Curiosity Verse

Gadgets, tech, design, science, games, patterns & wild facts — curiosity is addictive.

[Curiosity Verse @CuriosityVerse]

Hit by a bus. Got up. Walked straight into the pub.

That’s the moment that turned Simon Smith into one of the UK’s most unbelievable viral clips.
In 2017, Smith was walking up Gun Street in Reading when a double‑decker bus mounted the pavement and struck him square in the back, launching him down the road and even shattering the windscreen with his head.

The bus had entered the corner too fast, and when the driver was distracted by movement inside the vehicle, he accidentally pressed the accelerator instead of the brake — a split‑second mistake that sent the bus up onto the pavement.

The driver later received a suspended jail sentence, a two‑year driving ban, and mandatory unpaid work. The court ruled that entering the corner at excessive speed and hitting the wrong pedal amounted to dangerous driving, a mistake that could have ended very differently.

Yet somehow, Smith survived with cuts, bruises, and a fractured shoulder. And in the surreal moment that made the footage famous, he stood up, dusted himself off, and walked straight into the Purple Turtle pub.

Despite what many headlines joked about, he didn’t go in to order a drink. He headed inside because it was the closest safe place, and he needed help. Staff sat him down and called emergency services.

When police and paramedics arrived, they didn’t believe him. His injuries seemed too minor for a full‑impact collision. They assumed debris had hit him — until the CCTV footage proved he’d taken the bus head‑on and still walked away.

A calm reaction, impossible physics, and pure British understatement — that’s why the clip became iconic.

Credit: CCTV Purple Turtle, Reading

[Curiosity Verse @CuriosityVerse]

Forty metres above the ground, inside a crane cab built for precision and focus. It’s a view most people never experience, yet a normal workday for operators across construction sites and busy port environments.

Early‑career crane operators in the UK typically earn around £25k–£40k ($32k–$50k) depending on location, experience, and site type. Experienced tower and port operators commonly reach £45k–£60k+ (and sometimes higher) once overtime and specialised training come into play.

A routine shift becomes a perspective few ever see — a rare look into a job that quietly keeps entire cities moving.

Any crane operators here who’d like to share their experience?

Credit: shared by @ironmind26

[Curiosity Verse @CuriosityVerse]

Personal escape device for high‑rise building emergencies.

This prototype applies aerospace descent principles to tall‑building evacuation. It’s designed into a compact backpack form for untrained civilian use, housing an automatically deploying inflatable ring‑chute that stabilises descent when stairwells and elevators become unusable.

Limited public data exists, but the developer has claimed a technical operational reliability of 98.7% based on controlled tests.

Systems like this remain in the prototype stage. High‑rise evacuation devices face strict building‑code restrictions, require extensive certification, and must prove reliable in unpredictable real‑world conditions — wind shear around tall structures, smoke, debris, and the stress of emergency deployment. Engineers also need more data on canopy inflation timing, descent stability, and how well the system performs when used by civilians with zero training.

Even so, concepts like this highlight a shift in safety engineering: exploring real‑time personal evacuation technologies for scenarios where traditional escape routes fail.

Credit Space Rescue Systems Ltd.

[Curiosity Verse @CuriosityVerse]

Weight Loss in the 1930s wasn’t about workouts — it was about vibrating belts and massage machines.

In the 1930s, “slenderizing salons” promised effortless slimming using vibrating belts, rolling massage tables, and jiggling platforms. These passive machines grew out of earlier wellness technology promoted by John Harvey Kellogg, who introduced mechanical massage devices at the Battle Creek Sanitarium in the late 1920s.

Kellogg and his brother Will Keith Kellogg also invented flaked cereal at the sanitarium as a bland, easy‑to‑digest food for patients. Will later commercialised it as Kellogg’s Corn Flakes, launching the modern breakfast cereal industry — while John continued developing mechanical health treatments and “biologic living” philosophies.

As corsets fell out of fashion, women looked for new ways to shape their bodies without heavy exercise, and vibration was marketed as a modern, scientific shortcut. Slenderizing salons peaked through the mid‑1930s, offering relaxed, non‑strenuous treatments that claimed to “reduce” fat through mechanical stimulation.

The machines didn’t actually burn fat, but they left behind a fascinating chapter in the history of fitness technology and beauty culture.

Credit: Periscope Film LLC Archives

[Curiosity Verse @CuriosityVerse]

Marta Cinta González Saldaña was an elderly former prima ballerina whose life story only became widely known after a 2019 music‑therapy video revealed the depth of her enduring connection to dance.

Filmed at a Spanish nursing home by the dementia‑care group Música Para Despertar, the clip shows Marta sitting quietly in a wheelchair, headphones resting gently over her ears. As Tchaikovsky’s Swan Lake begins, something extraordinary happens: her posture lifts, her eyes sharpen with recognition, and her arms rise into precise, expressive ballet movements that echo the grace of her past career in New York and Madrid.

Once subdued, Marta suddenly moves with fluidity and intention — each gesture a fragment of choreography preserved deep within her procedural memory. The transformation illustrates how long‑trained motor routines can remain intact even as Alzheimer’s erodes other forms of memory. Marta, who passed away in early 2020 after living with cognitive impairment, became a global symbol of how familiar music can unlock identity, emotion, and embodied memory in people with dementia.

She had lived a full artistic life: a trained professional ballerina, a prima ballerina in New York in the late 1960s according to her own accounts and those who knew her, and later a respected ballet teacher in Cuba and Spain. Her fame today comes almost entirely from the viral Swan Lake video, which revealed her talent and emotional depth to millions.

Her final “performance” continues to resonate worldwide, reminding viewers that even in the midst of cognitive decline, the body often remembers what the mind forgets.

Credit: Música Para Despertar Video of Marta Cinta González Saldaña (2019)

[Curiosity Verse @CuriosityVerse]

Karma meets engineering.

Kick a freestanding bin and the energy you deliver returns to you instantly.

Many city bins are lightweight with a weighted or rounded base, so they tip easily when struck — a vandal‑resistant design that absorbs impact by spinning around instead of cracking or breaking.

Anonymous CCTV footage (TME/CBPUB) shared by @rico_brick

[Curiosity Verse @CuriosityVerse]

The 1979 Pioneer Blue Line Tower stands as one of the most striking all‑in‑one hi‑fi systems of its era — a vertical monument to late‑analog engineering.

Released during Pioneer’s ambitious Blue Project era, it fused multiple premium components into a single, perfectly coordinated tower: a reel‑to‑reel tape deck, a 10‑band graphic equalizer, a 65‑watt amplifier, and a pair of matching wooden tower speakers built for warm, resonant playback.

The reel‑to‑reel format itself tells part of the story. They were expensive, heavy, and required more serious equipment than most households owned. Among audiophiles, studios, and collectors, though, they were extremely popular. Large reels became the standard for high‑end recording and playback — the format you’d see in mastering rooms, broadcast studios, and serious enthusiast setups.

Over time, those big metal reels became a visual symbol of serious audio engineering. Even people who never owned one recognise the look: spinning reels, glowing VU meters, and that slow, smooth tape motion

Today, the Blue Line Tower is highly collectible, celebrated for its warm analog sound, its modular design, and its unmistakable visual identity. Surviving units documented in vintage audio archives stand as reminders of a moment when hi‑fi design was bold, expressive, and proudly mechanical — a perfect fusion of engineering and showmanship.

Credit: https://t.co/sr4YAsJHnv

[Curiosity Verse @CuriosityVerse]

These 1920’s vintage metal hair wavers look painful — but the results are wild.

Authentic 1920s metal hair wavers were early styling tools used to create the iconic finger‑wave look of the flapper era. Wet hair is sectioned and clamped into multiple perforated metal wavers, which hold the hair in tight S‑shaped curves while it dries.

These devices were designed to sculpt precise, uniform waves long before electric curling tools existed. Because the metal wavers relied on air‑drying, the setting process could take several hours — in this case, around five hours — but the result is the classic, glossy, sculpted wave pattern that defined 1920s fashion.

The clip highlights how early 20th‑century beauty technology achieved a level of control and symmetry that still inspires vintage hairstyling today, showing exactly how these mechanical tools shaped one of the most recognisable hairstyles in modern history.

[Curiosity Verse @CuriosityVerse]

@dangomusume1 Hi! I’m really happy you allowed me to share one of your videos. I’ve added your link in the caption as credit. Please have a look and let me know if you’re happy with how it’s presented: https://t.co/mdsY5oXuMl

[Curiosity Verse @CuriosityVerse]

A look at the part of flying we never see.

A United Airlines baggage handler works inside the tight cargo hold, stacking every suitcase by hand as the portable conveyor keeps sending bags in one after another. It’s cramped, physical, repetitive work — but essential for every safe departure.

Ground crews keep the whole system moving. They deserve real respect.

Credit: Original baggage handler (reposted by @Aerovances)

[Curiosity Verse @CuriosityVerse]

This shark is 392 years old — and still swimming.

A Greenland shark described as “392 years old” is not an exaggeration — it’s based on real scientific estimates. But it’s important to understand what that number actually represents. Greenland sharks (Somniosus microcephalus) are the longest‑lived vertebrates known, with estimated lifespans ranging from 272 to 512 years. The widely shared “392 years” figure is the midpoint of the oldest shark’s age range reported in a 2016 Science study.

Scientists cannot age Greenland sharks using normal methods because their skeletons are soft and lack the calcified growth rings found in other sharks. Instead, researchers use radiocarbon dating of the eye‑lens nucleus — a unique structure made of proteins that form before birth and never regenerate. These proteins act like a biological timestamp, preserving the carbon‑14 signature of the era in which the shark was born. This method is currently the only reliable way to determine the age of this species.

Greenland sharks grow extremely slowly, often less than 1 cm per year, and they inhabit deep, cold Arctic waters where metabolism is naturally reduced. This slow growth and low metabolic rate are major reasons for their extraordinary longevity. Some individuals may live over 400 years, making them older than many human civilisations, historical events, and even entire nations.

These sharks reach sexual maturity at around 150 years old, highlighting how vulnerable they are to threats like bycatch — they reproduce slowly and take centuries to replace lost individuals. Their incredible lifespan is not just a curiosity; it’s a reminder of how fragile long‑lived species can be in a rapidly changing ocean.

Credit: Age estimate from eye‑lens radiocarbon dating (Nielsen et al., Science, 2016). Footage: BRUV research — Brynn Devine et al.

[Curiosity Verse @CuriosityVerse]

A 53‑second look at how a modern cruise ship is born.

What you’re seeing is block construction — huge prefabricated sections of the hull, already packed with wiring, piping, and interior spaces, built indoors and then moved into the dry dock like giant steel puzzle pieces.

Massive cranes lift entire decks, engine modules, and superstructure blocks into place with millimetre‑level precision. Every lift is a coordinated operation between welders, riggers, engineers, and teams working across the yard at the same time.

Months of work collapse into seconds: steel plates becoming hull sections, hull sections becoming a ship, and the ship finally rolling out as the completed AIDAprima, ready for sea trials.

Cruise‑ship construction is basically industrial‑scale choreography — thousands of people, thousands of tonnes of steel, and a timeline that stretches over years.

Credit: Full Cinematic Timelapse of AIDAprima Construction by MK timelapse GmbH YouTube: https://t.co/IpcO0YMFjh

[Curiosity Verse @CuriosityVerse]

The video opens by contrasting a 1977 clip of young Christoph Waltz on the Austrian children’s show Am Dam Des—playful, smiling, dressed in a striped outfit—with the chilling screen presence he would bring nearly 30 years later as Colonel Hans Landa in Inglourious Basterds.

What makes the transformation even more remarkable is the story behind it. Quentin Tarantino spent seven months trying to cast the role of Hans Landa, calling it “unplayable” because no actor could handle the character’s charm, menace, and four languages. He was days away from abandoning the entire film.

Then Christoph Waltz auditioned. In minutes, Tarantino knew he had found the impossible. As he later said, Waltz “gave me my movie back.”

Waltz’s breakthrough at age 52 didn’t just save the film—it earned him an Academy Award and launched him from decades of European TV and stage work into global recognition as one of cinema’s most unforgettable villains.

Credit: Christoph Waltz — ORF (1977) / Inglourious Basterds (2009), Universal Pictures & The Weinstein Company

[Curiosity Verse @CuriosityVerse]

Every morning in the little harbour of Vueltas, an old fisherman named Toño sits on the stone steps and waits. And every morning, without fail, a stingray glides out of the blue to meet him.

They’ve shared this quiet ritual for years — a wild ray and a man who never stopped showing kindness.
It brushes against his legs, circles like an old friend, and lifts its wings as if saying “You’re here. I remember you.”

It’s not a pet. It’s not trained. It’s just trust — built slowly, patiently, one small act of care at a time.

A reminder that the world softens when we do.

Credit: Toño Magdaleno feeding the stingrays in Valle Gran Rey, La Gomera (Canary Islands, Spain). Original footage via Videoreport Canarias / RTVC

[Curiosity Verse @CuriosityVerse]

This clip shows an automated pool table by XingPai Billiards, demonstrated at the Guangzhou Billiards Exhibition (May 2026).

The table features a full auto ball‑return system and a mechanical auto‑racking unit that uses internal conveyors and extendable arms to collect the balls and form a perfect triangle rack in seconds. It’s designed for high‑use commercial settings where quick resets matter — pool halls, bars, and training centres.

XingPai is a major Chinese manufacturer (and supplier for the World Snooker Tour), and this demo highlights their push toward automation in cue‑sports equipment.

It raises an interesting question: is this kind of automated racking a fun bit of innovation, or does it take away from the simple, social ritual of setting up the next game? Depending on how you see it, it’s either a clever convenience or a solution to a problem that didn’t really need fixing.

Credit:Automated racking pool table by XingPai Billiards (via
@gigadgets_)

[Curiosity Verse @CuriosityVerse]

This crazy stuntman Evgeny Chebotarev really jumped from one moving truck to another just seconds before the first vehicle slammed into an old brick chimney in Rostov‑on‑Don.

The unmanned GAZ truck hit the tower at full force, and the whole structure folded in seconds — a demolition job turned into a full stunt sequence. Chebotarev used five trucks for this project, costing around 1.4M rubles, all for one spectacular collapse.

Credit: Evgeny Chebotarev @chebotarev_evgeny (IG)

[Curiosity Verse @CuriosityVerse]

This 1931 footage captures a forgotten piece of everyday mobility: a woman cycling with a side‑mounted pram carriage, a lightweight bicycle sidecar designed to carry a child long before family cars were common.

These rigs used simple steel frames, clamp‑on mounts, and sometimes universal‑joint linkages to keep the carriage upright as the bike leaned. For many families, it was an affordable way to navigate busy streets, run errands, and move through the city with a child safely beside them.

Designs like this eventually disappeared as roads grew faster and regulations tightened. Rising car speeds made lateral exposure riskier, insurance and liability concerns pushed manufacturers away from side‑mounted carriers, and new safety standards favoured enclosed rear trailers and cargo‑bike pods.

By the mid‑20th century, these elegant sidecars had all but vanished.

Credit: 1931 Berlin footage of a woman riding a bicycle fitted with a Watsonian child’s sidecar. (Historical archive / public domain circulation).

[Curiosity Verse @CuriosityVerse]

Swiss Army knives are known for packing a tool for every situation — but most people never notice the sewing feature hidden in the awl/reamer. The awl can punch clean holes through leather, and the tiny sewing eye lets you pull thread through for quick emergency stitching. A simple technique, but surprisingly unknown even among long‑time owners.

Credit:@pratikdunya (X)

[Curiosity Verse @CuriosityVerse]

A new milestone in robotics just dropped. GENE‑26.5 shows a robot hand performing complex, multi‑step tasks at real‑time:

- Cooking a full meal with 20+ subtasks (cutting, cracking, pouring, stirring, plating — a full long‑horizon sequence)
- Wire‑harnessing (routing and inserting flexible cables with delicate force control)
- mm‑precision lab pipetting (accurately positioning a pipette over tiny wells and dispensing liquid with millimetre accuracy)
- Bimanual Rubik’s Cube solving (two‑handed, coordinated manipulation)
- Smoothie making, delicate straw handling, multi‑object grasping, and more — all powered by one model with shared weights.

The system comes from Genesis AI, a company taking a full‑stack approach to general‑purpose robotics. Instead of treating hardware, data, control, simulation, and models as separate problems, they rebuilt the entire pipeline around human‑level manipulation.

GENE‑26.5 is a robotics‑native foundation model trained across vision, language, proprioception, touch, and action. It runs on an integrated stack:
• a human‑scale 20‑DoF dexterous hand with soft‑contact physics
• a noninvasive EMF‑based glove capturing motion, force, and tactile signals for high‑fidelity human data
• low‑latency control middleware (down to ~3 ms) for precise tracking
• a high‑speed simulator that compresses weeks of experiments into minutes for rapid iteration

The result is autonomous manipulation that looks fluid and adaptive — not scripted — running at human speed with no teleoperation during deployment. Most skills require minimal robot‑specific data (often <1 hour / ~200 episodes).

(Note: the piano‑playing demo uses a separately trained RL policy to stress‑test the control stack; the other tasks rely on the core GENE‑26.5 model.)

If this is the new baseline for general‑purpose manipulation, robotics is starting to feel like it’s entering its endgame.

Credit: Genesis AI @gs_ai_ (X)