Croatia: N1 Croatia

20260920 17:30 UTC · 00:30:59 · 400 transcript segments · GDELT Visual Explorer · plain-text transcript · Event Map

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Transcript

Google Cloud Speech-to-Text API (Chirp) + Gemini 2.5 Flash Non-Thinking. Treat it as a searchable index of what was broadcast, not a quotation record.

00:00:00environment, you also want to achieve
00:00:03it, then you need Izfect Stop
00:00:07apart from the copper contacts, most of Mold. Call us or visit our website to
00:00:10order Izfect Stop Mold in XXL packaging at a great price.
00:00:26run on campus, it drives in
00:00:35no endless scrolling, no mindless violence,
00:00:39no porn. In late 2025, Australia
00:00:42introduced the world's first age limit for social media. If you're
00:00:46under 16, the likes of Instagram, YouTube and TikTok
00:00:50are off limits, but more than 80% of teenagers still
00:00:54industry, but as more of use them, thanks also to the platforms making it child's play to circumvent the
00:00:58ban.
00:01:01It's hardly difficult when the age check is just one question: are you
00:01:05over 16? yes or
00:01:07no.
00:01:10However old you are, welcome to DW Science Show.
00:01:14Tomorrow's a
00:01:14day.
00:01:20A few hand gestures and
00:01:23analyzes the data for every lap of moments later you know whether someone is over or under 18.
00:01:27The French startup needmand launched the border. service in December
00:01:312025,
00:01:35it sounds a little crazy, how does it work? it might sound
00:01:39hard to believe, but it's science, not
00:01:41magic. to take the test, users need a
00:01:45camera and must copy several hand movements, an AI
00:01:50Fungi. They come in system then analyzes them. the company says the technology is based on medical
00:01:54research.
00:02:00changes almost daily because it
00:02:02controls our movements, medicine has found a very precise
00:02:05link between a person's age and certain features of their hand
00:02:09movements.
00:02:15Drispan and his team began researching this age
00:02:18estimation method nine years ago. The product was
00:02:22commercialized only
00:02:23recently.
00:02:31It's the most important test of in three sectors, social media, adult websites and dating platforms
00:02:34Automobilion on Fridays on and we're in contact with Google, TikTok and
00:02:36Meta.
00:02:39Needman system is currently calibrated for age
00:02:4218, the startup also plans to adapt the product to the
00:02:46thresholds of 15 and
00:02:4716.
00:02:50What makes the method appealing is that users do not have to disclose
00:02:54personal
00:02:54data.
00:02:58The idea is fundamentally interesting. the idea is interesting because other age
00:03:02checks require you to show your face to camera, that
00:03:05also means your face is stored somewhere, raising privacy
00:03:09concerns, a hand is less revealing, so
00:03:13using this biometric feature instead of the face is an interesting
00:03:16idea, try biometrical features instead of the
00:03:19face, however a system like this cannot
00:03:23provide complete
00:03:24certainty,
00:03:27especially when it comes to social media. That's exactly
00:03:31what it would have to do, be precise.
00:03:34It's difficult to judge from outside.
00:03:55100% certainty in borderline
00:03:57cases.
00:04:07We want to prove to the world that solutions exist for completely
00:04:10anonymous age verification
00:04:14and I deliberately say solutions in the
00:04:17The prototype generates only a plural.
00:04:20Whether border age will succeed remains to be seen, but it speaks to a
00:04:23growing demand for both privacy and child
00:04:26protection.
00:04:30What are Germany's inventors typically working on these
00:04:33days? Transport and engineering are strong,
00:04:37but it's the auto industry that, according to the German patent office is the
00:04:41top driver of
00:04:42innovation.
00:04:45Potholes after winter, they're everywhere. That means more
00:04:49road works and more traffic jams. Overweight
00:04:52trucks are particularly hard on
00:04:54roads.
00:04:57That's why the police carry out spot checks. Often they
00:05:01find that overloaded trucks also have brake defects,
00:05:05but this truck can inspect itself in real-time. Mechanical
00:05:09engineers at Dortmund University of Applied Sciences and their...
00:06:12water jets: the truck's performance is tested again and
00:06:16again.
00:06:21the sensors I showed you earlier record the secondary effects on the
00:06:24suspension. we can then analyze those effects using
00:06:28various modeling methods.
00:06:31the sensors beneath the trailer record everything and the software
00:06:36the test track. and for them it's more than just a
00:06:39job.
00:07:14everything remains in the safe
00:07:16range,
00:07:18previously he had to weigh his truck before and after
00:07:21loading,
00:07:26we no longer have to weigh the truck before and after because the system displays the
00:07:30weight, that saves us 10 to 20 minutes each time, by
00:07:34the end of the day that means at least one extra trip so I can transport another full
00:07:38load
00:07:39person
00:07:42also help truck drivers avoid fines for overweight
00:07:45loads. the system should soon be available to interested
00:07:49buyers.
00:07:51The goal is definitely to put it into practical use and get it
00:07:55onto the road, instead of letting the research disappear into a
00:07:58drawer. We're currently working with partners to industrialize
00:08:02the system by the end of
00:08:032026.
00:08:07The researchers estimate that the system will cost a few hundred
00:08:10euros.
00:08:12At any time, truck drivers could use a phone to view load
00:08:15distribution, tire wear and brake
00:08:18defects. Sensors beneath the trailer would
00:08:22also gather data on road
00:08:23conditions.
00:08:28As we drive along the road, an oscillating movement develops
00:08:32here, that allows us to assess the condition of the road
00:08:35surface.
00:08:38AI would continuously analyze the road condition
00:08:41data. As more trucks adopt the system, road
00:08:45crews would know far more precisely which routes need to be repaired
00:08:49first.
00:08:53Leaving the road for the field, we keep rolling with an
00:08:57AI powered tractor that operates completely on its own without a
00:09:00driver.
00:09:04Here it is, robot tractor programmed to
00:09:07detect and avoid any obstacle all on its own,
00:09:11but will it work?
00:09:13At the Technical University of Kaiserslautern-Landau, the
00:09:17robot tractor is already driving safely from the barn to
00:09:21the field, at least in a computer simulation.
00:09:24Mechanical engineer Ika Gasson helped develop it,
00:09:27now he and his colleagues are ready to test it outdoors.
00:09:31Over the past few months, Costton Banns and his team have
00:09:35packed the machine with AI systems. The goal is to build
00:09:39a tractor robot that can independently monitor, so...
00:10:25That's why we've installed all these red emergency buttons. When I
00:10:28press it, everything shuts down, the emergency
00:10:32brake kicks in and the vehicle stops immediately.
00:10:35The safety system around the vehicle can also be activated
00:10:39via radio and laser
00:10:41scanner.
00:10:43The robot tractor can even decide on its own to hit the emergency
00:10:47brake. During this test
00:10:51a loop, spotting obstacles like trees, lamps.
00:11:25we can see a silver and black sensor, that's another point
00:11:28cloud sensor that provides a full 360 degree view
00:11:32around the tractor of the tractor.
00:11:34To operate without help, the robot
00:11:38tractor has to process several gigabytes of data every
00:11:42second. the team has developed programs to make that
00:11:45possible. the data volume is
00:11:49overwhelming. there's all the point cloud data, the stereo camera
00:11:53data, the GPS data, too much for the robot to handle
00:11:56directly, so we have to extract the essential
00:12:00parts, which is what the tractor uses to drive, in simple terms,
00:12:04it's what it sees and what it thinks is
00:12:06there.
00:12:09initial test run showed the robot tractor is able to
00:12:12steer around obstacles like trees and lamp
00:12:15posts all on its own, until
00:12:18suddenly it isn't, and the team has to slam on the
00:12:22brakes, a pretty close call.
00:12:29The test will be carefully reviewed later to help the
00:12:32tractor become more autonomous. It's a
00:12:35step-by-step process of trial and
00:12:38error.
00:12:41For the next test, computer scientist Jacob will
00:12:45stand directly in the tractor's
00:12:46path.
00:12:49I programmed it, so if anyone has to suffer, it should be
00:12:52me.
00:12:56the day, this time the robot tractor
00:12:59recognizes its programmer and avoids
00:13:02him. for the team, the initial
00:13:05results are good
00:13:06news.
00:13:11as we saw, what works well is that it avoids people,
00:13:14it recognizes important obstacles and buildings, and that's absolutely
00:13:18essential, and so is the emergency stop system,
00:13:22which also has to work, without that, you can't use it at
00:13:26all. real world experiences feed
00:13:30back into simulations, making the tractor more
00:13:32independent. in just a few years, it could be
00:13:36working the fields all on its
00:13:38own.
00:13:42What does it take to become an inventor? First,
00:13:44learning to live with failure. Inventors like Thomas Edison needed
00:13:48incredible patience and persistence, the American
00:13:51declaring that genius is 1% inspiration and 99%
00:13:55perspiration. You also need to question existing
00:13:59conventions.
00:14:04That's what Ignat Zemorvice did when he introduced hand disinfection
00:14:07before and after medical examinations.
00:14:11In 19th century Europe, the many women dying from infections after
00:14:14childbirth had previously been seen as an unavoidable
00:14:17tragedy.
00:14:20But here's something inventors don't necessarily need: above average
00:14:23intelligence. And what does that even mean? Our viewer of
00:14:27Ormina from Peru had a question about
00:14:29that. How is IQ
00:14:33measured? IQ stands for intelligence
00:14:37quotient, but an IQ test doesn't actually measure how smart
00:14:41or educated someone is. The first IQ
00:14:44test was developed in the early 20th century by psychologist Alfred
00:14:48Binne. His goal was simple: he wanted to identify
00:14:51children who might need extra support in school. Today,
00:14:55IQ score mainly reflects how well someone can solve complex
00:14:59problems, recognize patterns and process information
00:15:02quickly.
00:15:04There are many different kinds of IQ tests. A common
00:15:08task involves completing a sequence of words or
00:15:11numbers. Here, the goal is to spot the
00:15:15pattern and think analytically.
00:15:18Another task uses geometric shapes that must be arranged or
00:15:22completed. These tasks measure abstract
00:15:25thinking, the faster and more accurately someone solves them,
00:15:29the more points they earn. The final number at the end is their
00:15:33IQ score.
00:15:36Most people score somewhere around 100, but a score
00:15:40of 130 doesn't automatically make someone a genius and
00:15:4370 doesn't mean someone's unintelligent.
00:15:47the result may point to learning difficulties or simply show
00:15:50that a person is especially strong at solving logic
00:15:53problems. today, IQ tests are used in
00:15:57job applications and in scientific research. they can show how
00:16:01well someone recognizes patterns, navigates
00:16:04spatial problems, or works with logic.
00:16:10but there's a lot they don't measure:
00:16:13creativity, social and emotional
00:16:17intelligence, or hands-on practical
00:16:20skills.
00:16:23That's why IQ tests face ongoing criticism,
00:16:27especially since many of them are based on Western academic
00:16:30norms. And a single number can never
00:16:34capture who a person truly is.
00:16:39What are stars made of? How many
00:16:42colors can butterflies see? Could
00:16:45robots have babies one day? Do you
00:16:48have a science question? Then send it to us as a video, text or voice
00:16:52message. If we answer it in the show, then we'll send you a little
00:16:56gift as a thank you. So, just
00:16:58ask.
00:17:03Scientists sometimes borrow clever ideas from plants
00:17:07and animals and turn them into new inventions. That's exactly what researchers in
00:17:11Switzerland did. The result is a battery made from fungi that
00:17:14produces electricity. And once its job is done,
00:17:18biodegrades almost completely. Mushrooms and
00:17:21electricity. How does that
00:17:23work?
00:17:27a huge variety of species. In
00:17:31almost every shape and color
00:17:34and flourish in some very unlikely places.
00:17:38Some can even generate electricity.
00:17:41Working with researchers at Empa, Switzerland's Material Science
00:17:45Institute, Carolina Rayas developed a fungal fuel
00:17:48cell or fungal battery. Getting two different fungi to work
00:17:52together took years of experimentation.
00:17:55This is breaking down nutrients that we give it on
00:17:58one side, and it generates uh charged
00:18:02particles called electrons, and this
00:18:05is what goes from one side called the anode to the
00:18:08other side uh called the cathode and on the other side we have
00:18:12this different kind of fungus called white
00:18:14rot. the team spent three years developing the
00:18:18fungal fuel cell. it was a delicate balancing
00:18:21act. Fungi are living organisms
00:18:25and need exactly the right conditions: not too
00:18:28warm, not too cold, not too
00:18:31moist and not too dry.
00:18:35One of the biggest challenges was
00:18:37to try and make the electrode material and
00:18:41not kill the fungus in the mechanical process of
00:18:45mixing. The fungal cells are mixed into
00:18:48cellulose-based inks made conductive by carbon
00:18:51particles. A 3D printer then forms the two
00:18:54living electrodes at the heart of the fuel
00:18:56cell.
00:19:00A beeswax casing holds the cell
00:19:02together, add water and nutrients and the
00:19:06dormant fungi spring into action, the
00:19:09cell now begins producing electricity, apart from
00:19:12its removable copper contacts, it's made from biodegradable
00:19:16materials, conventional batteries by
00:19:19contrast need special collection and
00:19:21recycling, but many still end up in household
00:19:24waste,
00:19:28they end up in the trash, contributing to the growing problem of electronic
00:19:32waste, this is where batteries like ours could perhaps play
00:19:36a part,
00:19:40One possible application is environmental
00:19:42monitoring, powering sensors that track
00:19:46temperature, soil moisture or water
00:19:49quality.
00:19:54tiny current, making it suitable only for very low energy
00:19:58sensors.
00:20:05University of applied sciences, also studies
00:20:07materials he says that for now fungal fuel
00:20:11cells can't compete with conventional batteries or rechargeable
00:20:15cells.
00:20:17Fungal batteries are still at the basic research stage, it will take years
00:20:21before they become commercially available. but they could
00:20:24eventually be useful for environmental sensors in places where recovering the
00:20:28devices is difficult, especially if the power source can biodegrade
00:20:31after use, that would be a major market. and it can certainly be served in
00:20:35the future. The
00:20:37idea may hold promise for the future,
00:20:41but for this particular cell, the end has already
00:20:44begun.
00:20:46And as you can see, this one has already...
00:20:50yeah, started to fall
00:20:52apart.
00:20:57the fungal battery gradually biodegrades, leaving behind
00:21:00little more than a tiny lump of
00:21:02compost.
00:21:08Where can new discovery lead? often, even the
00:21:11scientists behind it don't know where the journey will take
00:21:14them. open, independent research with
00:21:17no fixed outcome in mind has sparked
00:21:20innovations,
00:21:23but what happens when a breakthrough isn't just useful in civilian
00:21:26life, but could also be used by the
00:21:28military.
00:21:33a wind tunnel in central Germany. researchers
00:21:37here are putting drones to the test. drones are
00:21:40widely used in farming, conservation and
00:21:44them take to the skies, there's a growing
00:21:46problem.
00:21:49The drone doesn't just fly, it also produces
00:21:52electromagnetic interference, that can
00:21:55affect mobile networks, radio communications and airports and
00:21:59aircraft navigation systems, and of
00:22:02course drones can interfere with each other too,
00:22:06but other drones are not the only factor, wind and movement
00:22:10also change signal patterns. in this wind
00:22:12tunnel, researchers work under controlled conditions. the goal
00:22:16is to make drones safer, but the research could also back fire.
00:23:20under attack from within our own societies and
00:23:22abroad, enemies of our free democratic order are
00:23:26challenging the freedom and independence of science. At home, the
00:23:30threat comes from political extremists. Abroad, we
00:23:33see risks from Russia, China and Iran. Even in the United
00:23:37States, academic freedom is under pressure. The
00:23:40security debate is also reshaping medical research. At Hanover
00:23:44Medical School, doctors use portable profusion systems to transport
00:23:48donor organs.
00:24:06can preserve organs for longer and buy us more time, that's especially important in heart
00:24:10transplantation,
00:24:12emergency almost begins to look like a planned operation,
00:24:16there's less pressure on surgical teams, we're no longer racing.
00:25:50The research itself can make you a target for people seeking knowledge you
00:25:53don't want to share.
00:25:57Research is seeking a new balance between innovation, openness and
00:26:00responsibility. Cooperation must continue in a
00:26:04world that's become much harder to
00:26:06navigate.
00:26:10Now it's your turn to get inventive. Who knows what
00:26:13you'll come up with. We might just make our next story about
00:26:17you. Thanks for watching, don't forget to keep your eyes
00:26:20open and see you next time tomorrow
00:26:23today.
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Data courtesy of The GDELT Project (gdeltproject.org), from the Internet Archive TV News Archive. Film strip and transcript are GDELT's, rehosted here under their terms of use, which permit it with this citation.