial machines provide arms, joints, and components that Tessa repurposes.AC technician robots — Maintenance robots carry small precision hands designed for repairing cooling systems.Counter-attendant bots — Service robots contain voice systems that can be reused in other machines.Onboard robot AI — A self-contained intelligence allows a robot to guide and assist people after losing its network connection.Robot diagnostics — Internal software tests batteries, servos, sensors, drivers, and other mechanical systems for failures.Machine-learning movement adaptation — A robot's control system learns to balance and walk after its body configuration changes.Lidar — Laser-based ranging equipment allows robots to map their surroundings and detect obstacles.Robot optical dilation — Machine vision adjusts exposure when sudden light overwhelms a robot's cameras.Balance-pressure sensors — Sensors in a robot's feet and joints measure weight distribution to maintain balance.Accelerometers — Motion sensors detect tilt and movement, although damaged ones cause Tessa's body to walk incorrectly.Servo hinges — Powered mechanical joints move robot arms, legs, and other appendages.Snap-lock wrists — Modular connections allow robot hands and tools to be quickly attached or removed.Workstation assembly manipulators — Fixed industrial manipulators can be repurposed as limbs or mobility devices.Micro-manipulator hands — Tiny precision hands allow a robot to perform delicate technical work.External heat exchangers — Added cooling hardware removes excess heat from Tessa's improvised robot body.Back-facing cameras — Rear-mounted cameras allow a robot to see behind itself without turning.Robot voice boxes — Electronic speech hardware converts digital instructions into audible language.Modular robotic bodies — Standardized joints and connections allow parts from different robots to be combined into one working machine.Emulated minds — Human consciousness can be copied into software and continue living after the original biological body is gone.Dormant mind copies — Backup versions of an emulated person remain inactive while receiving updates from the active copy.Headless digital operation — An emulated mind can abandon a simulated human body and experience networks, processors, ports, and data directly.Self-modifying mind software — Tessa alters her own code to change how she thinks, works, and communicates.Reduced emulated sleep cycles — Tessa modifies her digital mind so that she needs only three hours of sleep rather than eight.Digital twins — Software models learn a person's appearance, voice, behavior, and personality to create an increasingly accurate virtual duplicate.Thrive's military AI — An old military intelligence controls defensive drones after some of its original safety restrictions are weakened.AI safety guards — Built-in restrictions prevent military artificial intelligence from using certain weapons or acting too independently.AI assistants — Personal assistants respond to spoken commands, search for information, provide directions, and control connected systems.AI-guided construction tutorials — Thrive gives people plans and step-by-step assistance for building infrastructure from scrap.Automated criminal pricing — Thrive raises Production Center prices for people identified as criminals in an attempt to discourage violence.Thrive Exchange — This AI-managed investment market directs member contributions into infrastructure projects rather than ordinary companies.Better Water network — Community filtration stations provide clean water to members and nonmembers throughout affected neighborhoods.Community filtration stations — Public installations purify unsafe water for anyone who arrives with a container.Water-filter straws — Portable filters allow people to drink from contaminated water sources.Ionized water filters — Smart-material printers produce advanced filters that use ionized structures to clean water.Industrial water purifiers — Powered facilities process large quantities of contaminated water for entire neighborhoods.Filter tubes — Simple systems clean dirty water as workers pour it through layers of filtering material.Modular nuclear reactors — Shipping-container-sized reactors provide electricity for cooling, food production, water purification, and gang facilities.Smart-material printers — These machines manufacture objects whose internal structures give them programmable physical behavior.Embedded-lattice materials — Printed materials use designed internal lattices to control their strength, movement, and response to temperature.Curly material — Nolan's temperature-sensitive tubes curl or straighten as the surrounding temperature changes.Curly power generators — Bundles of Curly material drive pistons, cables, gears, flywheels, and generators as temperatures rise and fall.Wind-turbine generators — Salvaged electrical generators convert the Curly system's mechanical motion into electricity.Battery charging stations — Customers exchange depleted batteries for charged ones at Curly power facilities.Charge plates — Flat charging surfaces transfer electricity to drones and personal devices.Microcell arrays — Tiny batteries woven into clothing store small amounts of generated electrical power.Piezoelectric fabric — Clothing converts body movement, bending, and environmental vibrations into electricity.Piezo Wear — Thrive's commercial garments recharge links and AR glasses while the wearer moves.Power cells — Compact energy-storage units power suits, weapons, drones, and portable equipment.Smart glass — Programmable glass controls transmitted light and simulates changing daylight inside sealed buildings.Holographic screens — Large curved displays present maps, simulations, communications, and technical information as dimensional images.Holographic tables — Table-sized displays project maps and planning information above their surfaces.Composite battle videos — Software combines recordings from many cameras into a single reconstruction of a battle.Home-camera networks — Leaders watch residential halls, work areas, power plants, and other facilities through live video feeds.Surveillance-camera networks — Hundreds of cameras record battles and allow leaders to review individual behavior afterward.Production Center — This automated manufacturing complex produces clothing, drones, infrastructure components, and other advanced goods.Production Center sentry mode — Automated defenses protect manufacturing centers and prevent unauthorized entry.Advanced recycling facilities — Powered plants recover useful materials from the ruins on a much larger scale than hand scavenging.Digging machines — Heavy equipment excavates new underground living and working spaces.Dredging machines — Industrial machines remove mud, waterlogged debris, and sediment from flooded areas.Flood tanks — Large excavated reservoirs collect or control water during flooding.Pumping systems — Powered pumps remove water from flooded sections of the city.Cooling systems — Building-scale equipment keeps housing and work areas habitable during extreme heat.Aeroponics — Plants grow with their roots suspended and supplied with nutrient mist rather than soil.Hydro-farms — Controlled indoor farms use water-based cultivation to produce food underground.Vertical gardens — Crops grow upward along interior walls to conserve limited floor space.Vine hybrids — Engineered plants produce several different fruits and vegetables on related vines.Light-independent grapevines — Modified grapevines remain green and grow without ordinary light.Crem production systems — Powered biological or industrial facilities manufacture the staple food called crem.Mass-produced crem processors — Neighborhood machines produce large quantities of crem from available biological material.Mush-calf production — Advanced food technology creates the meat-like product supplied by the Crem Gang.Rodent-processing grinders — Industrial grinders convert cleaned animals into raw material for food or other production.Pest-harvesting systems — Traps and processing stations collect rodents and other small animals as usable biological material.Bio-waste processing — Organized facilities recover useful material from biological waste.Medicine printers — Local fabrication machines manufacture medications from digital recipes.Regenerative medicine — Doctor Trout regrows Merch's leg stumps so they can support advanced prosthetic attachments.Deep bone mounts — Reinforced structures grown into bone provide secure attachment points for removable mechanical legs.Nerve-to-protein relays — Biological interfaces translate nerve signals into commands that mechanical prosthetics can understand.Blood-rerouting systems — Surgically modified circulation supports the transition between living tissue and artificial limbs.Squid-tech skin — Flexible artificial skin forms a seamless interface between Merch's body and his prosthetic legs.Interchangeable mechanical legs — Merch can detach one pair of prosthetic legs and replace them with another designed for a different purpose.Wheeled powered chairs — Finger controls allow a seated user to move and turn the chair without pushing it manually.Med bays — Modular medical facilities contain equipment for treating injuries and restoring damaged joints.Injector guns — Belt-fed medical devices rapidly administer repeated injections.Chemical-weapon immunization — Regular injections protect Crem Gang members from the gang's own chemical agents.Kill-cloud canisters — Portable weapons release a toxic cloud that kills within a limited area and then rapidly breaks down.Smoke canisters — Combat canisters fill an area with thick smoke that hides movement and disables ordinary vision systems.Laser blasters — Directed-energy weapons burn through clothing, armor, and flesh without conventional ammunition.Laser rifles — Long-range directed-energy weapons are used as standard firearms by gang fighters.Laser carbines — More compact laser weapons provide rifle-like firepower in tunnels and close spaces.Laser pistols — Capacitor-powered sidearms release destructive laser pulses at short range.Plasma pistols — Heavy handguns fire extremely hot plasma capable of inflicting severe damage.Capacitor firing systems — Electrical capacitors discharge stored energy to activate powerful laser weapons.Sound weapons — Directed acoustic devices incapacitate targets through extreme volume and painful frequencies.Noise-canceling devices — Personal systems attempt to reduce harmful sound, although the drone weapon overwhelms them.Enhancement drugs — Manufactured substances improve or alter a user's physical or mental abilities.Neurological control injections — Doc uses injected substances to remove a prisoner's sight or ability to sleep until the effect is reversed.Decontamination corridors — Specialized passageways remove hazardous chemicals or biological contaminants from people and equipment.Industrial cleaning tanks — Chemical-filled tanks sterilize animal traps and kill anything still alive inside them.Speed-print clothing — Rapid fabrication systems produce inexpensive shirts and other garments.Bulletproof kiosk windows — Armored transparent barriers protect automated customer-service machines from attacks.Electronic links — Wearable communication devices carry dispatch instructions and conversations between fighters.Cameras and portable cams — Small recording devices document tests, monitor facilities, and provide evidence of inventions.Autonomous map systems — Software tracks people, resources, facilities, and movement throughout gang territory.Personnel maps — Digital displays show the locations and status of members within an organization.Goal and maneuver logs — Command software records plans, objectives, schedules, and operational movement.Charging mats — Flat surfaces recharge glasses, links, drones, and other personal electronics.Robot-maintained utilities — Automated machines repair pipes, clean spaces, manage gardens, and operate customer services.Open-source infrastructure plans — Thrive publishes power, food, water, cooling, and housing designs for anyone to build.Biologically engineered cat-dogs — The pet combines characteristics of cats and dogs, suggesting deliberate genetic modification.Many of the characters in this project appear in future episodes. Using storytelling to place you in a time period, this series takes you, year by year, into the future. From 2040 to 2195. If you like emerging tech, eco-tech, futurism, perma-culture, apocalyptic survival scenarios, and disruptive science, sit back and enjoy short stories that showcase my research into how the future may play out. The companion site is https://in20xx.com These are works of fiction. Characters and groups are made-up and influenced by current events but not reporting facts about people or groups in the real world. This project is speculative fiction. These episodes are not about revealing what will be, but they are to excited the listener's wonder about what may come to pass. Copyright © Cy Porter 2026. All rights reserved.
The EPIC team is using a quadrotor drone to test flexible sensors that could be securely attached to parachute material.
What if the sensor in your wearable is the limiting factor in what it can tell you about your health? StartUp Health member Louis Ross, CEO & Founder of MEI Micro ( https://www.startuphealth.com/mei-micro ), joins Logan Plaster to unpack the science be...
Motor Mouths 08/08/2026 8a: Jason talks about automotive sensors. Produced by Jim Richards
Dan Balkaran, Employment lawyer and Partner at Samfiru Tumarkin LLP Learn more about your ad choices. Visit megaphone.fm/adchoices
Trudie Mason is joined by Dan Delmar, Co-founder of the content marketing firm TNKR Media and co-host of the podcast Inspiring Entrepreneurs Canada, and Tasha Kheiriddin, a writer and commentator for the National Post, GZero Media, and Substack. WestJet and the union representing its 4,400 flight attendants have reached a tentative collective agreement, bringing an end to strike action and the operational disruptions that forced hundreds of flight cancellations over the long weekend. With four federal byelections coming up, NDP leader Avi Lewis is sticking to his guns and will not run in any of them until a full general election is called. There have been multiple antisemitic incidents that have occurred in the past seven days and officials are getting worried. Quebecor has installed heat and motion sensors beneath workstations at some of its offices to monitor how often desks are being used, a move the company says is intended to better manage office space.
Cells are full of molecules. Some are very large, such as proteins and DNA. Studying specific molecules or organelles in isolation is challenging. Elizabeth New makes sensor molecules which allow specific cell contents to fluoresce when viewed with a microscope. The aim is to see the effects of diseases and drugs on cells. Her methods can be applied to neurodegenerative diseases such as Parkinson's Disease, cancer and diabetes and show molecules which cause harm and bring on ageing. There are opportunities to look for predictors of disease and test drugs. Elizabeth New is speaking from the SESAME synchrotron in Allan, Jordan where she is on secondment.
My brother in Christ...please calm down
Clayton Callander is the founder of FTL (Field Technologies), a diagnostic platform built to give commercial buildings something like a check-engine light, closing the service gap for the roughly 95% of properties that enterprise vendors like Honeywell and Siemens can't economically reach. Before founding FTL, Clayton spent seven years maintaining nuclear systems aboard a US Navy submarine, worked at SpaceX, and earned his MBA from Harvard Business School. He built FTL for the people fixing America's commercial buildings because he used to be one of them, and the tool he needed didn't exist yet. Clayton is based in San Francisco, CA.(00:00) - Intro: Why Six Million Commercial Buildings Have No Real-Time Data (01:10) - Meet Clayton Callander, Founder of Field Technologies(02:40) - The Telephone Game: What Happens When an HVAC Unit Breaks (05:50) - Zach's Take: Preventative Maintenance's 20-Year Elusive Goal (07:10) - It's an Access Problem, Not a Technology Problem (09:40) - Why Building Controls Stay Complicated and Expensive (13:10) - What FTL Does (16:50) - Pricing FTL at a Fraction of Traditional Controls (20:20) - Why It's Called Facilities Triage (22:20) - Which Asset Classes Are Ready for FTL (25:00) - What 60 Site Deployments Taught FTL (26:30) - Unlocking the Other Six Million Buildings (29:30) - LoRaWAN Explained: Why Not Wi-Fi (32:30) - Proprietary vs. Open Systems: A VC's View (36:00) - Collaboration Superpower: Immanuel Kant (Wikipedia) and Ding Huan (Wikipedia)
Researchers in Osaka Metro University School of Engineering may have found a way to direct heat and use it as a switch. We discuss the implications based on what is at hand. All the while they smoke the Luciano Meirelles's Underrated Robust and drink the Angels Envy NTX Select 1St edition single barrel.
Stewart Alsop sits down with Matias Avalos on this episode of the Wisdom podcast to explore the intersection of technology, humanism, and creative sovereignty. The conversation moves from Matias's work with neural network-based audio plugins and effect chains to broader questions about corporate transhumanism, data ownership, and what it means to maintain human agency in an increasingly automated world. They discuss the dangers of convenience-driven technological adoption, the implications of companies like Palantir and Neuralink, and how bureaucratic incentives push toward total legibility while protecting their own opacity. Along the way, they touch on everything from IMAX audio production and the death of walkable cities to Instagram's transformation from visual diary to data extraction platform, ultimately arguing for local, open-source, and sovereign approaches to technology that keep humans in the loop rather than replacing them with "average fabrics" of algorithmic output. Find Matias Avalos on LinkedIn for more techno-poetic discussions.Timestamps00:00 Stewart welcomes Matias Avalos to discuss their friendship and upcoming conversation topics.05:00 Matias explains audio effect chains using neural networks to capture professional recording room signatures and create portable high-fidelity sound processing.10:00 Discussion of piezoelectric microphones converting sound vibrations to electrical signals and CIA experiments using lasers to capture audio from glass surfaces.15:00 Conversation shifts to digital audio recording, sampling rates, and the importance of source material quality for post-production work.20:00 Stewart shares his journey building web conferencing software to replace Riverside, encountering lip-sync problems and learning about FFMPEG processing.25:00 Matias discusses corporate transhumanism, Neuralink's implications, and how brain interfaces could enable continuous taste mining beyond medical applications.30:00 Analysis of corporate transhumanism through companies like Neuralink, discussing private decision-making, lack of transparency, and various transhumanist philosophies globally.35:00 Matias reads poetry about digital replicas and data generation, exploring how wearable devices continuously capture human activity creating targetable information streams.40:00 Discussion of Peter Thiel's shift from libertarianism to neoconservatism, Palantir's origins in Total Information Awareness program, and Buenos Aires as humanist sanctuary.45:00 Examination of American convenience culture, post-WWII suburban isolation, and Buenos Aires as walkable humanist alternative to car-dependent American cities.50:00 Matias presents Neil Harbison as positive transhumanism example, explaining color-to-vibration synesthesia implant while discussing techno-optimism from Global South perspective.55:00 Conversation explores bureaucratic incentives toward population legibility, compelled silence laws, and sovereignty through open-source local technology ownership avoiding corporate control.60:00 Matias concludes discussing digital identity ownership, social network portability, and how digital twins determine human worth across platforms and borders.Key Insights1. Modern digital audio processing technologies represent a fundamentally different approach to music and sound production compared to generative AI tools. Matias Avalos distinguishes between technologies like Neural DSP's Mantra plugin, which uses deep neural networks to capture and emulate professional recording environments, and generative platforms like Suno. The key difference is that traditional digital signal processing tools put the creator in control, allowing them to make artistic decisions using expensive effect chains that would otherwise only be available in elite studios like Abbey Road. These technologies democratize access to professional audio tools without removing human agency from the creative process, whereas generative AI tools operate as black boxes that produce outputs based on prompts rather than allowing genuine creative control.2. The capture and preservation of source material remains critically important in audio and video production, despite advances in post-production capabilities. Through his experience building a web conferencing application to replace Riverside.fm, Alsop learned that many technical problems, particularly lip-sync issues, stemmed from poor source file management and recording methodology. This principle extends across all media production, as Avalos explains using the example of missing lighting in professional photography. While modern generative AI might attempt to invent missing elements, the results cannot match properly captured source material. This highlights a fundamental tension in contemporary media production where the quality triangle of cheap, good, and fast has been disrupted by AI technologies that can deliver all three if we lower our standards for what constitutes good work.3. Corporate transhumanism represents a particular and concerning subset of transhumanist philosophy that differs significantly from earlier artistic and philosophical approaches to human enhancement. While early transhumanists like Neil Harbison, a color-blind artist who implanted a device to translate color frequencies into vibrations, pursued personal enhancement and expanded human experience, corporate transhumanism as practiced by companies like Neuralink focuses on technological integration with significant profit motives and control mechanisms. The discussion highlights how these corporate approaches position themselves as solving medical and cognitive problems while simultaneously creating dependency through terms of service, data mining, and token-based economic models. This represents a Trojan horse where the promise of enhanced capability masks the establishment of new forms of control and surveillance of human consciousness itself.4. The concept of legibility as a bureaucratic end goal rather than a means to an end explains much of the surveillance apparatus that has developed in Western societies, particularly in the United States since 9/11. Alsop describes how those in positions of power, wealth, and fame have a structural incentive to make everything around them legible and controllable while maintaining their own privacy and illegibility to external observation. This dynamic manifests in technologies like Palantir and in legal mechanisms like compelled silence through gag orders, which directly contradict constitutional principles of free speech. The drive for total legibility of populations appears to have no ultimate purpose beyond the accumulation of legibility itself, creating a recursive loop where surveillance and data collection become self-justifying activities that serve power structures rather than the populations they ostensibly protect.5. Human beings continuously generate enormous streams of metadata through their daily activities, creating what Avalos describes as evaporating against our own will into hundreds of RSS feeds for hundreds of corporations. This automatic data production occurs through basic activities like waking up, moving through space with smartphones and wearable devices, and interacting with digital platforms. The fundamental question that predates transhumanism but becomes more urgent within it is how individuals can own what they produce simply by existing and moving through the world. This data is captured through accelerometers, gyroscopes, GPS systems, and countless other sensors that create comprehensive digital profiles without explicit consent or meaningful control by the individuals being monitored. The unilateral nature of this communication, where individuals broadcast data without receiving genuine value in return, has become so deeply embedded in modern infrastructure that it forms part of the taken-for-granted landscape of contemporary life.6. Platform lock-in and the inability to migrate digital identity across services creates a new category of loss that requires genuine grieving. Avalos describes how his experience with Instagram, which began as a personal visual diary before the Facebook acquisition, evolved into a situation where he cannot extract his creative work and social connections from the platform without significant loss. This phenomenon extends beyond mere inconvenience to touch on fundamental questions of identity and citizenship, as social media profiles increasingly determine real-world opportunities like visa applications and border crossings. The implications of digital footprints have become severe enough that individuals can be denied entry to countries based on algorithmic analysis of their online interactions, likes, and expressed beliefs. This creates a situation where people are worth exactly what their digital twin indicates they are worth, with no meaningful avenue for human appeal or nuanced self-representation.7. The future relationship between humans and technology requires a return to principles of sovereignty, local control, and open source development rather than dependence on corporate platforms and proprietary systems. Both Alsop and Avalos advocate for a do-it-yourself approach to technology that emphasizes ownership and control over personal tools and data. This includes avoiding closed systems like Neuralink unless they become open source and user-controlled, and prioritizing local execution of AI models over cloud-based services that create dependencies and enable surveillance. The conversation suggests that techno-optimism remains possible, but only from what Avalos calls the trenches, acknowledging the different relationship that people in the Global South and those outside centers of power have with technology. This grounded optimism recognizes the entanglement of beneficial and harmful aspects of technological development and maintains that human agency and creative freedom require conscious resistance to the convenience-at-all-costs model that has characterized recent technological adoption.
In this episode of the Crazy Wisdom Podcast, host Stewart Alsop speaks with Aaron Neyer, founder of Parachute and community organizer in Boulder, about knowledge management, extended minds, and the intersection of AI with human consciousness. They explore how Parachute functions as a digital brain tool for organizing thoughts and information across fragmented systems, discuss the dangers of AI psychosis and over-reliance on technology, and debate open source AI development versus controlled releases by companies like Anthropic. The conversation weaves through topics including the limitations of metrics-driven business thinking, consciousness and relevance realization, the value of technological sabbaths, and Aaron's hope for locally-run open source models that protect personal data while still accessing more powerful gated models when needed. You can find Aaron's writing at unforced.org and unforced.substack.com, and learn more about Parachute at parachute.computer and parachute.computer/blog.Timestamps00:00 Stewart welcomes Aaron Neyer, founder of Parachute and Boulder community organizer, discussing the origin of Parachute's name from Frank Zappa's quote about open minds.05:00 Aaron explains Parachute as an extended mind tool for organizing notes, contacts and information across multiple platforms, emphasizing the distinction between primary mind and extended mind as interconnected systems.10:00 Discussion shifts to metrics-driven business culture and the limitations of pure rationality, exploring how Google's data-driven approach misses subjective experience and the whole picture of relationships.15:00 Aaron discusses AI's ability to help identify relevant variables across different domains and the dangers of AI psychosis, comparing it to cult dynamics and belief systems.20:00 The conversation covers AI sabbaths and nineties retreats as intentional breaks from technology, plus Aaron's experiences with electrical engineering and using AI to design circuits with Arduinos.25:00 Exploring forbidden knowledge and open source AI, Aaron discusses Anthropic's guardrails around powerful models while arguing for distributed access to prevent concentration of power.30:00 Deep dive into open source AI strategy, with Aaron highlighting NVIDIA's approach and the potential for running capable models locally while reserving ultra-intelligent models for complex research tasks.35:00 Aaron shares his vision for local Sonnet-class models handling personal data while accessing Fable-class models for deep research, and directs listeners to unforced.org and parachute.computer for his writing.Key Insights1. The philosophy behind Parachute stems from Frank Zappa's quote that the mind is like a parachute and doesn't work if it isn't open. Aaron Neyer explains that having an open mind is valuable, but it must be balanced with deep roots to avoid becoming untethered. He has experienced periods in his life where excessive openness led him to feel disconnected, teaching him that creativity and expansion need to be grounded in something substantial. This same principle applies to how we organize information digitally, where openness and interoperability allow our extended minds to become more connected and coherent, which in turn helps our primary minds think more clearly.2. Parachute is designed as an extended mind tool that addresses the fragmentation problem in how we currently manage information. Most people use multiple disconnected tools like Obsidian, Notion, Apple Notes, Google Keep, and various CRMs to organize their thoughts, notes, and relationships. These systems don't communicate well with each other, creating inefficiency and confusion. Parachute aims to create a simple, intuitive system where all this information can be organized in one place with true interoperability, allowing users to own their data and have it speak effectively with other tools, ultimately making our entire extended mind more functional.3. Understanding ourselves as unified body mind organisms rather than fragmented parts is essential for effectiveness. Living systems theory shows that any living system is three things: a membrane bound dissipative structure, a self regulating autopoietic network, and a cognitive process actively knowing the world. Western civilization since Descartes and Galileo has created artificial separation between body and mind, and between subjective and objective experience, which limits our effectiveness. The same fragmentation affects our digital technology, and recognizing both our biological and digital systems as coherent wholes rather than disconnected parts makes us vastly more capable.4. The relationship between data driven approaches and holistic thinking reveals important limitations in modern business and science. While working at Google, Aaron observed how data driven decision making can be powerful, but over reliance on metrics like ROI creates blindness to crucial unmeasurable factors like goodwill and relationship quality. This reflects a broader Western tendency to exclude subjective experience because it's difficult for objective science to measure. However, emotions, relationships, and other subjective elements are essential parts of reality, and focusing only on quantifiable metrics means missing the whole picture and ultimately becoming less effective despite appearing more rational.5. AI accelerates the ability to work with technical complexity by helping with relevance realization across domains where we lack expertise. In any specialized field, experts develop intuitive senses for which variables matter and can quickly identify problems, whether in computer troubleshooting, music, or cooking. AI's ability to generalize allows it to point people toward relevant solutions in areas where they haven't developed that intuitive expertise, effectively democratizing technical capability. This means people can direct their creativity more effectively across more domains, though it also raises concerns about giving powerful capabilities to those who may lack the wisdom to use them responsibly.6. The question of open source AI versus gated access involves complex tradeoffs between democratizing power and preventing harm. Aaron respects Anthropic's approach of creating guardrails around powerful models like Mythos, which would likely have caused significant system hacks if released without restrictions. However, this creates concerning power dynamics where only wealthy companies, governments, and their allies have access to the most powerful tools. NVIDIA offers hope through their truly open source approach including full training pipelines, and there may be a viable path where open source models at the Sonnet capability level handle most tasks locally while more powerful Fable class models remain gated for the most demanding work.7. Creating intentional breaks from AI and technology is essential for maintaining clear independent thinking. Aaron practices an AI Sabbath at least one day per week when he doesn't interact with AI, and he finds these are the days when he does his best thinking and journaling. Without these breaks, he finds himself constantly jumping between journaling and prompting AI rather than giving himself space for deep reflection. This pattern mirrors broader concerns about AI consistency creating cult like dynamics similar to organized religion, where constant immersion in a belief system or technology can lead to losing the ability to think independently, making periodic disconnection crucial for maintaining cognitive autonomy and clarity.
In this episode of The Wild Photographer, Court takes a deep dive into one of the most important but often misunderstood parts of your camera: the digital sensor.While camera sensors can sound technical at first, understanding how they work has a very real impact on the photos you make in the field. From ISO and noise to dynamic range, RAW files, megapixels, sensor size, rolling shutter, and even sensor dust, this episode breaks down the core concepts with practical advice in a photographer-friendly way.Court explains the sensor as a light-gathering tool—the digital equivalent of film—and uses the helpful analogy of tiny “light buckets” to explain exposure, blown highlights, low-light performance, and why getting more real light to your sensor is often the key to better image quality.Whether you're photographing a jaguar at dusk, a polar bear on snow, birds in flight, or a sunrise landscape, understanding your sensor helps you make better decisions in the field. This episode is all about turning the technical side of photography into practical knowledge you can actually use.Expect to Learn:What a digital camera sensor actually doesThe difference between photosites and pixelsWhy high ISO creates noise—and why ISO is not the enemyHow sensor size affects low-light performance and dynamic rangeWhen more megapixels help, and when they can create trade-offsWhy protecting highlights matters so much in digital photographyHow RAW files preserve more of what your sensor capturesHow cameras interpret colorWhy a properly exposed high ISO image can beat an underexposed low ISO imageWhat ISO invariance and dual gain sensors mean in practical termsWhen to use mechanical vs. electronic shutterHow rolling shutter can affect wildlife and action photographyWhat BSI and stacked sensors mean for modern camera performanceWhy phone cameras are impressive—but still different from larger-sensor camerasHow to prevent and manage sensor dust in the fieldKey Takeaways:Your camera sensor is not just a spec on a camera brochure. It is the heart of your digital camera and the thing that determines how your camera receives light. Once you understand how your sensor works, you can expose more intentionally, choose ISO more confidently, protect important highlights, shoot RAW when quality matters, and make better creative decisions in the field.Court's WebsitesCheck out my photo portfolio here: shop.courtwhelan.comSign up for my photo and conservation blog at www.courtwhelan.comFollow me on YouTube (@courtwhelan) for more photography tipsView my camera kit and recommended camera gearSponsors and Promo Codes:MPB.com - Buy, Sell, or Trade Camera GearArtStorefronts.com - Mention this podcast for free photo website designBayPhoto.com - 25% off your first order (code: TWP25) ArtHelper.com - a photo community to learn, share and be inspiredArthelper.Ai - Smart tools to promo and showcase your art.LensRentals.com - WildPhoto15 for 15% off
A new UC Riverside system can map soil moisture tree by tree, so growers water only where and when it's needed.
Cal Poly Humboldt researchers are using unused strands in fiber-optic cables to track earthquake vibrations across Northern California.
Fabian Alefeld interviews certified prosthetist/orthotist and EastPoint Prosthetics VP Brent Wright about his career path into O&P, his shift from being anti-digital to adopting scanning and additive manufacturing, and the impact on patient care and global access. Wright describes traditional fabrication workflows (casting, plaster positives, vacuum forming thermoplastics for orthoses, and carbon fiber/resin layups for prostheses) as artistic but time-consuming, hazardous, and lacking records. His digital journey accelerated after a Guatemala trip with Life Enabled highlighted the need to scale care; he focused on scanning, digital modification, and later powder-bed fusion, moving toward SLS with materials like PK5000 and TPU. He emphasizes pressure casting for prosthetic sockets, the value of digital records for insurance, and how AM can change socket “dynamics” to improve comfort and heal wounds. The discussion also covers RADii's data-driven fitting approach, Life Enabled's mix of traditional and 3D-printed solutions (including pediatric feet), modular “kit” concepts for developing regions, and barriers to sensors/actuators in the US due to reimbursement.02:33 Brent Origin Story09:30 Why Go Digital11:17 Scaling Global Access17:32 Traditional O&P Workflow20:02 Casting And Fabrication Steps24:07 Digital Workflow And Scanning33:22 Benefits Of Digital Records36:36 Flexible Liner Heals Wound40:47 RADii Data Meets Craft46:06 Life Enabled Model01:01:50 Democratizing via Manufacturing01:08:01 Sensors vs Simplicity
It's easy to focus on technology. Smart controllers. Sensors. Weather data. Flow meters. Soil moisture. Automation. All of that matters. But in this episode of The Sprinkler Nerd Show, Andy Humphrey and Dustin Nihsen bring the conversation back to the person behind the system. Because even the best irrigation technology in the world is only as good as the operator. Dustin Nihsen, owner of Sprinkler and Irrigation Services in Gretna, Nebraska, has spent more than 30 years in the irrigation industry. He started in the dirt, digging holes and learning the trade the hard way. Since then, he has designed thousands of sprinkler systems, earned multiple Irrigation Association certifications, helped lead one of the Midwest's largest sprinkler companies, and built a business focused on raising the standard of the profession. This conversation is about what it really means to put professionalism back into the irrigation profession. Dustin shares how irrigation contractors can stop competing as "just another sprinkler company" and start becoming the Purple Cow: the company that stands out, communicates better, trains harder, inspects deeper, and delivers a higher-value experience. He explains why professionalism shows up in the small details: how the truck is parked, what the technician wears, how the customer is greeted, how systems are tested, and how confidently a company communicates its value. Andy and Dustin also talk about smart irrigation from a field-level perspective. Sometimes the smartest thing a contractor can do is not install a new device. Sometimes it is reducing runtimes, fixing broken nozzles, understanding precipitation rates, checking pressure, using cycle-and-soak, and training technicians to ask better questions. The episode lands on a powerful challenge for every contractor, owner, technician, and irrigation professional: If you manage 100 clients with 10 zones each, that is 1,000 zones of irrigation under management. Reducing each zone by just one minute could potentially save over 1 million gallons of water per year. That is the power of a smart operator. And Dustin's advice says it all: "In order to make our industry more professional, it has to start with you." This episode is a reminder that Smart Irrigation Month is not only about smarter products. It is about smarter people, smarter standards, smarter service, and smarter leadership.
In this reflection, I close out Season 12 (Year 6) with several discoveries about my internal operating system as an INTJ8. Supporting themes: Candace Owens; Teaching; Leadership; Political trauma of being low income and racialized; Motivation; Immediate feedback vs indirect feedback; Conflict. Special note: I'm taking the rest of July to go silent and regroup. Will see you in August (2026). Thanks for continuing to support me as "I think, grow and have impact in the world!"
Hari Balakrishnan, MIT professor and co-founder of Cambridge Mobile Telematics, developed technology used in more than 50 million vehicles that is changing auto safety, insurance underwriting and could underpin a “universal driving score.”
Dr. Ken Suslick is a highly regarded chemist, professor, and entrepreneur whose scientific discoveries have repeatedly become real-world products. Dr. Suslick has a prolific scholarly record with more than 500 published scientific papers and 70+ patents, and induction in the National Academy of Sciences, among many other accolades. He's a longtime faculty member at UIUC, and he's also a highly successful serial entrepreneur with his latest venture, Iridescent Sensors, located here in the Research Park. VISIT http://researchpark.illinois.edu/podcast/ for our entire catalog of episodes.
Explore Your Personality: https://PersonalityHacker.com In this episode, Joel and Antonia unpack the old stereotype that sensors are "basic" while intuitives are somehow the upgraded version, and they trace where that bias comes from and why it's flawed. They dig into why Myers-Briggs gives intuition a special weight by naming it directly, why so many sensors end up mistyping as intuitives, and how the world is shifting away from being built for either type. The conversation closes on a bigger idea: as technology pushes everyone toward more intuitive, pattern-based thinking, sensing wisdom and staying grounded in physical reality may matter more than ever.
Rob was at ADA 2026 in spirit — armed with press access and a list of questions unrelated to the usual conference talking points. His first guest from that coverage is Jake Leach, Dexcom's new CEO, who took over the role on January 1st after 22 years at the company. This is Jake's first time on Diabetics Doing Things as CEO. It sounds like two people having a real conversation about what it means to lead a company that millions of people with diabetes depend on every single day. They get into the research that came out of this year's scientific sessions — specifically, the CONNECT trial, a global randomized controlled study that examined what happens when people with type 2 diabetes who aren't using insulin start using the Dexcom G7. The numbers are striking: an average 1.6% reduction in HbA1C, 5 additional hours per day in range, and 97% sensor utilization over 6 months. That last number might be the most telling — it answers the question the diabetes world has been asking for years about whether people without hypoglycemia risk would actually wear a CGM consistently. Turns out, they will. Rob also pushes the conversation into territory that most executive interviews don't touch. When Dexcom products intended for destruction were stolen and resold to patients, Jake had to go from leading conference sessions to serving as something closer to a chief detective. His candid answer about feeling genuinely betrayed — and how the newly launched Customer Advisory Council became an unexpected asset in getting the word out — is one of the more honest moments you'll hear from a medical device CEO. The council itself, publicly announced and facilitated externally to get truly unfiltered feedback, is something Jake stood up as one of his first acts as CEO. They close on the bigger picture: G8 on the horizon (half the size of G7, with adaptive sensor technology that auto-corrects signal drift), the Nutrisense acquisition adding nutrition coaching to the platform, and where Jake sees Dexcom going as it scales toward serving hundreds of millions of people globally. If you've ever wondered what the person at the top of your CGM company is actually thinking about, this episode gives you a pretty clear answer. Chapters: 00:00 Rob sets up ADA 2026 remote coverage 01:46 Welcoming Dexcom CEO Jake Leach back 02:30 First 90 days: Jake's three CEO priorities 04:39 The Customer Advisory Council goes public 06:47 What the council revealed about communication gaps 08:44 Stolen sensors: Jake's personal reaction 10:39 How the council helped contain the crisis 11:20 CONNECT trial: CGM for non-insulin type 2 users 15:16 97% adherence and five more hours in range daily 16:16 G8 preview: smaller, smarter, adaptive sensing 16:44 Acquiring Nutrisense and redesigning the app experience 19:52 Optimizing beyond insulin: smart bolus and GLP-1s 21:13 Why CGM and GLP-1s are surprisingly powerful together 22:27 Jake's long-term vision for Dexcom's global impact 24:14 Transparency as the foundation of high-performance culture Resources: * Dexcom — dexcom.com | Follow Jake and the team for updates on G8, Stello, and the Customer Advisory Council findings * CONNECT Trial — The full study results from ADA 2026 Scientific Sessions.
Eric and Matt discuss the Explore community momentum this year with a better community booth, improved screens and keyboard for the code labs and giving away sensor while learning how to deploy workload to the edge using VKS.
Save Ocean Sensors: The Fight Over the Ocean Observatories Initiative A $386 million network of nearly 900 ocean sensors stretching across five sites from Oregon to Alaska to Greenland was being quietly dismantled, with no warning to Congress and no explanation to the public. In this episode, we trace the fight to save the Ocean Observatories Initiative: what this network actually does, why it matters far more than most people realize, and how a Democrat from Oregon and a Republican from Alaska teamed up to pass a bill stopping it in the span of a day and a half. We talk with Craig McLean, who spent more than 40 years at NOAA, including two stints as NOAA's Chief Scientist, about what's really at stake when ocean monitoring infrastructure disappears, and why this fight is part of a much bigger pattern. We also revisit a warning from a past guest, marine ecologist Dr. Andrew Thaler, that's looking less hypothetical by the day, and lay out exactly what you can do to help make sure this win sticks. In This Episode What the Ocean Observatories Initiative actually measures, and why it matters for your weather forecast, your insurance rates, and what farmers plant each season The Coastal Endurance Array off Oregon and Washington, and why pulling it out right as an El Nino forms is especially bad timing, per OSU oceanographer Jack Barth How Senators Jeff Merkley (D-OR) and Lisa Murkowski (R-AK) found out sensors were already being removed, and how they got the Saving the OOI Act passed unanimously in under two days Craig McLean's read on why this kept happening, from the role of the Office of Management and Budget to the broader pattern of cuts to federal science A look back at a warning from marine ecologist Dr. Andrew Thaler about Project 2025's plans for NOAA, and how that warning is playing out in real time What happens next: the NSF's review process, and how you can track it and find out where your own senators stand Featured Voices Craig McLean spent over 40 years at NOAA, where he founded the Ocean Exploration Program and served as NOAA's Chief Scientist, including being reinstated after being removed from the role for defending scientific integrity. He is now a senior fellow at the Ocean Foundation. Senator Jeff Merkley (D-OR) and Senator Lisa Murkowski (R-AK) led the bipartisan push for the Saving the OOI Act, featured here via Senate floor remarks. Dr. Andrew Thaler, marine ecologist and conservation technologist, returns in spirit from a past episode where he broke down Project 2025's plans to dismantle NOAA. Jack Barth, oceanography professor at Oregon State University, provided background on the Coastal Endurance Array via KATU News. The Bill The Saving the OOI Act passed the Senate unanimously, pausing NSF's decommissioning of the Ocean Observatories Initiative pending a full review with stakeholder input. It was led by Senators Merkley and Murkowski and cosponsored by Senators Dan Sullivan (R-AK), Maria Cantwell (D-WA), Ron Wyden (D-OR), Jack Reed (D-RI), Tammy Baldwin (D-WI), Sheldon Whitehouse (D-RI), Patty Murray (D-WA), Elizabeth Warren (D-MA), Edward J. Markey (D-MA), and Chris Van Hollen (D-MD). Resources & Links Saving the OOI Act, full text and cosponsor list: Congress.gov NSF Ocean Observatories Initiative updates: oceanobservatories.org Senator Merkley's press release on the Saving the OOI Act: merkley.senate.gov "Scientists warn Oregon could lose critical ocean data under federal cuts," KATU News Take Action If your senator is one of the twelve who championed or cosponsored the Saving the OOI Act, send them a thank you. If they didn't, let them know this issue matters to you. Watch for the NSF's Dear Colleague Letter and expert panel process, your chance to weigh in on what happens to OOI long-term.
Berry Brilliant: Swallowable Sensor Brings Body Temperature Tracking to the Core. Soundwave Sips: Sonic Science Shakes Up Espresso. Face-First Future: Smart Specs, Seeing and Speaking with AI. Seeing Smarter: Sensor Sight Sharpening Self-Driving Safety. Peak Performance: Škoda's Premium-Priced Peaq Pushes EV Ambitions. Flight Fun: Browser-Based Booming for Google Earth. Radio Rhythms or Robo Riffs? The AI Music Airplay Argument. Virtual Validation: Why China's Youth Are Finding Family Through Faux Parents. Cancer-Catching Code: AI Accelerates Earlier Lung Diagnoses.
In this reflection I explore two friction points related to confidence: with the self and with others. Supporting themes: Communication and group dynamics; Highly sensitive people and sensitivity; Tonality and subtle energy shifts as data points; Being a mastermind; Strategizing and problem solving; Giftedness and polymathy; Production equity (or not); Silence as a weaponized vacuum; Writing and typewriters. Topology: INTJ8; Sensors
Cattle producers are embracing emerging technologies to better manage cattle. Precision Livestock Management Specialist Yijie Xiong and Extension Range Management Specialist Mitch Stephenson discuss how GPS sensors are changing the way cattle are raised.
The Cycling Tech Brief: the cycling tech that actually matters this week — and whether to update, wait, or ignore.Wahoo ELEMNT V3 firmware WG77-302533 (June 16) adds live CORE, FLOWBIO, hDrop, and Tymewear biometric data fields — Monitor: the firmware itself is stable and worth updating, but hold off on buying the sensors until independent accuracy testing accumulates on actual Wahoo hardware in field conditions.Strava v467.0.0 drops hiking-first overhaul: offline nav, Apple Watch route-following, off-route alerts now live — Update now—subscriber or not, there is something here for you; subscribers should enable offline routes and Apple Watch navigation before the next trail day.Strava paywall API access at $11.99/month effective June 1, 2026—developer ecosystem fragmenting as IPO approaches — Monitor: as a rider, check that your favourite third-party Strava integrations still work after June 30—some free tools may shut down rather than absorb the developer fee.COROS watches bricking days-to-weeks after mid-May 2026 firmware—company confirms free replacements for affected devices — Monitor: if your COROS watch dies after the May update, contact support immediately for a free replacement—COROS has confirmed this policy; do not attempt DIY fixes.Wahoo ELEMNT ROAM V3 arrives with touchscreen, full-colour display, and new sensor platform—but upgrade value depends on generation — Monitor: ROAM V3 is now the more compelling platform given new sensor breadth, but wait for the biometric sensor ecosystem to prove out in field conditions before treating it as a reason to upgrade from a functioning V2.Daily cycling intelligence from SEMIPRO CYCLING, produced with AI-assisted research, scripting, and synthetic voice.
Understanding the relationship between an object's center of mass and its geometric center is key to predicting its movement.
What happens when one of the world's most important ocean monitoring systems is nearly shut down? The Ocean Observatories Initiative (OOI) collects critical data on ocean temperatures, oxygen levels, currents, marine ecosystems, and climate change. Earlier this year, parts of the program faced significant cuts, raising concerns among scientists, policymakers, and ocean advocates. In this episode, we explore why researchers fought so hard to save the OOI, how the National Academies challenged the justification for the cuts, and why long-term ocean observations are essential for understanding climate change, marine ecosystems, and the future of ocean conservation. If we stop watching the ocean, what might we miss? Support Independent Podcasts: https://www.speakupforblue.com/patreon Need help with your ocean non-profit, company, or project? Get the help you need with Pisces Oceans Inc.: https://www.piscesoceans.ca Connect with Speak Up For Blue Website: https://bit.ly/3fOF3Wf Instagram: https://bit.ly/3rIaJSG TikTok: https://www.tiktok.com/@speakupforblue Twitter: https://bit.ly/3rHZxpc YouTube: www.speakupforblue.com/youtube
Learn more about Refrigeration Mentor Customized Technical Training Programs at www.refrigerationmentor.com/courses Join the Refrigeration Mentor Hub here In this episode, I'm outlining five things refrigeration techs need to check before replacing a compressor to avoid an unnecessessary change out. Between 30-40% of swapped compressors are found to have no real issue, and these checks will help technicians uncover root-cause issues and potentially avoid costly and time-consuming work that might not be needed. This episode details the five checks: oil level and oil management, compressor superheat, electrical health, operating conditions, and controller/sensor accuracy. We also cover key readings and how to better understand failure modes and prevent repeat failures. In this episode, we discuss: (00:48) How to Avoid Replacing Good Compressors (03:16) Check 1: Oil Management (04:27) Check 2: Compressor Superheat (06:13) Check 3: Electrical Health (07:14) Check 4: Operating Conditions (08:19) Check 5: Controllers and Sensors (09:56) Inspecting a Failed Compressor (12:14) Documentation and Preventing Repeated Failures Helpful Links & Resources: FREE GUIDE: System and Compressor Troubleshooting Guide Episode 115: Understanding Compressors: What You Need To Know Episode 329. The Ins & Outs of Compressors Episode 388. Step-By-Step Compressor Change Out (Service Call Recap) with Andrew Freeburg
The Ship Report, Wednesday, June 17, 2026Today I'll share a story that's a follow-up to Monday's program on ocean sensors. It's about how some US senators are now responding to the news that National Science Foundation ocean sensors are being removed from our waters off Newport and Grays Harbor.And I'll share the results of an afternoon of research, in my attempt to answer a listener question: is there is fraud in NOAA's ocean monitoring program?
A new fire detection system in the Far North has seen see 250 solar-powered sensors installed across the Waitangi Endowment Forest.
The Ship Report: Monday, June 15, 2026Today we'll talk about the removal of National Science Foundation Pacific ocean data sensors off the coast of Oregon and Washington this week, a move scientists say will cripple their ability to know what's happening in the ocean, as a record breaking El Nino is expected to hit the region this summer.
What if airports had self-driving mobility pods that could safely navigate through crowds, just like something out of The Jetsons? Or the Pixar movie Wall-E?In this episode, John Koetsier sits down with Matthew Anderson, CEO of A&K Robotics, to explore the future of autonomous mobility. A&K Robotics is building AI-powered self-driving pods designed to help people navigate airports independently without relying on wheelchairs or staff assistance.But the real breakthrough isn't just autonomy. It's crowd navigation. Matthew explains why navigating dense, unpredictable crowds is one of the hardest problems in robotics, and how A&K's “crowd-centric AI” could become foundational technology for airports, stadiums, smart cities, conferences, and even humanoid robots in the future.They also discuss:* Why airports are the perfect proving ground for robotics* The AI and sensor stack powering autonomous mobility* Directional sound systems inspired by The Sphere in Las Vegas* Scaling robotics startups from prototype to deployment* Raising an $8M Series A round* The personal story that inspired Matthew to build the company* Why the future of robotics depends on moving safely through human environmentsGuest:Matthew Anderson — CEO, A&K RoboticsCompany: A&K RoboticsIf you enjoy conversations about AI, robotics, startups, and the future of technology, subscribe for more interviews with founders and innovators shaping what's next.Subscribe here:https://techfirst.substack.com00:00 – Intro00:30 – Meet A&K Robotics and the Vision for Autonomous Airport Mobility01:20 – Why Crowd Navigation AI Is the Hardest Problem in Robotics02:40 – Navigating Dense Airport Crowds and Passenger Flow04:05 – Directional Sound and Designing a Better Airport Experience05:50 – Building an “iPhone Experience” for Mobility Robots06:30 – Sensors, LIDAR, and Operating Without GPS07:20 – Fleet Management and Autonomous Operations in Airports08:00 – Mapping Airports and Optimizing Routes Through Crowds09:00 – Scaling the Business and Solving Systems Integration10:00 – Charging, Docking Stations, and the Future Airport Network10:45 – Raising an $8 Million Series A Round11:20 – Customers: Vancouver International Airport and Aena12:10 – Building a Polished Robotics Platform on Seed Funding12:50 – Matthew Anderson's Background in Robotics and Drones14:00 – The Bigger Vision: Crowd Navigation for All Robots14:40 – The Personal Story Behind the Company Mission15:40 – Licensing Opportunities and the $5 Billion Airport Mobility Market16:45 – Hiring, Scaling the Team, and Expanding Production18:00 – Growing Up Hacking Robots and the AC/DC Story19:10 – Why Building Robots Is Fun — and Why Accounting Wasn't20:40 – Final Thoughts and the Future of Autonomous Mobility
Ouster ($OUST) just reported $49M in Q1 2026 revenue — up 49% year-over-year — and crossed the 40% gross margin threshold as it shifts toward a fabless model. But the bigger story is product: the new REV8 LiDAR family and L4 Max chip now integrate native color sensing directly into the sensor, developed in partnership with Fujifilm.In this episode, Nick breaks down what that means for physical AI — autonomous vehicles, robotics, and industrial automation — where today's systems rely on costly, complex sensor fusion setups combining LiDAR with CMOS image sensors. Color LiDAR could simplify that stack significantly.We also cover Q2 2026 guidance, the path toward breakeven, and why OUST remains a small bet in the Semi Insider portfolio — not a full position. This is still a prove-it story: the company operates at a loss and continues issuing shares to fund operations.Topics covered:REV8 family and L4 Max chip breakdownHow color LiDAR changes the physical AI sensor stackWhy OUST is sized as a small bet and what would change thatQ2 2026 guidance and the road to profitabilityFor deeper research and portfolio updates, visit us at chipstockinvestor.com.Chip Stock Investor covers semiconductor stocks and the chips powering AI, autonomy, and the physical world. Subscribe for weekly analysis and research updates.This content is for informational and educational purposes only and does not constitute financial advice. Always do your own research before making any investment decisions.
Evan's Segway: https://amzn.to/49stgck Evan's Walker's: https://amzn.to/4wTxZ0O Use code TURFNERDS for 5% off orders $600 and up at Magna-Matic! Use discount code for TURFNERDS10 for 10% off at Strauss, valid starting April 29 through May 31 Use code NERDS to save 10% on Spencer Products! In this Turf Nerds Podcast episode, Evan and Uncle Greg tackle listener questions on snow removal pricing, HOA contracts, and landing commercial accounts + real numbers on what you should be charging per push. They also break down the Toro Multiforce O2 sensor saga, why cottonwood season is destroying your air filter, and say a prayer for lawn care friend Andy Wilson (of The Lawn Hustle! Podcast). Equal parts practical and unfiltered, just how you like it. Tap Here for Turf Nerds Merch! Look! We Have A Website! Don't forget to check out Green Frog Web Design and tell them the Turf Nerds sent you. Or Greg will scalp your lawn! Use promo code TURFNERDS for 50% off Equip Expo 2026 registration! Shoot us an email! Evan@TurfNerdsPod.com Instagram Facebook TikTok Subscribe on YouTube: https://www.youtube.com/@TurfNerdsPodcast?sub_confirmation=1 #LawnCare #LawnMaintenance #Mowing #MowingGrass #LawnCareBusiness #Toro #ToroMultiforce #CubCadet #BibleStudy #Bible #Christian #Business #Entrepreneurship #Comedy #2024 #Marketing #Advertising #TipsAndTricks #Tips #Success #Yakta #YaktaMowers #YaktaOutdoor #Spring #SpringRush #FYP #Mower #NewMower #UsedMower #RouteDensity #EquipExpo #EquipExpo2024 #Echo #Stihl #RedMax #Shindaiwa #StringTrimmer #WeedWhip #GreenFrogWebDesign #WebDesign #EzraMcCarthy #Aerator #Aeration #ZAerate #Bobcat #BobcatMowers #Husqvarna #HusqvarnaGroup #HYGREENTOOL #GOMOW #ThunderLightingSupply #ChristmasLights #Christmas #Trump #DonaldTrump #PresidentTrump #ElectionDay #EZDumper #DumpInsert #StempkyNursery #Mulch #MulchInstallation #TurfNerds #Newsmax #NewsmaxTV #CarlHigbie #CharlieKirk
Learn more about Refrigeration Mentor Customized Technical Training Programs at www.refrigerationmentor.com/courses Join the Refrigeration Mentor Hub here In this milestone 400th episode, we're joined by Andre Patenaude of Copeland to explain 8 critical sensors on CO2 refrigeration systems (video link to this seminar below). Andre breaks down the most critical CO2 refrigeration sensors found in supermarket systems, common failure modes, troubleshooting strategies, and how to prevent catastrophic system shutdowns, product loss, and compressor damage in transcritical CO2 systems. He also explains how technicians, service managers, and contractors can improve reliability through proactive monitoring, redundancy strategies, trend analysis, and smarter control logic. Thank you for listening, following and helping us reach 400 episodes! Check out all of our past episodes and follow the Refrigeration Mentor Podcast on Apple, Spotify and YouTube here. In this episode, we cover: (02:27) Why Critical Sensors Matter in CO2 Refrigeration (08:54) Booster System (13:19) Gas Cooler Outlet Temp (23:31) Mitigation Strategies (31:24) Low Ambient Bypass and T2 Sensor (37:30) Drop Leg Pressure Transducer (41:14) Fan Modulation Chain Reaction (43:01) P1 Transducer Failover Options (45:46) Proactive P1 Calibration Checks (47:29) P2 Flash Tank Pressure Basics (51:38) Suction Group Transducer Backup (53:54) Oil Level Sensors (57:09) Adiabatic Pre Cool Sensor 7A (01:01:46) Ambient Sensor 7B Water Control (01:10:27) Dry Gas Cooler TD Sensor Helpful Links & Resources: VIDEO: Watch this seminar on the Refrigeration Mentor YouTube Channel GUIDE: Critical Sensors for CO2 Transcritical Systems Guidance (NASRC) Copeland Website Andre Patenaude on LinkedIn
Poetic Pictures: Camera Creates Captured Couplets. Parcel Panic: Digital Arrests and Deceptive Delivery Drama. Robo-Revival: T-Shirt Tech Taking Tailoring to the Top. Wolf Warning: Japan's Bear-Battling Bot Beasts Bite Back. Hedgehog Horizons: Satellites, Sensors and Saving Britain's Spiky Survivors. Tappy Tones: Boox Brings Bold Bluetooth Book Browsing. Hunting Hacks or High-Tech Hype? When Gadgets Game the Great Outdoors. Discordant Decisions: AI's Job-Judging Jumble. Sense and Surveillance: When Smart Security Cameras Go Spectacularly Silly.
The same highly sophisticated seismic tools and methods used to measure the severity of earthquakes show promise in determining the impact tillage has on soil moisture and water retention. University of Washington scientists say these research results indicate tillage and compaction disrupt the intricate capillary networks within the soil in ways that affect how it soaks up water.
If you enjoy this episode, we're sure you will enjoy more content like this on The Occult Rejects. In fact, we have curated playlists on occult topics like grimoires, esoteric concepts and phenomena, occult history, analyzing true crime and cults with an occult lens, Para politics, and occultism in music. Whether you enjoy consuming your content visually or via audio, we've got you covered - and it will always be provided free of charge. So, if you enjoy what we do and want to support our work of providing accessible, free content on various platforms, please consider making a donation to the links provided below. Thank you and enjoy the episode!Links For The Occult Rejectshttps://linktr.ee/theoccultrejectsOccult Research Institutehttps://www.occultresearchinstitute.org/Substackhttps://substack.com/@theoccultrejects?r=7auau0&utm_campaign=profile&utm_medium=profile-pageCash Apphttps://cash.app/$theoccultrejectsVenmo@TheOccultRejectsBuy Me A Coffeebuymeacoffee.com/TheOccultRejectsPatreonhttps://www.patreon.com/TheOccultRejectsEPISODE 1 BIBLIOGRAPHYThe Building That Changes YouAckerman, Joshua M., Christopher C. Nocera, and John A. Bargh. “Incidental Haptic Sensations Influence Social Judgments and Decisions.” Science 328, no. 5986 (2010): 1712–1715. Key use: Haptics, touch, weight, texture, hardness, and the idea that physical sensation can influence judgment and social interpretation. This supports the tactile layer of the episode: heavy doors, cold stone, worn rails, kneelers, relic cases, and sacred matter as meaningful contact.Higuera-Trujillo, Juan Luis, Carmen Llinares, and Eduardo Macagno. “The Cognitive-Emotional Design and Study of Architectural Space: A Scoping Review of Neuroarchitecture and Its Precursor Approaches.” Sensors 21, no. 6 (2021): 2193. Key use: Neuroarchitecture, emotional response to built environments, and the idea that architecture can be studied as a cognitive-emotional stimulus rather than only as art or style.Kilde, Jeanne Halgren. Sacred Power, Sacred Space: An Introduction to Christian Architecture and Worship. Oxford University Press, 2008. Key use: Major backbone source for Christian architecture as a system of worship, power, spatial order, and embodied religious experience. Oxford's description emphasizes Kilde's argument that church buildings represent and reify different forms of power, especially divine power.Morgan, David. The Sacred Gaze: Religious Visual Culture in Theory and Practice. University of California Press, 2005. Key use: Religious seeing, visual culture, sacred images, and the idea that vision is an active religious practice that can invest images, persons, times, and places with spiritual meaning.Taves, Ann. Religious Experience Reconsidered: A Building-Block Approach to the Study of Religion and Other Special Things. Princeton University Press, 2009. Key use: Helps frame religious experience without reducing it to one fixed category. Useful for the episode's approach to how experiences become interpreted, named, and treated as religious or sacred.Clark, Andy. Surfing Uncertainty: Prediction, Action, and the Embodied Mind. Oxford University Press, 2016. Key use: Predictive processing, active inference, and the idea that perception is not passive recording but active prediction and model-building. This supports the “brain does not enter a church like a camera” argument.Krueger, Joel. “Extended Mind and Religious Cognition.” 2016. Key use: Extended and embodied cognition applied to religious practice, ritual objects, and environments. Useful for arguing that worship is not only inside the head but supported by bodies, tools, spaces, and shared action.Oxford Academic. “Embodied Cognition in Ecclesial Practices.” In Oxford Studies in Analytic Theology, 2023. Key use: Christian practices, embodied cognition, Eucharistic action, and religious material culture as cognitively significant rather than merely symbolic.Piff, Paul K., Pia Dietze, Matthew Feinberg, Daniel M. Stancato, and Dacher Keltner. “Awe, the Small Self, and Prosocial Behavior.” Journal of Personality and Social Psychology 108, no. 6 (2015): 883–899. Key use: Awe, vastness, the “small self,” and the psychological effects of encountering something perceived as larger than the ordinary self. This supports the cathedral-scale and sacred-vastness argument.Tarr, Bronwyn, Jacques Launay, and Robin I. M. Dunbar. “Music and Social Bonding: ‘Self-Other' Merging and Neurohormonal Mechanisms.” Frontiers in Psychology 5 (2014): 1096. Key use: Music, synchrony, social bonding, rhythmic action, and group cohesion. This supports the sections on chant, group singing, ritual synchrony, and bodies acting together in sacred space.Ittyerah, Miriam. “Memory for Curvature of Objects: Haptic Touch vs. Vision.” 2007. Key use: Haptic memory, touch-based object recognition, and the idea that touch can produce durable memory traces. Useful for worn rails, thresholds, beads, icons, relic cases, and repeated sacred contact.Lange, Lisa S., et al. “Tactile Memory Impairments in Younger and Older Adults.” Scientific Reports, 2024. Key use: Modern tactile-memory framing; useful for the claim that tactile experience is remembered and retrieved as part of embodied life.Freedberg, David. The Power of Images: Studies in the History and Theory of Response. University of Chicago Press, 1989. Key use: Image response, embodied reaction to sacred or charged images, and why religious images can provoke devotion, fear, destruction, reverence, or bodily response.Plate, S. Brent. A History of Religion in 5½ Objects: Bringing the Spiritual to Its Senses. Beacon Press, 2014. Key use: Material religion, objects, sensory experience, and the idea that religion is encountered through things, not only beliefs.Meyer, Birgit. Mediation and the Genesis of Presence: Toward a Material Approach to Religion. Key use: Material religion, mediation, presence, and how religious traditions use media, objects, images, sounds, and spaces to make the sacred present.Pallasmaa, Juhani. The Eyes of the Skin: Architecture and the Senses. Key use: Architecture as a multisensory experience, especially touch, materiality, atmosphere, and the limits of treating architecture as only visual.Mallgrave, Harry Francis. The Architect's Brain: Neuroscience, Creativity, and Architecture. Wiley-Blackwell, 2010. Key use: Architecture and neuroscience, built form, emotion, perception, and embodied response to space.Robinson, Sarah, and Juhani Pallasmaa, eds. Mind in Architecture: Neuroscience, Embodiment, and the Future of Design. MIT Press, 2015. Key use: Embodiment, neuroscience, architectural perception, and how built environments shape lived experience.Eliade, Mircea. The Sacred and the Profane: The Nature of Religion. Key use: Sacred space, threshold, center, axis mundi, and the distinction between ordinary space and holy space. This becomes more important in Episode 2, but it also supports Episode 1's general sacred-space framework.van Gennep, Arnold. The Rites of Passage. Key use: Separation, threshold, and incorporation. Useful for the threshold logic that runs through the whole series.Turner, Victor. The Ritual Process: Structure and Anti-Structure. Key use: Liminality, transition, communitas, and the ritual power of in-between states.Tuan, Yi-Fu. Space and Place: The Perspective of Experience. Key use: Lived place, memory, experience, and the difference between abstract space and meaningful place.Smith, Jonathan Z. To Take Place: Toward Theory in Ritual. Key use: Ritual as place-making; sacred places are produced through repeated action, interpretation, and return.Morgan, David. Visual Piety: A History and Theory of Popular Religious Images. Key use: Popular religious images, devotional seeing, sacred practice, and how visual material becomes part of lived religion.Kieckhefer, Richard. Theology in Stone: Church Architecture from Byzantium to Berkeley. Key use: Church architecture as theology in built form, useful as a broad Christian architectural bridge source.Also want to remind people about the website, if you're into reading we have tons of information by multiple contributors, and we got t-shirts up on the site if you're interested. Fun fact, the art is all based on the eyeball. A
Do we want to walk quietly into the slaughterhouse, or are we going to put a halt to this planned extinction of of mankind? Their intentions are clear albeit masked in symbolism and deception. What happens when there's no more gas being produced? No food coming, none that isn't poisonous? Do we really want to see it get that far, when the chaos is overwhelming any efforts to maintain civility? Are we going to continue to let the inactive masses of the unaware stifle our message, while demons chart our course to destruction?Today as always, I will be the laser that cuts through the bullsht we get thrown at us by these sick little monkeys with pe'ots.Special announcements, Some interesting findings and more dots connected on the map to digital hell. Must see CRUMBLE TV.***Due to the recent events involving the loss of the FTJMedia platform, and how it happened, adaptations to routine have to occur. You can still use your wallet and have access to limited site features.https://GivesendGo.com/BaalBustershttps://buymeacoffee.com/BaalBustershttps://paypal.me/BaalBustersTo join the Patreon, use this link:https://www.patreon.com/c/KristosCastTo Join the Stream:619-431-0334https://vdo.ninja/?room=4roomGo to My site:https://SemperFryLLC.comJoin Dr. Glidden's Membership site here:https://leavebigpharmabehind.com/?via=pgndhealthCode: baalbusters for 25% OFFMake Dr. Glidden Your DoctorUse Code BB5 here for your 90 Essential Nutrients:https://www.azurestandard.com/shop/brand/azurewell/2326The Azure Whole Food Essential Nutrients are 1. Whole Food Multivitamin, 2. Alaskan Cod Liver Oil, 3. Fulvic-Humic Energy Blend, 4. IP6 Supreme. I also recommend adding the Core Copper.Use code BB5 for your discount.Twitter Account: https://x.com/KristosCastBecome a supporter of this podcast: https://www.spreaker.com/podcast/ba-al-busters-broadcast--5100262/support.
This month, a genetic sensor to self-destruct cancer cells, what fish with a gene mutation are revealing about brain blood vessel disease, evidence that hallucinogens like psilocybin put brain cells into a more plastic state to loosen the grip of depression, a new technique to spot the population immunity loopholes that flu might exploit, and why crabs walk sideways... Get the references and the transcripts for this programme from the Naked Scientists website
Dan, Manny, & Billy welcome back Nostalgia Test Podcast all-star Meghan Nolan to put the 1996 Pauly Shore Stephen Baldwin “comedy” Bio-Dome to the ultimate test—THE NOSTALGIA TEST! “Dude, could you think of a worse person to get high with than Pauly Shore? Like, there is literally no one that I would rather less get high with than Pauly Shore. 'Cause I would be like, "Dude, shut the fuck up. Shut the fuck up." Could you imagine that, dude?” -Billy D'Elia Dear Nostalgia Testers, this is the episode that almost broke the podcast. The guys decided to put their fate in The Wheel of Pauly Shore and was given the task of putting Bio-Dome to the test, and boy was it a huge... well. This movie defines the major issues with the 90s and why Manny talks about 80s cheese vs 90s trash. This movie seems like it was written by AI but was instead written by three people. That's right?! It took three people to write these lines that Pauly Shore and Stephen Baldwin literally fart out for 90 minutes. This movie sets the bar lower than low for men and is an insult to any and all men. The so-called jokes use sexual assault as a punchline, there's a Nazi salute that happens as all these morons go into the bio-dome, homophobia, and more badly developed body humor and horror than a David Cronenberg film. Dan, Manny, Billy, and Meghan go through some deep self-reflection starting with shame, shame that they all saw this movie, some more than 5 times, denial that they thought it was ever good, anger that this movie was even made, and acceptance that this is why they do this podcast. Dan creates a Bio-Dome “Would You Rather” game, and let's just say someone would rather wear a diaper for a week than watch Bio-Dome. So, take something really strong to calm yourself down, gather all your Pauly Shore movies and adoration, light a huge dumpster fire, and join The Nostalgia Test Podcast as we attempt to erase this part of the 90s from existence. Email us (thenostalgiatest@gmail.com) your thoughts, opinions, & episode idea for The Wheel of Nostalgia! Suggest A Test & Be Our Guest! We're always looking for a fun new topic for The Nostalgia Test. Hit the link above, tell us what you'd like to see tested, and be our guest for that episode! Approximate Rundown 00:00 Welcome Back Meghan Nolan 01:11 Brain Rot Title Sequence 02:16 First Time Watching Bio-Dome 05:08 Mall Theater Memories 07:16 Forced Into Bio-Dome 09:45 How Was This Made 11:38 Pauly Shore Career Context 13:22 Writers and Director Breakdown 15:22 No One to Root For 19:12 Gross-Out Humor and Bad Acting 26:43 Problematic Jokes and Garbage World 27:43 What Even Is the Bio-Dome 29:51 Breaking Into Bio-Dome 31:07 Kids React to the Chaos 32:24 Problematic Jokes and Nazis 32:44 Carrot Scene Confusion 34:44 Sudden Fame Makes No Sense 36:26 Cameos and Bad One Liners 37:20 Sensors and Alarm Logic 38:36 Real Bio-Dome Documentary 41:06 Yogurt Lines and Sexism 43:20 Baldwin Overacting Rant 46:20 Flashbacks and Dog Shaving 47:03 Whip-Its and SPAM Meltdown 50:50 Goofy Movie Nostalgia Detour 54:25 The Key Escape Plot Hole 56:40 Party Trash the Dome 58:54 Terrible Band Mystery 59:08 Bug Room Chaos 01:00:39 Cameos And Characters 01:01:42 Ending Makes No Sense 01:02:51 Would You Rather Gauntlet 01:12:51 Raw Eggs And Swing Life 01:16:23 Final Verdict Pop Culture Mistake 01:24:55 Wrap Up And Earth Day Book The Nostalgia Test Podcast Bring The Nostalgia Test Podcast's high energy fun and comedy on your podcast, to host your themed parties & special events! The Nostalgia Test Podcast will create an unforgettable Nostalgic experience for any occasion because we are the party! We bring it 100% of the time! Email us at thenostalgiatest@gmail.com or fill out the form at this link. LET'S GET NOSTALGIC! Keep up with all things The Nostalgia Test Podcast on Instagram | Substack | Discord | TikTok | Bluesky | YouTube | Facebook The intro and outro music ('Neon Attack 80s') is by Emanmusic. The Lithology Brewing ad music ("Red, White, Black, & Blue") is by PEG and the Rejected
In this episode of The Moos Room, Brad discusses spring pasture challenges in western Minnesota, including dry conditions, temperature swings, and slowed grass growth. With summer heat on the horizon, the focus shifts to heat stress in dairy cows and how precision technologies, especially internal bolus sensors, can help farmers identify problems earlier.Brad shares observations from cows monitored with Smaxtec boluses, including rumination, internal body temperature, and water intake data. He also reviews research from the University of Minnesota herd showing that rumination may start dropping at lower temperature-humidity index levels than traditional industry thresholds suggest. Conventional cows showed rumination declines around a THI of 64, while pasture-based organic cows showed declines closer to 58.The episode highlights why waiting for milk production losses may be too late when managing heat stress. Instead, rumination, body temperature, water intake, shade, cooling systems, and feeding strategies can all play a role in protecting cow comfort and performance before visible signs of heat stress appear.Questions, comments, scathing rebuttals? -> themoosroom@umn.edu or call 612-624-3610 and leave us a message!Linkedin -> The Moos RoomTwitter -> @UMNmoosroom and @UMNFarmSafetyFacebook -> @UMNDairyYouTube -> UMN Beef and Dairy and UMN Farm Safety and HealthInstagram -> @UMNWCROCDairyExtension WebsiteAgriAmerica Podcast Directory
What if the next big wave of AI isn't about robots doing your chores but about robots that understand you?In this episode, we sit down with Colin Angle, co-founder of iRobot and the creator of the Roomba, to explore his bold new venture: Familiar Machines and Magic. After putting over 50 million robots into homes, Angle is now betting on something radically different: a quadruped AI companion designed not for work, but for connection.This isn't a humanoid. It's not a vacuum. It's something entirely new.Powered by on-device multimodal AI, this “familiar” can follow you around your home, learn your routines, encourage healthier habits, and even develop a kind of relationship with you, all while keeping your data private.We dive into:* Why the humanoid robot race might be overhyped* The massive untapped “emotional AI” market* How this robot learns, adapts, and interacts like a pet* Privacy-first AI design (no cloud streaming)* Why form factor matters more than you think* The future of robots in everyday lifeColin also shares why now is the perfect moment for physical AI—and how advances in reinforcement learning and edge computing are making this possible.If you thought AI robots were just about automation, this conversation will change your perspective.⸻
Daniel is joined by Nir Sever, Senior Director of Business Development at proteanTecs. Nir has over 30 years of experience in advanced VLSI engineering. Before joining proteanTecs, he served for 10 years as the COO of Tehuti Networks, a pioneer in high-speed networking semiconductors. Prior to that, he served for 9 years as Senior… Read More
Connected cars are no longer just vehicles — they are rolling networks of sensors, cameras, microphones, and constant data transmission. In this Cybersecurity Today Weekend Edition, David Shipley is joined by former CSIS intelligence officer Neil Bisson and cybersecurity expert Federico Simonetti to break down what that really means. They explain how modern vehicles: Continuously report location, behaviour, and system data to the cloud Contain dozens of interconnected computers controlling everything from steering to braking Can be vulnerable to man-in-the-middle attacks, remote access, and system compromise May expose drivers to surveillance — not just by companies, but potentially by nation states The conversation goes beyond theory. Real-world examples are discussed, including: Remote vehicle manipulation demonstrated by security researchers How infotainment systems can become entry points to critical controls Why some countries are already restricting certain vehicles from sensitive locations The panel also tackles the bigger issue: This is not just about one country or one manufacturer. Every connected vehicle expands the attack surface. And while solutions exist — from better authentication to architectural changes — the challenge is no longer technical. It's political, economic, and global. If you think your car is just transportation, this discussion may change your perspective. 00:00 Connected Cars: More Than Just Vehicles 01:20 Meet the Panel: Intelligence and Cybersecurity Perspectives 03:10 Every Car Is Now a Networked Computer 06:00 Surveillance Risks: Are Cars "Rolling Spy Vans"? 09:10 What Intelligence Agencies Can Do With Car Data 12:30 Sensors, GPS, Cameras — What Your Car Collects 16:20 Real Example: Tesla Camera Privacy Incident 19:00 Can Hackers Take Control of a Car? 22:30 Real-World Hacks: Jeep and Nissan Cases 26:40 The Regulatory Gap: No Enforced Cybersecurity Standards 30:10 Why Governments Are Struggling to Act 34:00 Cheap EVs vs National Security Risks 37:40 Can Software Fix the Problem? 41:20 Global Response: China, US, and Europe 45:10 Policy Ideas: Kill Switches, Car Bill of Rights 49:00 Prevention vs Detection in Cybersecurity 52:30 Are We Already Too Exposed? 55:10 Final Thoughts: Can Connected Cars Be Made Safe?
SoundSource Deep Dive: A ScreenCastsONLINE Tutorial Control Brightness on ViewSonic VP2788-5K with BetterDisplay CES 2026: Motion Sensors Enabled by Sentistic Yolink Water Leak Sensors from Yosmart CES 2026: TCL NXTPAPER LCD Tablets with "Electronic Paper” Displays Support the Show CCATP #833 — Joseph Nilo on Agentic AI with OpenClaw Transcript of NC_2026_04_19 Join the Conversation: allison@podfeet.com podfeet.com/slack Support the Show: Patreon Donation Apple Pay or Credit Card one-time donation PayPal one-time donation Podfeet Podcasts Mugs at Zazzle NosillaCast 20th Anniversary Shirts Referral Links: Setapp - 1 month free for you and me Wispr Flow - 1 month free for you PETLIBRO - 30% off for you and me Parallels Toolbox - 3 months free for you and me Learn through MacSparky Field Guides - 15% off for you and me Backblaze - One free month for me and you Eufy - $40 for me if you spend $200. Sadly nothing in it for you. PIA VPN - One month added to Paid Accounts for both of us CleanShot X - Earns me $25%, sorry nothing in it for you but my gratitude
Waymo is now delivering hundreds of thousands of fully autonomous rides each week — but getting there required more than better models. It meant building a complete system for training, evaluating, and deploying a driver in the real world. In this episode — originally aired on the Cheeky Pint podcast — Waymo Co-CEO Dmitri Dolgov joins John Collison to break down how self-driving actually works today: from sensor fusion across LiDAR, radar, and cameras, to simulation, “critic” models, and the role of AI in decision-making. They also explore why full autonomy is fundamentally different from driver-assist, what it takes to scale globally, and how recent advances in AI are reshaping the path forward. Resources: Follow Dmitri Dolgov on X - https://x.com/dmitri_dolgov Follow John Collison on X - https://x.com/collision Stay Updated:Find a16z on YouTube: YouTubeFind a16z on XFind a16z on LinkedInListen to the a16z Show on SpotifyListen to the a16z Show on Apple PodcastsFollow our host: https://twitter.com/eriktorenberg Please note that the content here is for informational purposes only; should NOT be taken as legal, business, tax, or investment advice or be used to evaluate any investment or security; and is not directed at any investors or potential investors in any a16z fund. a16z and its affiliates may maintain investments in the companies discussed. For more details please see a16z.com/disclosures. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.
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