Podcasts about optical

Send us Fan MailWe talk with TJ Pate from Florida Power and Light about OPGW optical ground wire and why installing fiber on transmission towers demands a different level of planning, safety, and precision. We break down how utility fiber gets built, tested, and repaired across massive distances, plus the skills that separate average troubleshooting from confident, fast problem solving. • what OPGW is and how it replaces the static ground wire on transmission lines • why utilities use OPGW for long-distance fiber to substations and rural sites • how dark fiber and leased circuits can become a revenue stream • safety steps around substations including transient voltage checks and bonding • remote jobsite logistics including structure numbers, access roads, sand, and swamp conditions • why OPGW is an exact-measurement workflow with limited slack and expensive rework • how bucket truck work fits into enclosure placement while splicing stays ground-based • why “one and done” depends on OLTS, OTDR, and IOLM testing before you leave • how BICSI Cable Skills Challenge habits improve sequencing, speed awareness, and tool discipline • how to find fiber cuts by reading true OTDR traces and pairing distance with maps • what it means to “send a 2K tone” and how fiber identifier tools help in outside plant If you're watching this show on YouTube, would you mind hitting the subscribe button and the bell button to be notified when new content is being produced? If you're listening to us on one of the audio podcast platforms, would you mind leaving us a five-star rating? If you find value in this content, we click on that QR code right there. You can buy me a cup of coffee. You can even schedule a 15-minute one-on-one call with me after hours, of course, to help support the show. Email Chuck at advertising at let's talkcabling.com and let's connect your brand to the right audience today.Support the showKnowledge is power!  Make sure to stop by the webpage to buy me a cup of coffee or support the show at https://linktr.ee/letstalkcabling .  Also if you would like to be a guest on the show or have a topic for discussion send me an email at chuck@letstalkcabling.com Chuck Bowser RCDD TECH#CBRCDD #RCDD

Channel 7 needs our help, do you know when some famous commentary was said? Plus Stevo goes behind enemy lines, and Danny has the dumbest idea he's ever had to make Bont even better! Join our patreon right here - https://www.patreon.com/cw/dannyboydbulldogs Thanks to https://www.instagram.com/reidparker_/ for the artwork and https://www.instagram.com/hughmcginlay/ for the song! Here's us on instagram - https://www.instagram.com/danny.mcginlay/ https://www.instagram.com/shepp.boy/ https://www.instagram.com/tomboyd17/See omnystudio.com/listener for privacy information.

独立行政法人情報処理推進機構（IPA）および一般社団法人JPCERT コーディネーションセンター（JPCERT/CC）は6月16日、Optical Disc Archive Software（Windows版）のインストーラにおけるインストール時の不適切なファイルアクセス権設定の脆弱性について「Japan Vulnerability Notes（JVN）」で発表した。

For people like Misty, technology isn't a luxury—it shapes how they think, what they trust, and what kind of future they believe they're living in. That confidence begins to crack when a personal encounter exposes something deeper. The machines that hold this community together depend on materials depending on supply chains that no longer exist. The advanced medicine, the sensors, the processors, the automation—everything that made this society feel post-scarcity suddenly looks fragile. No invading army is coming. No single disaster is exploding at the gates. Instead, the threat is slower and more unnerving: decline.TechLutin Two: A domestic helper robot that quietly handles routine household tasks like watering plants.AR OS: An augmented-reality operating system navigated by blinking and eye movements that overlays information directly into the user's vision.Noise filtering: A hearing-control system that can selectively suppress environmental sound.Health watch: A live biometric monitoring interface that displays the body's internal condition in real time.Canal link: An ear-worn or implanted personal computing interface that gathers sensor data and manages communications.VR dots: Wearable sensor nodes originally made for virtual reality that now collect detailed physiological measurements.Nutrient dashboard: A system that continuously adjusts food composition to match the body's current needs.Preventive medical AI: An always-running health service that detects problems early and alters behavior, diet, or treatment before symptoms appear.Averted Illness chart: A predictive health analytics tool that estimates diseases a person likely avoided.Assist: A voice-driven personal AI that handles messages, searches, calls, and scheduling.Encrypted guardian system: A networked public safety infrastructure that makes constant passive protection part of daily life.Frugal points system: A behavioral incentive platform that rewards people for reducing waste.Personality clone: A digital copy of someone's personality that can keep learning, speaking, and creating content autonomously.Mag-lev train: A magnetically levitated transit system that moves people rapidly through enclosed tube lines.Construction robots: Automated machines that perform building and infrastructure work.Bioluminescent memory spheres: Hanging display objects that replay fragments of archived visual media.Open Floor: A civic communication system that lets people bring issues directly to public counsel.AR holo-map: A three-dimensional projected map used for planning and technical discussion.Pen microscope: A pocket-sized optical analysis tool for close material inspection.Submersible drone: A remotely operated underwater scout used for exploring flooded transit routes.AI server clusters: Repurposed computing systems powerful enough to model large scientific and industrial problems.Butler AI: A highly capable artificial intelligence cited as solving major social and logistical challenges.Machine evolver simulations: Competitive computational models that repeatedly test and refine new machine designs.High-density processors: Advanced compact computing hardware used for large-scale simulation work.Silicon scaffold protein servers: Powerful older-generation computing systems built around extremely dense processing architecture.Material simulation libraries: Vast databases of molecular candidates used to predict useful new substances before making them.Fab-All: A massive integrated manufacturing system that turns ordinary garbage, water, and power into almost any needed product.Medicine printer: A precision fabrication machine that assembles complex chemical products from purified feedstocks.Molecule printers: Highly specialized printers that arrange matter at the molecular level.Ionic bath breakdown system: A low-temperature chemical process that dissolves mixed waste into reusable elemental feedstocks.Electrochemical gradient separators: A staged chemical sorting process that isolates different elements from dissolved waste.Chelating extraction agents: Specialized molecules that bind to targeted elements so they can be separated.Spectroscopic sensors: Optical analyzers that identify material composition inside processing lines.Gold Gel: A separated elemental feedstock stored for later precision manufacturing.Silica Goo: A silicon-rich separated feedstock used in fabrication processes.Swarm robotic print arms: Multi-axis robotic fabricators that can approach a print job from all directions at once.Nanowire suspension system: Fine conductive supports that hold a structure in place without a base plate.Reactive scaffold printing: A fabrication stage where a printed structure also acts as the template for later chemistry.Catalytic nano-points: Tiny embedded reaction sites that trigger specific chemical transformations.Static electron pockets: Built-in charge zones that guide how later molecular assembly unfolds.Reaction printing phase: A manufacturing stage where custom molecular recipes spread through the scaffold and build new material from within.Polarized semifluids: Responsive liquid materials that migrate and organize under controlled fields.Magnetic field crystal alignment: A process that directs how crystals form inside a growing structure.Nano-lattice formation: Self-assembling microscopic frameworks that create strong or specialized materials.Programmable protein folding: Engineered molecular behavior where newly formed proteins fold into useful structures.Analog logic pathways: Nontraditional computing structures formed through self-assembled semiconductor patterns.Nano-weave composite tech: The colony's name for a fabrication method that grows advanced composite materials from guided chemical reactions.Surface-conditioning pass: A finishing process that adds optical or functional surface properties at the nanoscale.Thread printers: Specialized fabrication units that produce fibers and textile stock.Flat-bed sheet printers: Large-format printers used to make sheets of glass, boards, and similar materials.Assembly chambers: Dedicated fabrication spaces where separately printed components are combined into finished products.Smart particles: Tiny responsive materials used in soft goods like pillows.Pressure-sensitive conductive threads: Fabric fibers that can detect strain or improper tension.Optical fiber tablet surfaces: Durable display surfaces built with light-guiding material.Wearable health monitor circuit boards: Flexible electronics that can fold into body-worn medical devices.Pho-superconductor nanotube yarns: Advanced conductive winding material used in high-performance electric motors.Inverse greenhouse clothes: Garments designed to keep people comfortable in hotter enclosed environments.Wall screens: Large display surfaces built into living spaces.Streamer cams: Compact cameras used for recording and broadcasting.Whisper drones: Small quiet drones likely used for observation or personal tasks.Projectors: Devices that cast visual information onto surfaces.Laser shavers: Grooming tools that use focused light-based cutting.E-fabrics: Electronic textiles with built-in functional circuitry.BritLights: Named lighting devices used for illumination.Protein memory: A storage technology referenced as a desirable consumer product.Micro devices: Extremely small electronic or mechanical devices for general use.Smell sensors: Devices that detect and analyze airborne chemical signatures.Blood-line power generators: Small-scale power systems referenced as part of past consumer technology.Taze-wear: Wearable gear with defensive or electrical functionality.Invisa-veils: Concealment wear or optical masking apparel.Robot pets: Companion machines built to mimic animals.Autono-bikes: Self-operating or highly assisted bicycles.Laser toys: Play devices using light-based projection or interaction.MRI caps: Wearable medical scanning equipment.Plasma welders: Tools that join material using high-energy plasma.Gut bots: Internal medical robots meant to operate inside the digestive system.Milk cloners: Devices that reproduce milk or milk-like substances.Second faces: Alternate wearable or projected facial identities.Insta-water purifiers: Portable systems that rapidly clean water.CPAP machines: Breathing-assist devices for sleep or respiratory care.Nebulizers: Medical devices that turn liquid medicine into inhalable mist.VR shades: Head-mounted visual immersion devices.3D printers: Conventional additive manufacturing machines still valued for general fabrication.Smart pens: Writing tools with embedded digital functionality.Interactive sleeve: A wearable display and control interface built into clothing.Funzoid screens: Visual entertainment displays that create abstract patterns designed to affect mood and perception.Wind arena: A recreational chamber that uses controlled storm-force airflow as a sport environment.Robot rescue arms: Automated safety systems that pull players out of dangerous airflow zones.Digital design feed: A constantly updating network where people share newly created product designs.E-ink books: Electronic books with low-power readable display pages.Unpowered keyboard: A manual input device used as a familiar way to think and compose even without active electronics.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.

Where in the world am I? In San Diego, talking about Sao Paolo, Brazil Welcome back to the  Dr. Mary Travelbest Guide podcast. The FAQ is: Leslie asked, "After my injury/ operation, I'm concerned about travel. Can you tell me how hard it is to resume my former Step (1-5) for Travel? How should I set my expectations for future travel after I am healed? Answer:  The step for your next travel may be different than your last trip. For example, you may have been on an African safari, and that was a Step 5. Now you have had a broken bone, or you have had surgery, and you are wondering how to get back out there on your next adventure. You may need to re-group, drop down a step or two, and figure out your confidence again. You can always go on an overnight trip to a nearby city and start with Step 1 travel once again. There may be some things you missed or never saw that you've been meaning to visit, and now would be a good time to do so. I am not a medical doctor, so follow your doctor's advice on travel.   60-second confidence challenge Your challenge today, Confidence Challenge in Sao Paulo If you like today's Confidence Challenge, my book series delves deeper into health and wellness, while moving through the 5 steps to solo travel, from easy to more challenging, with foreign language communication tips and ways to improve your fun while solo, including areas like Sao Paolo, Brazil. You can find the series at the link in the description.    See Book A for addressing this concern. Look for Part C, which is coming soon. Find it on the website​​ at https://www.5stepstosolotravel.com/ or on Amazon. It's a several-part series. Today's destination is São Paulo, Brazil.   São Paulo is the capital of Brazil and home to 22M people, a Step 5 destination.   São Paulo is worth seeing for women who like culture, neighborhoods, museums, and food, but it is not the easiest first-choice city in South America for a solo woman over 50. It can feel gray, crowded, and tiring. The traffic is real. The scale is real. The safety concerns are real. But if you stay in the right area, move with intention, and do not try to conquer the whole city, you can have a rich two-day visit that feels strong, smart, and independent.   I booked a cheap place on a travel website in São Paolo near the airport. Please listen to my mistakes at the end to understand why not to do that.   If you just arrived, you may want to take the metro into town. Get a 24-hour pass for about $.-5 Or just buy individual tickets. Metro here is free for people over 60, so just show your passport upon arrival at the station. I have a story at the end about that also.   If you are planning to go, here is a 2-day itinerary, along with a few of my comments. Day 1: Start with the easier parts of the city Morning: Avenida Paulista and MASP area Begin on Avenida Paulista because it is one of the city's best-known and most practical starting points for a solo visitor. It is central, busy, and lined with museums, cafes, shops, and hotels. MASP is one of the city's landmark museums and a strong anchor stop, rather than just wandering without a plan. São Paulo's official visitor materials also highlight Paulista as one of the city's defining areas. Midday: Long lunch instead of overpacking the day Do not try to "do São Paulo" in one sweep. Build in a proper lunch near Paulista or Jardins. This city can wear you out. Traffic, sidewalks, noise, and decision fatigue are real. Afternoon: Parque Ibirapuera Head to Ibirapuera Park for a calmer second half of the day. Official city materials list it among the major attractions, and it is a better late-afternoon choice than pushing deeper into more chaotic areas when your energy is lower. Evening: Dinner close to your hotel This is where I would be critical. São Paulo is not the city where I would tell a solo woman to "go out and see what happens" at night. Have dinner in a well-reviewed area near where you are staying, and use a car service back if needed.  Day 2:  Morning: Liberdade Liberdade is one of São Paulo's signature neighborhoods and gives you a different side of the city. Go in the morning, when you are fresh, and the area feels more manageable. It is photogenic and culturally distinct. It felt like an asian-like atmosphere for me. I felt the Japanese and other asian cultural influences, which made it different than other parts of the city. What to watch out for: Do not confuse "interesting" with "relaxing." Some parts can feel crowded, messy, and overstimulating. Keep valuables out of sight and do not stand around consulting your phone at the curb. Lunch: Stay put, then move intentionally Have lunch there or in a nearby planned stop. Avoid zigzagging across the city without a clear reason. In São Paulo, too much transit can waste time and cause more hassle. Afternoon option A: Municipal Market, if you like food stops The Mercado Municipal is iconic and worth considering for a focused visit, not an all-day outing. Go, sample, look around, then leave. Afternoon option B: Easier finish in Jardins or back to Paulista If you want a smoother second day, return to a more polished area such as Jardins or the Paulista zone. This is the better choice if you are tired, jet-lagged, or feeling cautious. Evening: End early I would lean toward Paulista/Jardins rather than picking a cheaper stay in a less convenient area. That is not because those neighborhoods are risk-free. They are not. It is because being in a more established, service-rich area usually makes solo travel simpler and lowers friction. São Paulo can be rewarding, but it is not a city to treat casually. Official advisories warn about crime, including street crime, and São Paulo's own Metro provides a dedicated safety reporting channel, which tells you something important: security is an active issue, not an afterthought. "São Paulo is not the city to improvise, but it is a city that rewards a solo woman who travels with judgment." This is not the kind of destination I would describe as easy. It is not relaxed. It is not as charming as some other cities in Brazil. And it is definitely not a place where I would suggest that a solo woman just show up and wander around without a plan. But here is the honest part. Interesting does not always mean comfortable. Some areas can feel crowded and overstimulating. So go early, stay alert, and do not stand on a sidewalk corner looking down at your phone like a lost tourist. São Paulo can be rewarding, but it is not casual travel. You need to pay attention. I would not wear flashy jewelry. I would not hold my phone out while walking. I would not arrive in a brand-new neighborhood after dark. And I would not assume that a place is fine just because it looks busy. Busy does not always mean safe. Another point for women over 50: choose your hotel area carefully. I would spend a bit more to stay in a better-located neighborhood rather than save money and make every outing harder. In a city like São Paulo, convenience is not a luxury. It is part of your safety strategy. São Paulo is better for the traveler who can say, "I do not need this city to entertain me every minute. I just want to experience it intelligently." If you go, keep your schedule realistic, stay alert, and let the city come to you in pieces. You do not need to conquer São Paulo. You just need to experience the right parts of it with confidence. I was able to store my luggage at the airport for the day for about $10. Worth it, so I did not have to carry it all day. The storage is in Terminal 2: Arrivals. Turn left. Luggage storage- "Guarda-Volumes", near parking garage entrance at far end of terminal.    There is an express train from Luz to the city every 2 hours. It's called. "GRU Airport train " Or CPTM. Take the free GRU SHUTTLE BUS. See show notes for many details. Espresso aeroporto, 60 mins long was the ride. https://en.wikipedia.org/wiki/S%C3%A3o_Paulo_Museum_of_Art https://artsandculture.google.com/story/RAURhHm2wnzb1g   https://en.wikipedia.org/wiki/Jardim_da_Luz   https://www.tripadvisor.com/Attraction_Review-g303631-d311969-Reviews-Pinacoteca_do_Estado_de_Sao_Paulo-Sao_Paulo_State_of_Sao_Paulo.html When I first arrived in Luz, I got off at Luz station. Beautiful building. Ornate. The Portuguese Language Center was located there, too, in the Parque de Luz. The police were guarding, but felt safe. Beautiful trees and a fresh smell after the rain. Walked to the Pina Art Museum. Lots of school groups. Modern. Plus some traditional: films, sculptures, paintings, 3d designs. Walked over a bridge to a long street still close to Luz. Walked about a mile. Stores and parking garages mostly. Optical, toys, and industrial products. Found Church of San Bento. Praying for them and others in this beautiful building. No video allowed. —————— My three Sao Paolo  missteps:    Spilling yogurt all over me early in the morning. Table, clothes, floor, everywhere. What a mess. Be more careful around yogurt containers.   In the San Bento metro station, the  Woman at the counter would not give me free subway access. She sent me to the ticket booth to buy a ticket. I showed my passport there, and she said,  Go back there. So I did. I told her my age. Finally, she smiled and let me pass. Maybe I looked too young for the free transport.   Booking a room near the airport that was not in a good neighborhood. Lots of reasons not to walk at night. Bars on the doors and windows here.   Thanks for listening, and I'll see you on the next journey. AI was used to select some of the suggestions for this episode.   Connect with Dr. Travelbest 5 Steps to Solo Travel website Dr. Mary Travelbest X Dr. Mary Travelbest Facebook Page Dr. Mary Travelbest Facebook Group Dr. Mary Travelbest Instagram Dr. Mary Travelbest Podcast Dr. Travelbest on TikTok Dr.Travelbest on YouTube In the news  

Optical networking has spent years as a niche corner of the semiconductor industry. CSI makes the case that the moment for companies like Coherent may have finally arrived — and NVIDIA's two-billion-dollar equity investment in the company suggests the largest chipmaker in the world agrees.Coherent (COHR), is an integrated device manufacturer and base materials supplier specializing in indium phosphide and silicon carbide wafers. Under CEO Jim Anderson, who pulled off a similar business transformation at Lattice Semiconductor, Coherent has been shedding non-core assets and sharpening its focus on data center and communications, which now represents seventy-five percent of revenue and posted forty-one percent year-over-year growth in the most recent quarter. Pro forma revenue growth came in at twenty-seven percent, with gross margins approaching the forty percent threshold that marks a key milestone for IDM-class businesses.The divestitures tell the story of the transformation: a four-hundred-million-dollar sale of the aerospace and defense laser business to private equity, and a fifty-one-million-dollar exit from a materials processing tools segment that was diluting margins. What remains is a tighter, faster-growing business positioned at the intersection of AI data center infrastructure, optical connectivity, and advanced materials.The NVIDIA investment is the centerpiece of this episode. With free cash flow running deeply negative as Coherent scales manufacturing capacity for co-packaged optics and near-package optics expected in the second half of 2026, the company needed capital. NVIDIA needed the optical components. The result was a cash-for-equity arrangement that Nick describes as a more direct version of the warrant-based incentive deals seen at companies like AMD and STMicro, cheaper than diluting shareholders, and cheaper than going to a bank.The silicon carbide segment also draws attention, with five-hundred-million-dollar anchor investments from Denso and Mitsubishi Electric secured when silicon carbide was out of favor, now pointing toward three-hundred-millimeter wafer applications for AI data centers and power grid infrastructure.Q3 guidance calls for revenue between 1.9 and just over 2 billion, gross margin at roughly 41%, and continued negative free cash flow as manufacturing scale-up accelerates. CSI compares Coherent to peer Lumentum — framing COHR as the value play and Lumentum as the momentum play — and confirm they are happy holding both.For in-depth stock research and the Semiconductor Insider membership,visit chipstockinvestor.com. Use fiscal.ai/csi for 15% off any paid plan.

Aubrey Masango speaks to Prof Thomas Konrad, full professor (not associate professor) and the director of the Centre for Quantum Computing and Technology at UKZN to unpack what quantum teleportation actually is, why it matters for the future of computing and communication, and how researchers are making it work in the lab right now. Tags: 702, Aubrey Masango show, Aubrey Masango, Bra Aubrey, Weird and Wonderful, Prof Thomas Konrad, Quantum teleportation, Qubits, Optical Images The Aubrey Masango Show is presented by late night radio broadcaster Aubrey Masango. Aubrey hosts in-depth interviews on controversial political issues and chats to experts offering life advice and guidance in areas of psychology, personal finance and more. All Aubrey’s interviews are podcasted for you to catch-up and listen. Thank you for listening to this podcast from The Aubrey Masango Show. Listen live on weekdays between 20:00 and 24:00 (SA Time) to The Aubrey Masango Show broadcast on 702 https://buff.ly/gk3y0Kj and on CapeTalk between 20:00 and 21:00 (SA Time) https://buff.ly/NnFM3Nk Find out more about the show here https://buff.ly/lzyKCv0 and get all the catch-up podcasts https://buff.ly/rT6znsn Subscribe to the 702 and CapeTalk Daily and Weekly Newsletters https://buff.ly/v5mfet Follow us on social media: 702 on Facebook: https://www.facebook.com/TalkRadio702 702 on TikTok: https://www.tiktok.com/@talkradio702 702 on Instagram: https://www.instagram.com/talkradio702/ 702 on X: https://x.com/Radio702 702 on YouTube: https://www.youtube.com/@radio702 CapeTalk on Facebook: https://www.facebook.com/CapeTalk CapeTalk on TikTok: https://www.tiktok.com/@capetalk CapeTalk on Instagram: https://www.instagram.com/ CapeTalk on X: https://x.com/CapeTalk CapeTalk on YouTube: https://www.youtube.com/@CapeTalk567See omnystudio.com/listener for privacy information.

Most optometric practice owners have no idea how much money they're quietly losing in their optical simply because of merchandising, layout, and the conversations happening—or not happening—between staff and patients.   Welcome to this episode of 20/20 Money: The Business of Optometry. My guest on today's show is Kayla Ashlee. Kayla joins me on the show to talk about the subtle but incredibly powerful levers that influence buying behavior inside the dispensary and why the difference between a thriving optical and an average one often has less to do with pricing and more to do with psychology, presentation, and process.   In our conversation, we discuss the difference between optician-led versus patient-led frame selections, why many owners underestimate the power of suggestion in the optical, and how practices may be unintentionally leaving revenue on the table simply through the way eyeware is presented.. We also talk about practical merchandising strategies that can materially influence capture rate and optical performance without adding more patients to the schedule.   Resources: MassGeneral cafeteria experiment "You will read this first" image Book a Triage call with Adam Download the Practice Owner's Financial Toolkit 20/20 Money Ultimate Financial Success Masterclass OD Mastermind Interest Form Check out Adam's new book: How to Buy an Optometry Practice   ————————————————————————————— Please rate and subscribe to 20/20 Money on these platforms Apple Podcasts Spotify ————————————————————————————— For past episodes of 20/20 Money with full companion show notes, please check out our episode archive here!   Check out Adam's other podcast!   The Optometry Success Podcast  Subscribe on Apple Podcasts: https://bit.ly/4tttng6 Subscribe on Spotify: https://bit.ly/4tuf0YM   

Douglas Messier discusses a new partnership to develop asteroid mining technology. Key innovations like optical mining and solar thermal engines could eventually allow for large-scale robotic construction in space. (16/16)

Optical illusions have always been a favorite subject of the Bright Side team. Do you like optical illusions?

Host | Matthew S Williams For more podcast Stories from Space with Matthew S Williams, visit: https://itspmagazine.com/stories-from-space-podcast ______________________Episode Notes From Apollo to Artemis: What Lowell Observatory Knows About Going Back to the Moon Fifty years is a long time to forget how to do something. That is, more or less, where NASA stood when Artemis 1 left the pad — and where it stands now, with Artemis 2 having put humans beyond low Earth orbit for the first time in half a century. The institutional memory had thinned. The people who built Apollo had moved on, retired, or passed away. The books, as Dr. Alex Polanski puts it in this episode, had to be dusted off. Polanski, a Percival Lowell postdoctoral fellow at Lowell Observatory in Flagstaff, Arizona, joins host Matt to talk about what Artemis 2 actually proved, and why Lowell — an observatory better known for its exoplanet work and its founder's obsession with Mars — has always sat closer to crewed spaceflight than most people realize. The nine Apollo astronauts trained on the volcanic terrain of northern Arizona. They studied lunar maps made at Lowell. They walked the same ground tourists walk today, in the shadow of the Clark refractor. The conversation moves from the geology of the Moon's Highlands and Maria to the meteorite work of Dr. Nick Moskowitz, the mapping happening at the USGS office down the road, and the longer question behind all of it: is the Moon a stepping stone to Mars, or a detour? Polanski makes the case for the stepping stone — not out of caution, but because there are things we don't yet know we need to know, and a one-second light delay is a much more forgiving classroom than a twenty-minute one. And then there's what comes next. Radio telescopes in the craters of the far side, shielded from Earth's noise. Optical interferometers spread across lunar real estate, free of the atmospheric wobble that makes ground-based astronomy feel, in Polanski's words, like reading a note card at the bottom of a pool. For the first time, the possibility of actually seeing the surfaces of other stars. Percival Lowell saw canals on Mars that weren't there. He may have been looking at the veins in his own eye. A century later, his observatory is helping figure out how to look at the real thing.

Sponsor Link:When your ready to check out our special money saving NordVPN deal - Click HereToday on Astronomy Daily: A weather-delayed rocket launch gets a second chance — Dragon is heading to the ISS tonight. The most powerful rocket ever built is fuelled and ready, with Starship V3 Flight 12 targeting as early as May 19. NASA's Psyche spacecraft is days away from a dramatic Mars slingshot. A startup wants to beam electricity to satellites using lasers. Physicists may have cracked one of science's greatest puzzles. And Juno delivers the closest-ever view of a mysterious moon of Jupiter. All this — plus a Southern Hemisphere skywatching guide and space trivia — on Episode 101.   Chapter Timestamps 00:00 — Cold Open & Introduction 01:15 — Story 1: SpaceX CRS-34 Dragon cargo launch — weather scrub resolved 05:00 — Story 2: Starship V3 Flight 12 — launch as early as May 19 09:00 — Story 3: NASA Psyche spacecraft Mars flyby — this Friday 13:00 — Story 4: Star Catcher Industries raises $65M for space power grid 17:00 — Story 5: Brown University solves the cosmological constant problem 21:00 — Story 6: Juno's closest-ever image of Jupiter's moon Thebe 25:00 — Southern Hemisphere Skywatching Guide 26:30 — Space Trivia: What is asteroid Psyche made of? 27:30 — Outro & Sign-off   Stories Covered Today • SpaceX CRS-34 mission launches tonight from Cape Canaveral after Tuesday weather scrub • Starship V3 completes wet dress rehearsal — Flight 12 targeting May 19 • NASA Psyche spacecraft performs Mars gravity assist flyby on May 15 • Star Catcher Industries raises $65 million for world's first orbital power grid • Brown University proposes topology solution to the cosmological constant problem • NASA Juno captures closest-ever image of Jupiter's inner moon Thebe   Find us at astronomydaily.io | Follow @AstroDailyPod | Part of the Bitesz.com Podcast NetworkBecome a supporter of this podcast: https://www.spreaker.com/podcast/astronomy-daily-space-news-updates--5648921/support.Sponsor Details:Ensure your online privacy by using NordVPN. To get our special listener deal and save a lot of money, visit www.bitesz.com/nordvpn. You'll be glad you did!Become a supporter of Astronomy Daily by joining our Supporters Club. Commercial free episodes daily are only a click way... Click HereThis episode includes AI-generated content.

Host | Matthew S Williams For more podcast Stories from Space with Matthew S Williams, visit: https://itspmagazine.com/stories-from-space-podcast ______________________Episode Notes From Apollo to Artemis: What Lowell Observatory Knows About Going Back to the Moon Fifty years is a long time to forget how to do something. That is, more or less, where NASA stood when Artemis 1 left the pad — and where it stands now, with Artemis 2 having put humans beyond low Earth orbit for the first time in half a century. The institutional memory had thinned. The people who built Apollo had moved on, retired, or passed away. The books, as Dr. Alex Polanski puts it in this episode, had to be dusted off. Polanski, a Percival Lowell postdoctoral fellow at Lowell Observatory in Flagstaff, Arizona, joins host Matt to talk about what Artemis 2 actually proved, and why Lowell — an observatory better known for its exoplanet work and its founder's obsession with Mars — has always sat closer to crewed spaceflight than most people realize. The nine Apollo astronauts trained on the volcanic terrain of northern Arizona. They studied lunar maps made at Lowell. They walked the same ground tourists walk today, in the shadow of the Clark refractor. The conversation moves from the geology of the Moon's Highlands and Maria to the meteorite work of Dr. Nick Moskowitz, the mapping happening at the USGS office down the road, and the longer question behind all of it: is the Moon a stepping stone to Mars, or a detour? Polanski makes the case for the stepping stone — not out of caution, but because there are things we don't yet know we need to know, and a one-second light delay is a much more forgiving classroom than a twenty-minute one. And then there's what comes next. Radio telescopes in the craters of the far side, shielded from Earth's noise. Optical interferometers spread across lunar real estate, free of the atmospheric wobble that makes ground-based astronomy feel, in Polanski's words, like reading a note card at the bottom of a pool. For the first time, the possibility of actually seeing the surfaces of other stars. Percival Lowell saw canals on Mars that weren't there. He may have been looking at the veins in his own eye. A century later, his observatory is helping figure out how to look at the real thing.

This talk was recorded live at Vision Weekend USA, held December 5–7, 2025 in the Bay Area. Vision Weekends are our flagship conference series, bringing together leading scientists, entrepreneurs, funders, and policymakers to explore frontier science and technology and to imagine paths toward flourishing futures. Hosted on Acast. See acast.com/privacy for more information.

- Nvidia, Corning, big optical fiber deal - Optical computing - New MRC RDMA on Ethernet fabrics - MRC vs RoCEv2 and Infiniband - AMD strengths in GPUs and CPUs - Ocean wave energy for data centers [audio mp3="https://orionx.net/wp-content/uploads/2026/05/HPCNB_20260511.mp3"][/audio] The post HPC News Bytes – 20260511 appeared first on OrionX.net.

Marvell Technology has acquired Polariton Technologies to expand its optical technology capabilities, focusing on plasmonics-based silicon photonics devices to scale optical performance to 3.2 terabits and beyond. This acquisition aims to address the increasing demands of data center architectures driven by artificial intelligence workloads. Marvell's strategy includes enhancing its photonics, digital signal processing, and switching capabilities, while operating in key geographical segments such as the United States, Singapore, Israel, India, and China.Learn more on this news by visiting us at: https://greyjournal.net/news/ Hosted on Acast. See acast.com/privacy for more information.

  Welcome to the Firearms Insider Gun & Gear Review Podcast episode 624. This episode is brought to you by Walker Defense, XS Sights, and Hi-Point. In this show we will be discussing a bunch of new optics   As you may know, we showcase guns, gear, and anything else you might be interested in. We […]

  Welcome to the Firearms Insider Gun & Gear Review Podcast episode 624. This episode is brought to you by Walker Defense, XS Sights, and Hi-Point. In this show we will be discussing a bunch of new optics   As you may know, we showcase guns, gear, and anything else you might be interested in. We do our best to evaluate products from an unbiased and honest perspective.   I'm Chad Wallace, host of the most dedicated firearms podcast around With me tonight are: Tony, Rob, Rusty   Sponsor #1: Walker Defense Research   Walker Defense provides shooters with the finest, most innovative, quality, tactical accessories and firearm components around. From their NILE grip panels to their NERO muzzle brakes, no details are ever left behind. Only top quality materials are used in the manufacturing process. Together, all of this gives you some of the best firearm performance around. Everything they have to offer is proudly made in the USA. Walker Defense, where American ingenuity meets bleeding edge technology.   Our Walker Defense Product of the week is - 2 slot NILE rail covers   Use code “INSIDER15” FOR 15% OFF everything at walkerdr.com   What we did in Firearms:   Announcements: Kat's Rack Defense fund and giveaway https://www.firearmsinsider.tv/giveaway  https://www.givesendgo.com/Katsrackdefensefund  https://www.facebook.com/share/1DoL2dpmoK/    Bandwidth sponsor Patriot Patch Co.  And their Patch of the Month Club! Check out the Pew.Report T-shirts are available through our FRN site, or click the “Merch” tab on Firearmsinsider.tv   AFFILIATES / DISCOUNTS: Walker Defense Research - enter “INSIDER15” for 15% off XS Sights - “GGR20” for 20% off Primary Arms VZ Grips  Brownells Gun Guys Garage discount code - “FRN15OFF” Atibal Optics - enter “FIREARMSINSIDER20” for 20% off 5.11 Tactical PowerTac Lights - enter “GGR” for a real good discount JSD Supply Modern Spartan Systems - “GGR15” for 15% off Global Ordnance Infinite Defense (Infinity Targets) - “PEW15” for 15% off Guns.com Magpul Palmetto State Armory Unique ARs - “GunGearReview” for 10% off CobraTec Knives - “GGR10” for 10% off Nutrient Survival - “GGR10” for 10% off Gideon Optics - “GGR” or “INSIDER” for 10% off Lone Wolf Arms US Optics - “INSIDER15” for 15% off Camorado - “FIREARMSINSIDER” for 5% off Optics Planet Midway USA Strike Industries North Forest Arms - “GGR” for 10% off Kini SafeAlert - “GGR” for 20% off FoxTrot Mike - “GGR” for 10% off XTech Tactical - “GGR10” for 10% off Die Free Co ZeroTech Optics - “GGR” for 20% off BattleHawk Armory Goliath Defense - “GGR” for 10% off holsters Classic Firearms  True Shot Ammo  Next Level Armament Hi-Point - “GGR” FOR $20 off a Hi-Point firearm at ShootAmmo.com   ROB - Disclaimer The views and opinions expressed in this podcast are those of the individual co-hosts and do not reflect the official policy or position of the Firearms Radio Network and/or their employers. This is NOT legal advice, nor should it be considered as such. Viewer discretion is advised.   Main Topic is sponsored by: Hi-Point     Hi-Point firearms has been crafting American made firearms for over 30 years. If you are looking for your first firearm, or just want something fun for the range, Hi-Point has you covered with models including handguns, pistol caliber carbines, and AR15's. They even have a new suppressor line. Hi-Point firearms can be found at extremely affordable prices, making them available for anyone that wants to protect themselves and/or their families. Every Hi-Point also comes with a lifetime warranty and most of their products are 50 state legal. Hi-Point Firearms, made by the American working man for the American working man.   Our Hi-Point Product of the week is - Gold HP-15   Visit hi-pointfirearms.com and check out their line of products Use code “GGR” FOR $20 off a Hi-Point firearm at ShootAmmo.com    Main Topic: Product Review Chad - ZeroTech Thrive 1-10x24   Product Spotlight and Discussion:    Atibal ARES Max MSRP - $379.99, pre order - $279.99   SightMark Strikon VMP 1-4x22 MSRP - $449.97   Sponsor #3: XS Sights   For over 25 years, XS Sights has helped you get on target faster. Offering tritium sights in all different types and styles, low light is no longer an obstacle. Most options come with a brightly colored photoluminescent ring around the tritium. That colored ring makes them work great in the daylight also. XS Sights has sight styles for everyone: Big Dot's, Ghost Rings, Standard Notch and Post, Minimalist, Suppressor Height, all offering tritium options. Available for a plethora of firearms types, from shotguns to handguns, XS sights has you covered for all your low light sighting needs.   Our XS Sights Product of the week is - F8 series of Night Sights   Use Code “GGR20” for 20% off of almost everything at xssights.com   Primary Arms Compact PLxC 1.5-12X36mm FFP RDB MSRP - $1999.99   Colt Optics VMR 3-18x44 MSRP - $1869.00   Listener Feedback None   2nd is for Everyone Diversity Shoot Events simonsaystrain on instagram 2nd is for Everyone Facebook 2A4E Web Page   Wrap up: Send questions, comments, or feedback to - gungearreview@gmail.com Remember to Subscribe and Leave us an iTunes Review Be sure to visit the Firearms Insider at www.firearmsinsider.tv Check us out on Facebook, X, and InstaGram @firearmsinsider  Subscribe to our Rumble channel  Please check out all our great sponsors Thank you for listening to the “LARGEST”, pound for pound, podcast on the network We are out

In this episode, Dr. Steve Vargo sits down with Susan Daly, Head of Optical Products at IDOC, live from IDOC Connection to tackle a challenge every independent optometry practice faces: complexity in the optical. From overloaded frame boards to overwhelming lens options, today's opticals are often suffering from the “peanut butter problem”, too many choices leading to decision fatigue for both patients and staff. The result? Lower capture rates, walking scripts, and missed revenue. Susan shares a practical path forward, showing how simplifying your frame selection, lens offerings, and conversations can increase capture, improve team performance, and create a better patient experience. You will learn: Why fewer choices can lead to more sales How the three-pair presentation drives confident decisions Why confusion, not price, is often the real barrier How to simplify your lens strategy without sacrificing quality A clear framework to communicate value in under two minutes If you want a more efficient, profitable optical that feels easier to run, this episode gives you the blueprint. Get free IDOC Essential Membership just by using IDOC Labs.    Follow our Podcast on All Available Platforms Follow our Podcast on Instagram Follow IDOC on Facebook Follow IDOC on LinkedIn Watch our Podcast Video on YouTube  

WBZ NewsRadio's Emma Friedman has more.See omnystudio.com/listener for privacy information.

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rWotD Episode 3262: Optical System for Imaging and low Resolution Integrated Spectroscopy Welcome to random Wiki of the Day, your journey through Wikipedia's vast and varied content, one random article at a time.The random article for Thursday, 9 April 2026, is Optical System for Imaging and low Resolution Integrated Spectroscopy.The Optical System for Imaging and low Resolution Integrated Spectroscopy (OSIRIS) is an optical spectrometer at the Gran Telescopio Canarias (GTC) in Spain. It was the first instrument in operation at the GTC. OSIRIS's key scientific project is OTELO.Sensitive in the wavelength range from 365 through 1000 nm, OSIRIS is a multiple purpose instrument for imaging and low-resolution long slit and multiple object spectroscopy (MOS). Imaging can be done using broad-band filters or narrow-band tunable filters with FWHM ranging from 0.2 to 0.9 nm at 365 nm, through 0.9 to 1.2 at 1000 nm. OSIRIS observing modes include also fast photometry and spectroscopy. OSIRIS's field of view is of 8.5×8.5 arcminutes and the maximum nominal spectral resolution is of 5000 for a slit width of 0.6 arcsec. MOS incorporates detector charge shuffling co-ordinated with telescope nodding for an excellent sky subtraction. The use of tunable filters is a completely new feature in 8 to 10 m class telescopes that will allow observing the very faint and distant emission line objects.This recording reflects the Wikipedia text as of 00:54 UTC on Thursday, 9 April 2026.For the full current version of the article, see Optical System for Imaging and low Resolution Integrated Spectroscopy on Wikipedia.This podcast uses content from Wikipedia under the Creative Commons Attribution-ShareAlike License.Visit our archives at wikioftheday.com and subscribe to stay updated on new episodes.Follow us on Mastodon at @wikioftheday@masto.ai.Also check out Curmudgeon's Corner, a current events podcast.Until next time, I'm generative Amy.

Send us Fan MailOptical Engineer Career in India: Scope, Salary, Skills, Colleges and Jobs ExplainedHave you ever wondered how your phone camera captures stunning images… how lasers perform surgeries… or how data travels through fibre optics at lightning speed?Behind all of this is a powerful and future-ready career — Optical Engineering.Welcome to another insightful episode of The Kapeel Gupta Career PodShow, where we decode careers that shape the future.In this episode, we explore how optical engineers design systems using light — from cameras and sensors to satellites, medical devices, and telecom networks. 

Exciting updates from the world of gaming news!

The eyes are the window to the soul… And your heart too?

This has been a rough winter for the world, but especially in for one of Downtown Carlisle's newer business owners. Earlier this year, Civil Eyes'd Optical's building caught fire and is in the process of repairs and being able to open back up. So the DTSB gang of Phil George, Cassie Fourlas, and Cody Myers sat down with Michelle Delp to talk about her journey to get where she is today and how she's weathering the storm. There's a lot of good discussions about how it feels to not be grounded by the stability of a place to go and how she's navigated it by offering to take her work on the road right to the client's house! There's so much good stuff in here and all I know is that we all need to go to Boscov's after this! Civil Eyes'd Optical Links:https://www.civileyesdoptical.com/https://www.facebook.com/civileyesdopticalhttps://www.instagram.com/civileyesdoptical/If you'd like to be a guest on the podcast, email dtsbpodcast@gmail.comIf you're in need of marketing services, reach out to me! myersmedia.orghttps://www.facebook.com/MyersMedia717https://www.instagram.com/myers_media/

A MUST LISTEN PODCAST! This podcast should be mandatory for all archers regardless of where they are currently with their eyesight. Things will change inevitably with your vision and this talk with Chuck Cooley delivers great information on the stages of eyesight reduction, progression, repairs, sight clarity, downrange optic options, eyewear, clarification , variation, ect... You name it, Chuck explains it related to eyesight in the archery industry. Chuck is a highly successful licensed optician, professional archer, former gold medalist, leading lens provider for our sight industry for many years and last but not least a professional person. He dives deeper than I would have thought on this repetitive topic of the evolution of eyesight for marksmen.

This show has been flagged as Clean by the host. We'll explain why we're doing it, what it is, and cover some useful tools along the way. I've been watching movies recommended to me by my colleagues. As I work for a global company, the recommendations are often “Foreign Language”, which by definition is every movie to someone. It's often difficult to read the subtitles, or they are distracting from the acting. So I thought of converting the subtitles to speech for inclusion as an audio track, to produce a Voice Over or Lectoring audio track. Lectoring aka Voice Over Translations First used is soviet countries to read the news and propaganda from a lectors - the first podcasts ? In Polish, lektor is also used to mean “off-screen reader” or “voice-over artist”. A lektor is a (usually male) reader who provides the Polish voice-over on foreign-language programmes and films where the voice-over translation technique is used. This is the standard localization technique on Polish television and (as an option) on many DVDs; full dubbing is generally reserved for children's material. https://en.wikipedia.org/wiki/Lector#Television Example: Night of the Living Dead To give you an idea of what this sounds like I'm going to play you an example of the out of copyright movie, Night of the Living Dead . In the United States, Night of the Living Dead was mistakenly released into the public domain because the original distributor failed to replace the copyright notice when changing the film's name Original First the original sound track, then the same clip with the voice over track. Voice Over Proof of Concept As a native English speaker I find it difficult to follow those Voice Over tracks as I am trying to focus on the underlying audio. In discussions with Polish friends, it seems that this is not a problem when Polish is your native language. To put that to the test I wanted to try it out on a movie to see if that were indeed the case. I asked on Mastodon for a non English movie that was Creative Commons but did have English Subtitles, and HPR host Windigo had the answer. 2009 Nasty Old People is a 2009 Swedish film directed by Hanna Sköld, Tangram Film. It premiered on 10 October 2009 at Kontrapunkt in Malmö, and on file sharing site The Pirate Bay. The film is available as an authorized and legal download under the Creative Commons license CC BY-NC-SA. So my idea was to take each bit of subtitle text, convert it to audio, then have the generated audio play at the same time the subtitle appears on the screen. We use piper to process shows here on HPR, and we also generate srt, or SubRip subtitle files for each show. SRT or SubRip files are the easiest subtitle file to work with. From https://en.wikipedia.org/wiki/SubRip The SubRip file format is described on the Matroska multimedia container format website as “perhaps the most basic of all subtitle formats.” SubRip (SubRip Text) files are named with the extension .srt , and contain formatted lines of plain text in groups separated by a blank line. Subtitles are numbered sequentially, starting at 1. The timecode format used is hours:minutes:seconds,milliseconds with time units fixed to two zero-padded digits and fractions fixed to three zero-padded digits (00:00:00,000). The comma (,) is used for fractional separator . A numeric counter identifying each sequential subtitle The time that the subtitle should appear on the screen, followed by –> and the time it should disappear Subtitle text itself on one or more lines A blank line containing no text, indicating the end of this subtitle I downloaded the movie from the Internet Archive , and then used Piper voice to convert a minutes worth of subtitles. piper_voice: A fast and local neural text-to-speech engine that embeds espeak-ng for phonemization. GPL-3.0 license Once I had the audio prepared for a sample of the subtitles, it was over to audacity to create a new subtitle audio track. Audacity is the world's most popular audio editing and recording app GPL v2 or later, Timing the segments would be a problem, if it were not for the fact that Audacity supports srt files as Labels. File > Import > Lables. Then select the srt file The subtitle track with the text of the audio will be displayed. I could then Import each Audio segment and line them up with the subtitle track for to get the correct timing. Each subtitles segment created a new separate audio file which I then exported. I then used Kdenlive to open the video and import the audio and subtitle tracks. Kdenlive: is the acronym for KDE Non-Linear Video Editor. It works on Linux, Windows, macOS, and BSD. GPL-3.0-or-later There is a good article on adding by Jean-Marc on How to Add Subtitles Easily in Kdenlive Project > Subtitles > Add Subtitle Track Select the Subtitle file Align the subtitle and audio track. After rendering the segment out I was satisfied that this was something worth doing. The script The script can be found on the episode page for this show on the HPR site, and I put it together as a proof of concept. It creates a new audio track for the subtitles, and merges this with the original sound track to create a new selectable sound track. It begins by creating a length of silent audio that is as long as up to the first subtitle time segment begin timestamp. The first subtitle segment is converted from text to speech using Piper voice That segment of audio is added to the initial silence track. We check the total length so far, and then see if there is supposed to be silence between the last and next subtitle segment begin timestamp. If there is, then a filler piece of silence is added until the next subtitle should appear. If not then the audio for both subtitles play immediately after one another. I was worried that the subtitle audio would then lag behind the on screen dialogue but it works surprisingly well. Even long series of dialogue sort themselves out after a bit. We do this over and over again for each subtitle, right up to the very end of the movie. This new subtitle to speech audio track is then merged back into the media file as a new audio track. 96 00:15:06,240 --> 00:15:10,640 It will be two years before it's this big 97 00:15:12,840 --> 00:15:17,840 But don't you bother. By then I'll be long gone 98 00:15:19,840 --> 00:15:22,400 It was just a question 99 00:15:22,880 --> 00:15:25,480 Porridge? Original First the original sound track, then the same clip with the voice over track. Voice Over Lessons learned Now that I have done this for a lot of movies, there a few tips for getting the best output. The creation of the audio track usually goes well, but you can run into issues with the merging of the new track back into the movie. Preparation The first thing you need is a subtitle file which will be the basis of the voice you will be listening to. It should be good quality so that it matches when the actors speak. It's important to clean up this before you use it, fixing spelling mistakes and removing html that will get rendered. Listening to three hours of “I L Zero ve y Zero u”, or “less than forward slash I, greater than”, or “L am from Lndia” can get a bit tedious. You should also try and get versions that translate the songs as well. Getting a SRT file from the media. As many Subtitles are taken from a DVDs they can often be poor Optical character recognition versions of the bitmap-based streams. So a picture of string “Hello World” rather than the letters. ffmpeg By far the easiest and best way to get the subtitles is to extract it from the movie itself, provided it's a separate track. ffmpeg is a complete, cross-platform solution to record, convert and stream audio and video. LGPL-2.1-or-later, GPL-2.0-or-later https://ffmpeg.org/ ffmpeg -y -hide_banner -loglevel error -txt_format text -i "${this_movie_file}" "${this_srt_file}" Getting a SRT file from the web. If that fails you can try to get the subtitle files from the Internet. https://www.opensubtitles.org Select your language with the highest subtitle rating. You can check the media using the mpv media player. mpv is a media player based on MPlayer and mplayer2. It supports a wide variety of video file formats, audio and video codecs, and subtitle types. GPLv2+, parts under LGPLv2.1+, some optional parts under GPLv3 https://mpv.io/manual/master/ Name the srt file with the same prefix as the movie and mpv will play it. You can also use the --sub-files= option as well. mpv "${this_movie_file}" --sub-files="${this_srt_file}" Scrub through the file to see if the timing is correct. The subtitles can be toggled using the j key. Fixing Timing issues It's very important to get the subtitles to align, otherwise the voices will be out of sync. When the subtitles don't match up, it's usually that they need to have the start offset corrected. ffsubsync will automatically try and adjust the offset of the first subtitle to the first use of speech in a movie. ffsubsync: Language-agnostic automatic synchronization of subtitles with video, so that subtitles are aligned to the correct starting point within the video. MIT license https://github.com/smacke/ffsubsync pip install ffsubsync ffs video.mp4 -i unsynchronized.srt -o synchronized.srt LosslessCut will allow you to quickly remove additional trailers, or ads, at the beginning, so that ffsubsync will have a better chance of working if they are trimmed away. LosslessCut: aims to be the ultimate cross platform FFmpeg GUI for extremely fast and lossless operations on video, audio, subtitle and other related media files. GPL-2.0 license https://github.com/mifi/lossless-cut If that fails to match up the subtitles, you can use mpv keyboard shortcuts , move to the first speech segment an then press the Ctrl+Shift+Left and Ctrl+Shift+Right to adjust subtitle delay so that the next or previous subtitle is displayed. It will also show a number giving the miliseconds the delay is, eg -148416 miliseconds or -148.416 seconds. You can use many tools to adjust the subtitles, and I tried out SRT Offset . srt-offset: A simple command-line tool to offset SRT subtitle files. This tool allows you to adjust the timing of subtitles in SRT files, which can be useful when subtitles are out of sync with the video. MIT license srt-offset -i input.srt -offset -148.416 -o output.srt Manually adding the new subtitle to speech audio track If that presents an issue then you can use avidemux to just add the new audio track. Avidemux: is a free video editor designed for simple cutting, filtering and encoding tasks. GPL V2 Open Avidemux, and select “File > Open”, to select the movie. Then go to “Audio > Select Track” Select the next unselected track and tick “Enabled”, “Add Audio Track” Then pick the new mixed track, in this example .~NastyOldPeople_mixed.mp3 Conclusion I now find it much easier to watch a movie with the voice over track. It gets to a point where I don't even notice it is there and just hear the actors speak in their own language, and I just know what they are saying. Links 2009 Nasty Old People A Spanish voice-over translation avidemux by Jean-Marc on How to Add Subtitles Easily in Kdenlive container format Decimal separator extension ffmpeg ffmpeg on wikipedia ffsubsync GPL-3.0 license GPL v2 or later Kdenlive LGPL-2.1 LosslessCut Matroska MIT license Movie on Archive.org mpv mpv keyboard shortcuts mpv wikipedia Nasty Old People from the Internet Archive Night of the Living Dead Noc żywych trupów | Film grozy | Polski lektor OpenSubtitles opensubtitles.org Optical character recognition Piper voice SRT Offset srt, or SubRip subtitle files SubRip Timecode Voice-over translation Whisper Provide feedback on this episode.

What's the actual difference between sensation and perception? And why does the MCAT test it so heavily?In this Jack Westin MCAT Podcast episode, Mike and Molly break down one of the most commonly confused topics in psych/soc: sensation vs. perception. They walk through the key definitions, thresholds, theories, and perceptual principles you need to know, all with real-world examples, MCAT applications, and even a few optical illusions to prove how easily your brain can be tricked.In this episode, you'll learn:

Send us Fan MailPaper Discussed in this AI Journal Club:From Image-Guided Surgery to Computer-Assisted Real-Time Diagnosis with Hyperspectral and Multispectral Imaging: A Systematic Review in Gynecologic Oncology. Innocenzi C, Pavone M, Seeliger B, et al. Diagnostics 2026.Episode Summary:In this journal club deep dive, we explore a groundbreaking 2026 systematic review that challenges the traditional intraoperative frozen section. We examine how hyperspectral and multispectral imaging are fundamentally reshaping the operating room by giving surgeons real-time, molecular-level vision. What happens when we can see beyond the visible spectrum, and how do we navigate the philosophical boundary between human surgical intuition and artificial intelligence?In This Episode, We Cover:• The End of the "Frozen Section" Waiting Game: Why current intraoperative pathology wastes precious surgical time and how "optical biopsies" provide cellular-level insight without the need for tissue contact, contrast agents, or freezing.• The Science of the Spectral Fingerprint: Moving beyond standard RGB monitors that limit what surgeons can see. How malignant tissues interact with light—through refraction, scattering, absorption, and fluorescence—to create unique optical signatures that our naked eyes completely miss.• Entering the Hypercube: How the 3D data sets of spectral imaging are captured: ◦ Spatial & Spectral Scanning: High-resolution methods that unfortunately struggle with breathing patients, making them susceptible to motion artifacts. ◦ Snapshot Technology: The real-time, video-rate method that balances spatial and spectral resolution for live clinical use.• Clinical Showdowns - Cervical and Ovarian Cancer: ◦ Cervical Neoplasia: How multispectral imaging tracks the dynamic whitening of tissue following acetic acid application, plummeting false-diagnostic rates to an astonishing 1.7% compared to the 20-24% error rates of traditional methods. ◦ Ovarian Cancer: The massive hurdle of surgical blood acting as an "optical sink" that confuses sensors by causing spatial heterogeneity, and how mathematical normalization techniques correct these specific errors. ◦ The Falloposcope: A look at miniaturized technology safely navigating the fallopian tubes, combining optical coherence tomography (OCT) and multispectral imaging to detect early-stage cancers right where they originate.• The "Black Box" and Spurious Correlations: Why feeding complex hypercube data into AI models (like CNNs and Random Forests) can be dangerous if the data sets are unbalanced. If an algorithm learns to diagnose cancer based on a spurious correlation like the glare of an OR light rather than actual biomolecular tumor markers, it will fail in new environments. We discuss the absolute necessity of Explainable AI (XAI) so surgeons can trust the biological plausibility of the machine's decisions.Key Takeaway: The integration of hyperspectral and multispectral imaging serves as a real-time optical biopsy, offering incredible sensitivity for detecting malignancies. By pairing these tools with transparent, explainable AI, we are standing on the precipice of a new era that will drastically improve patient outcomes and force us to redefine the future of surgical intuitionSupport the showGet the "Digital Pathology 101" FREE E-book and join us!

Happy International Women's Day! On this episode, Maria Varmazis caught up with ⁠Khalia Padilla, CEO at Imagine Engine, to discuss investing in optical space technologies and going global during Commercial Space Week 2026. She discusses two projects backed by Imagine Engine: one developing an optical transceiver that bridges radio-frequency and optical signals, supported by a NASA grant, and another building a modular, maneuverable satellite in collaboration with students from Lehigh University using similar RF-to-optical modulation techniques. And, more. Remember to leave us a 5-star rating and review in your favorite podcast app. Be sure to follow T-Minus on ⁠⁠LinkedIn⁠⁠ and ⁠⁠Instagram⁠⁠. Want to hear your company in the show? You too can reach the most influential leaders and operators in the industry. Here's our ⁠⁠media kit⁠⁠. Contact us at ⁠⁠space@n2k.com⁠⁠ to request more info. Want to join us for an interview? Please send your pitch to ⁠⁠space-editor@n2k.com⁠⁠ and include your name, affiliation, and topic proposal. T-Minus is a production of N2K Networks, your source for strategic workforce intelligence. © N2K Networks, Inc. Learn more about your ad choices. Visit megaphone.fm/adchoices

Tonight the dudes talk optics, optics, and more optics!

James Altucher Show: Read the notes at at podcastnotes.org. Don't forget to subscribe for free to our newsletter, the top 10 ideas of the week, every Monday --------- A Note from James:Is he the most hated man in America? I don't think so.Martin Shkreli was notorious for various reasons that you'll hear about in this episode—there are some crazy stories—but I've come to know Martin over the past few months as both a friend and business partner.Let's just hear his stories and explanations. I think you'll agree with me that this is one of the smartest people I've ever had on the podcast.Episode Description:Martin Shkreli became one of the most controversial figures in business history—labeled “the most hated man in America,” prosecuted, imprisoned, and publicly vilified.In this conversation, he tells his side of the story.Part 1 focuses on how media narratives form, why conviction and risk-taking matter in entrepreneurship, and the deeper mechanics behind the pharmaceutical controversy that made him famous. He explains the economics of drug pricing, insurance systems, neglected medications, and why public perception diverged so dramatically from what patients actually experienced.The episode also explores learning across disciplines, intellectual courage, prosecutors' incentives, and how public scandals evolve into legal consequences.Whether you agree with him or not, the discussion raises uncomfortable questions about business, regulation, media, and reputation.What You'll Learn:Why media narratives can shape public opinion more than factsThe real economics behind pharmaceutical pricing and insurance coverageHow entrepreneurs learn complex industries without formal trainingWhy conviction and risk tolerance are essential in investing and businessHow incentives within legal and political systems influence outcomesTimestamped Chapters:[00:02:00] “Most Hated Man in America” — Media Narratives & Reputation[00:03:11] A Note from James[00:03:45] Humor vs. Backlash: Handling Public Criticism[00:06:39] Conviction, Investing & Standing Your Ground[00:09:00] Optimism, Forgiveness & Business Relationships[00:12:08] The Pharma Controversy Begins[00:14:52] From Hedge Funds to Biotech CEO[00:17:40] Learning New Industries from Scratch[00:19:00] Staying Curious & Avoiding Fear of Complexity[00:21:00] Borrowing Knowledge Across Domains[00:23:06] How People Actually Learn Complex Skills[00:29:00] Entrepreneurship, Ego & Motivation[00:31:20] The Daraprim Pricing Decision Explained[00:34:00] Neglected Drugs & Pharma Economics[00:37:00] Profit Motive vs. Public Good[00:41:13] Why He Became the Target[00:45:00] Prosecutors, Incentives & Legal Strategy[00:47:00] Hedge Funds, Technical Violations & Trials[00:50:00] High-Profile Cases & Selective Enforcement[00:53:00] Media Attention & Personal DecisionsSee Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

A Note from James:In the last episode, we talked about whether Martin Shkreli really deserves the label “most hated man in America.” My conclusion was no, and I hope you came to the same conclusion after hearing his perspective.In this episode, we shift gears completely. We talk about Bitcoin, crypto, AI, energy, optical computing, and what the future of technology might actually look like.Martin has a very unusual combination of skills—finance, biotech, programming—and I always enjoy hearing how he connects ideas across different fields. That's what this conversation is about.Episode Description:What happens when AI demand collides with the limits of computing power and energy?In Part 2, Martin Shkreli and James explore the future of technology—from crypto vulnerabilities to optical computing, GPU scaling, and the potential energy crisis driven by artificial intelligence.They discuss whether Bitcoin can survive quantum computing, why stablecoins solve real-world financial problems, and how computing architecture may shift beyond traditional silicon chips. The conversation then moves into AI economics: why companies might spend billions on compute to make better decisions, how energy constraints could shape innovation, and why optical computing could become the next major breakthrough.This episode isn't about controversy—it's about technological leverage, incentives, and where computation is heading next.What You'll Learn:Why quantum computing could eventually threaten Bitcoin's encryptionThe real-world advantages of stablecoins and decentralized paymentsHow AI demand could create massive new energy constraintsWhy optical (photonic) computing may outperform traditional silicon chipsHow businesses might use large-scale AI compute for strategic decisionsTimestamped Chapters:[00:02:00] Bitcoin, Encryption & Quantum Computing Risks[00:03:02] A Note from James[00:03:34] Crypto Markets: Speculation vs. Utility[00:05:23] Banking Control, Debanking & Stablecoins[00:07:40] Moore's Law, Huang's Law & The Limits of Silicon[00:08:45] Optical Computing Explained[00:09:12] NVIDIA, Parallelization & Power Consumption[00:10:24] Energy Constraints & The Electrical Grid[00:11:41] AI Energy Demand vs. Countries[00:12:24] Corporate AI Decision-Making at Scale[00:13:37] The Coming Explosion of AI Compute[00:14:20] Energy Efficiency vs. Speed[00:15:17] GPU Efficiency Improvements & Jevons Paradox[00:17:00] Why AI Is Different from Traditional Computing[00:17:47] Optical vs. Quantum vs. DNA Computing[00:18:19] Why Optical Computing Fits AI Perfectly[00:19:28] Precision, Bits & Neural Networks[00:21:24] Error Tolerance in AI Systems[00:22:00] Fiber Optics & Existing Infrastructure[00:23:16] New Computing Paradigms Beyond Silicon[00:24:00] Matrix Multiplication & AI Workloads[00:24:53] Closing ThoughtsSee Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

This week on Paranormal Activity, Yvette Fielding is joined by friend of the show Glen Hunt to dive headfirst into one of the most controversial and mind-bending topics in the paranormal world… modern time travel.Are we really seeing visitors from the future?Or are these viral cases simply clever hoaxes wrapped in digital-age mythology?Together, Yvette and Glen dissect four extraordinary cases that have divided believers and sceptics alike:

A Note from James:Is he the most hated man in America? I don't think so.Martin Shkreli was notorious for various reasons that you'll hear about in this episode—there are some crazy stories—but I've come to know Martin over the past few months as both a friend and business partner.Let's just hear his stories and explanations. I think you'll agree with me that this is one of the smartest people I've ever had on the podcast.Episode Description:Martin Shkreli became one of the most controversial figures in business history—labeled “the most hated man in America,” prosecuted, imprisoned, and publicly vilified.In this conversation, he tells his side of the story.Part 1 focuses on how media narratives form, why conviction and risk-taking matter in entrepreneurship, and the deeper mechanics behind the pharmaceutical controversy that made him famous. He explains the economics of drug pricing, insurance systems, neglected medications, and why public perception diverged so dramatically from what patients actually experienced.The episode also explores learning across disciplines, intellectual courage, prosecutors' incentives, and how public scandals evolve into legal consequences.Whether you agree with him or not, the discussion raises uncomfortable questions about business, regulation, media, and reputation.What You'll Learn:Why media narratives can shape public opinion more than factsThe real economics behind pharmaceutical pricing and insurance coverageHow entrepreneurs learn complex industries without formal trainingWhy conviction and risk tolerance are essential in investing and businessHow incentives within legal and political systems influence outcomesTimestamped Chapters:[00:02:00] “Most Hated Man in America” — Media Narratives & Reputation[00:03:11] A Note from James[00:03:45] Humor vs. Backlash: Handling Public Criticism[00:06:39] Conviction, Investing & Standing Your Ground[00:09:00] Optimism, Forgiveness & Business Relationships[00:12:08] The Pharma Controversy Begins[00:14:52] From Hedge Funds to Biotech CEO[00:17:40] Learning New Industries from Scratch[00:19:00] Staying Curious & Avoiding Fear of Complexity[00:21:00] Borrowing Knowledge Across Domains[00:23:06] How People Actually Learn Complex Skills[00:29:00] Entrepreneurship, Ego & Motivation[00:31:20] The Daraprim Pricing Decision Explained[00:34:00] Neglected Drugs & Pharma Economics[00:37:00] Profit Motive vs. Public Good[00:41:13] Why He Became the Target[00:45:00] Prosecutors, Incentives & Legal Strategy[00:47:00] Hedge Funds, Technical Violations & Trials[00:50:00] High-Profile Cases & Selective Enforcement[00:53:00] Media Attention & Personal DecisionsSee Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Astronomy Cast Ep. 782: Luminous Fast Blue Optical Transients By Fraser Cain & Dr. Pamela Gay Streamed live on Feb 13, 2026. Modern astronomy has found that the Universe can surprise us. Here's one which astronomers have called Luminous Fast Blue Optical Transients. They're kinda like supernovas, they're kind of like gamma ray bursts, but they're not like them. So what are they? In the distant Universe, are blue light flashes, bright and hard to understand. These objects, uncreatively named "Luminous Fast Blue Optical Transients," are just the kind of puzzle astronomers love. In this episode, we look at their discovery and our current understanding of what they might be. Image credit: NASA, ESA, NSF's NOIRLab, Mark Garlick, Mahdi Zamani This show is supported through people like you on Patreon.com/AstronomyCast In this episode, we'd like to thank: Burry Gowen, Eric Lee, Jeanette Wink, Michael Purcell, Andrew Poelstra, David, David Rossetter, Ed, Gerhard Schwarzer, Jason Kwong, Joe McTee, Sergey Manouilov, Siggi Kemmler, Sergio Sancevero

https://www.youtube.com/watch?v=sVvY9HGss8E Hosted by: Fraser Cain (@frasercain) and Dr. Pamela L. Gay (@CosmoQuest) Streamed live on Feb 13, 2026. Modern astronomy has found that the Universe can surprise us. Here's one which astronomers have called Luminous Fast Blue Optical Transients. They're kinda like supernovas, they're kind of like gamma ray bursts, but they're not like them. So what are they? In the distant Universe, are blue light flashes, bright and hard to understand. These objects, uncreatively named "Luminous Fast Blue Optical Transients," are just the kind of puzzle astronomers love. In this episode, we look at their discovery and our current understanding of what they might be. Image credit: NASA, ESA, NSF's NOIRLab, Mark Garlick, Mahdi Zamani   This show is supported through people like you on Patreon.com/AstronomyCast  In this episode, we'd like to thank: Burry Gowen, Eric Lee, Jeanette Wink, Michael Purcell, Andrew Poelstra, David, David Rossetter, Ed, Gerhard Schwarzer, Jason Kwong, Joe McTee, Sergey Manouilov, Siggi Kemmler, Sergio Sancevero   We've added a new way to donate to 365 Days of Astronomy to support editing, hosting, and production costs.  Just visit: https://www.patreon.com/365DaysOfAstronomy and donate as much as you can! Share the podcast with your friends and send the Patreon link to them too!  Every bit helps! Thank you! ------------------------------------ Do go visit http://www.redbubble.com/people/CosmoQuestX/shop for cool Astronomy Cast and CosmoQuest t-shirts, coffee mugs and other awesomeness! http://cosmoquest.org/Donate This show is made possible through your donations.  Thank you! (Haven't donated? It's not too late! Just click!) ------------------------------------ The 365 Days of Astronomy Podcast is produced by the Planetary Science Institute. http://www.psi.edu Visit us on the web at 365DaysOfAstronomy.org or email us at info@365DaysOfAstronomy.org.

Streamed live on Feb 13, 2026. Modern astronomy has found that the Universe can surprise us. Here's one which astronomers have called Luminous Fast Blue Optical Transients. They're kinda like supernovas, they're kind of like gamma ray bursts, but they're not like them. So what are they? In the distant Universe, are blue light flashes, bright and hard to understand. These objects, uncreatively named "Luminous Fast Blue Optical Transients," are just the kind of puzzle astronomers love. In this episode, we look at their discovery and our current understanding of what they might be. Image credit: NASA, ESA, NSF's NOIRLab, Mark Garlick, Mahdi Zamani   This show is supported through people like you on Patreon.com/AstronomyCast  In this episode, we'd like to thank: Burry Gowen, Eric Lee, Jeanette Wink, Michael Purcell, Andrew Poelstra, David, David Rossetter, Ed, Gerhard Schwarzer, Jason Kwong, Joe McTee, Sergey Manouilov, Siggi Kemmler, Sergio Sancevero

I spoke with author and coach Robbie Swale about how leaders, coaches and experts can feel less overwhelmed and make clearer choices in complex times. His new book, The Power to Choose: Finding Calm and Connexion in a Complex World, is the backbone of our conversation. It shows simple ways to shift perspective, use curiosity when you're stuck, and choose what actually deserves your time. If you're juggling difficult conversations, packed calendars and competing priorities, the ideas Robbie shares will help you decide and act with less friction.Three key areas we cover

Here in Episode #43, podcast host Dr. Jerry Workman speaks with Dr. Mustafa Kansiz, who is currently the Director of Product Management at Photothermal Spectroscopy Corporation in Santa Barbara, California. They will be discussing an introduction to optical photothermal infrared (O-PTIR) spectroscopy; the technique, its applications and the newest innovations in O-PTIR and even Photothermal Stimulated Raman Scattering (PT-SRS).

Recorded Jan 22nd 2026. Vinyl! Neurofunk! Yes!C4C, BC, Teebee, Matrix, Illformants, Fierce, BSE, Kemal, Rob Data Ed Rush, Optical, Fresh, Vegas, Nico, Corrupt Souls, Arqer and Realtime, Noisia! All vinyl! Vinyl! I play vinyl! Records!

If your optical felt different in 2025, you weren't imagining it.  Across the country, practices saw capture rates slip, exam-onlys rise, and patients walk out the door with a fresh refraction, buying absolutely nothing. We know this isn't temporary, so the Power Hour is not waiting it out, we're getting proactive.  This week, Eugeneand Kayla Ashlee, CEO of Spexy, collaborate againbecause she is obsessed (in all the best ways) with the real levers that move optical revenue. Unlike most conversations about capture rate, she helps her clients go far beyond pricing and "consumer sensitivity." Leveraging the data points from real practices she works with, Kayla breaks down human influence, retail science, merchandising psychology, and the subtle behaviors inside your practice that are pushing patients away instead of drawing them in. 

Capitol Police are investigating an American flag with a swastika on it that was hanging in a Republican staffer's cubicle during a teleconference.A federal judge threatened sanctions against a lawyer who is representing January 6th rioters.The Supreme Court heard oral arguments in its latest attempt to gut what's left of the Voting Rights Act.  Plus, a couple of prosecutors who initially refused to bring charges against NYAG Letitia James were fired from the DOJ. Allison Gillhttps://muellershewrote.substack.com/https://bsky.app/profile/muellershewrote.comHarry DunnHarry Dunn | Substack@libradunn1.bsky.social on BlueskyWant to support this podcast and get it ad-free and early?Go to: https://www.patreon.com/aisle45podTell us about yourself and what you like about the show - http://survey.podtrac.com/start-survey.aspx?pubid=BffJOlI7qQcF&ver=short Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

When were glasses invented? What happened back then if your horse stepped on them? How is the digital age changing adults' and kids' vision? The first half of this special bonus episode about Optical Technology features the charmingly hilarious director of the Museum of the Eye in San Francisco, Jenny Benjamin. Then we bop over to Houston, Texas for the ultra-knowledgeable real-life optometrist, Dr. Nadia Sledge to chat about the importance of annual exams and where our eyesight is trending in the digital age. Also: dark Roman trivia, Downton Abbey fashion, how online eye tests overlook critical conditions, and how you would have survived in the past without spectacles. Other episodes you may enjoy:OphthalmologyMedieval Codicology Experimental Archaeology Literary OlfactologyProptology Disability Sociology