Science and facts
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Science and facts. Channel about the most amazing facts and discoveries 🔥 Buy ads: telega.io/channels/tgscience_facts/card?r=d8caDv0I Owner: @JamesFreemanQ
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Сітка:📈 Аналітичний огляд Telegram-каналу Science and facts
Канал Science and facts (@tgscience_facts) у мовному сегменті Англійська є активним учасником. На даний момент спільнота об'єднує 34 676 підписників, посідаючи 413 місце в категорії Факти та 1 024 місце у регіоні США.
📊 Показники аудиторії та динаміка
З моменту свого створення невідомо, проект продемонстрував стрімке зростання, зібравши аудиторію у 34 676 підписників.
За останніми даними від 11 липня, 2026, канал демонструє стабільну активність. Хоча за останні 30 днів спостерігається зміна кількості учасників на -183, а за останні 24 години на -20, загальне охоплення залишається високим.
- Статус верифікації: Не верифікований
- Рівень залученості (ER): Середній показник залученості аудиторії становить 9.00%. Протягом перших 24 годин після публікації контент зазвичай збирає 4.84% реакцій від загальної кількості підписників.
- Охоплення публікацій: В середньому кожен допис отримує 3 120 переглядів. Протягом першої доби публікація в середньому набирає 1 679 переглядів.
- Реакції та взаємодія: Аудиторія активно підтримує контент: середня кількість реакцій на один пост – 39.
- Тематичні інтереси: Контент зосереджений навколо ключових тем, таких як researcher, experiment, fungus, scientist, universe.
📝 Опис та контентна політика
Автор описує ресурс як майданчик для висловлення суб'єктивної думки:
“Science and facts.
Channel about the most amazing facts and discoveries 🔥
Buy ads: telega.io/channels/tgscience_facts/card?r=d8caDv0I
Owner: @JamesFreemanQ”
Завдяки високій частоті оновлень (останні дані отримано 12 липня, 2026), канал підтримує актуальність та високий рівень охоплення публікацій. Аналітика показує, що аудиторія активно взаємодіє з контентом, що робить його важливою точкою впливу в категорії Факти.
34 676
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Дописи каналу
Scientists have reinvented the gear for the first time in 5,000 years.
How? By swapping out solid mechanical teeth for dynamic fluid flows.
For thousands of years, machines have depended on the exact meshing of physical gear teeth to transmit motion—a principle originating in ancient China that still suffers from issues like wear, contamination by debris, and misalignment.
Now, researchers at New York University have developed an innovative "fluid gear" system that removes these mechanical contact points entirely. By submerging rotors in a carefully chosen liquid, the team showed that a driven rotor can create precisely controlled fluid currents to spin a passive rotor. This setup mimics traditional gears or pulleys without any direct physical contact, using the liquid itself as invisible, wear-proof "teeth."
What makes this breakthrough especially powerful is its flexibility: unlike fixed metal gears, these fluid-based mechanisms can dynamically adjust their speed ratios and even switch rotation directions on demand. Simply by varying the gap between rotors or the flow velocity of the liquid, the system can shift from counter-rotating like classic gears to co-rotating like a belt-and-pulley drive.
This advancement promises major improvements in robotics, precision machinery, and other fields by offering a robust, jam-resistant alternative to conventional mechanical components. The research, published in Physical Review Letters, points to a future where complex machines might transmit power through flowing liquids rather than clashing metal.
["Hydrodynamic Spin-Coupling of Rotors",
J. Zhang et al., Phys. Rev. Lett. 136, 084001 (2026).
DOI: 10.1103/PhysRevLett.136.084001]
Science and facts💡
| 2 |  A RC rescue boat built to save lives in drowning emergencies.
Science and facts💡 | 2 320 |
| 3 |  Elon Musk casually taking photos of his empire from 500 feet in the air.
From 500 feet up, Starbase doesn’t look like a company. It looks like a civilization being built.
Science and facts💡 | 1 533 |
| 4 |  A research revealed that roughly one in five CEOs and senior executives displays clinically significant psychopathic traits.
This rate is strikingly similar to the prevalence found among prison populations.
According to findings presented at the Australian Psychological Society’s annual congress, approximately 21% of high-level professionals exhibit strong psychopathic characteristics. That’s dramatically higher than the 1% to 4% seen in the general population. These so-called “successful psychopaths” often rise to the top by using charm, confidence, and strong social skills. Yet the same traits, a lack of empathy, superficial relationships, and a tendency toward manipulation, can lead to unethical decision-making and long-term harm to organizations.
Forensic psychologist Nathan Brooks, who led the study with researchers from Bond University and the University of San Diego, points to flawed hiring practices as a key factor. Many companies focus heavily on skills and experience while overlooking dangerous personality traits. The researchers recommend implementing more thorough personality assessments during recruitment to screen for toxic characteristics.
By prioritizing character alongside competence, organizations can better protect their culture and future from leaders who deliver short-term gains at the expense of long-term integrity.
[Brooks, N., Fritzon, K., & Croom, S. Corporate Psychopathy: Highlighting the Importance of Personality Screening in the Recruitment Process. Australian Psychological Society Annual Congress]
Science and facts💡 | 1 610 |
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https://shortll.com/iGenicsPro ✅ | 1 751 |
| 6 |  South Korean 24 hour unmanned ramen store.
Known locally as muin ramyun pyeonijeom (무인 라면 편의점), these convenience stores have exploded in popularity across the country. They rely entirely on a system of mutual trust, automated payment kiosks, and specialized induction cooking machines.
Science and facts💡 | 1 757 |
| 7 |  This microscopic 'genetic pirate' is rewriting the rules of evolution.
It steals functional DNA from the plants and bacteria it eats.
Microscopic bdelloid rotifers are challenging our traditional understanding of genetics by acting as biological scavengers. These tiny aquatic creatures possess a genome where nearly 10% of their active genes originate from foreign sources, including bacteria, fungi, and plants. By utilizing specialized 'chainsaw' mouthparts to grind up their food, they release genetic material that eventually integrates into their own DNA. This extraordinary process, known as horizontal gene transfer, allows them to acquire complex functional traits—such as the ability to produce antibiotics—directly from the organisms they consume.
The secret to this genetic theft lies in the rotifer’s remarkable resilience to extreme dehydration. When these organisms undergo desiccation, their chromosomes fracture into pieces. Upon rehydration, their highly efficient DNA repair mechanisms kick into gear, stitching their genetic code back together while inadvertently weaving in fragments of foreign DNA present in their cells. This unique evolutionary adaptation not only facilitates rapid genetic diversification but also equips the rotifers with the metabolic tools necessary to thrive in volatile environments that would be fatal to most other animals.
Source: National Institutes of Health. (2021). Horizontal Gene Transfer and DNA Repair in Bdelloid Rotifers. National Center for Biotechnology Information.
Science and facts💡 | 1 868 |
| 8 |  The process of barnacle cleanup
Science and facts💡 | 1 876 |
| 9 |  Delhi, India, has officially begun deployment and field testing of brand-new, futuristic air-purification devices built right into the streets.
Science and facts💡 | 2 064 |
| 10 |  What a real silencer actually sounds like.
Science and facts💡 | 2 118 |
| 11 |  Cancer was discovered around 3,000 BC, and a papyrus depicts tumors and describes a surgical procedure for removing them.
The disease was first named by the ancient Greek physician Hippocrates. He described tumors as "karkinos," which is Greek for "crab."
Science and facts💡 | 2 259 |
| 12 |  Machapuchare, popularly known as Fishtail Mountain, is seen glowing in brilliant golden hues during sunset from Annapurna Base Camp in Nepal.
It is a phenomenon called alpenglow.
Science and facts💡 | 2 319 |
| 13 |  Why planes don't fly in straight lines
Science and facts💡 | 2 316 |
| 14 |  Your tattoo isn’t just decorative ink: it’s a permanent trigger that keeps your immune system locked in a lifelong cycle of chronic inflammation.
As soon as the ink is injected into your skin, your body recognizes the pigment particles as foreign invaders. Immune cells called macrophages immediately swarm the area and attempt to swallow them up. But because they can’t actually break down the ink, the macrophages eventually die, releasing the pigment back into the surrounding tissue — only for a new wave of macrophages to arrive and repeat the process.
This endless cycle is what keeps the tattoo permanently visible, while also maintaining a state of ongoing, low-level inflammation in the skin.
Over time, some of these ink particles migrate through the lymphatic system and accumulate in the lymph nodes, placing constant stress on the body’s defense mechanisms. Emerging research suggests this internal ink buildup may interfere with normal immune function, potentially reducing the effectiveness of certain vaccines, including mRNA types. Additionally, many tattoo inks contain heavy metals like nickel and cobalt. Combined with the chronic inflammation, this has been linked to a modestly elevated risk of lymphoma and skin cancer.
While tattoos remain a powerful form of self-expression, they represent a complex, decades-long biological conflict between your immune system and foreign substances embedded in your skin.
[Nielsen, C., Jerkeman, M., & Jöud, A. S. (2024). Tattoos as a risk factor for systemic lymphoma: A population-based case-control study. eClinicalMedicine]
Science and facts💡 | 2 630 |
| 15 |  How Volvo quietly built the safest engine bay in the world
Science and facts💡 | 2 540 |
| 16 |  This Tesla coil built a wire out of thin air
Science and facts💡 | 2 628 |
| 17 |  Developed by Festo, the BionicSwift is a triumph of biomimicry. Weighing just 42 grams and spanning 68 cm, these robotic swallows use overlapping ultra-lightweight foam "feathers" that fan out on the upstroke and close on the downstroke to mimic real bird flight.
Science and facts💡 | 2 923 |
| 18 |  A man took “cooling efficiency” to the next level.
He used a 3D-printed wall setup and redirected his AC so one unit cooled two rooms at once. Ingenious airflow hack through a simple hole in the wall.
Science and facts💡 | 2 696 |
| 19 |  U.S. farmers are intentionally flooding their fields to revive ancient "prairie potholes," creating temporary "pop-up" wetlands that deliver a huge boost to migratory birds while improving soil health.
In regions like California's Central Valley and the Mississippi Delta, innovative programs—most notably BirdReturns (launched by The Nature Conservancy in 2014)—pay farmers to strategically flood low-lying or post-harvest fields at precise times during bird migrations. These short-term wetlands mimic the natural prairie potholes and seasonal marshes that once dotted the landscape but were largely drained for agriculture.
By timing floods to align with peak migration periods (e.g., spring and fall for shorebirds, waterfowl, and sandhill cranes), farmers provide essential stopover habitat: shallow water, mudflats, and abundant food for millions of birds traveling along flyways like the Pacific Flyway. The approach has transformed tens of thousands of acres of working farmland into critical refueling stations, with studies showing dramatic increases in bird use and numbers—sometimes 3.5 times higher in these managed pop-up wetlands compared to standard fields.
Farmers also gain practical benefits. Seasonal flooding enhances soil structure, boosts nutrient cycling (as bird activity and water help break down residues), recharges groundwater, reduces erosion, and supports long-term land productivity—often without hurting crop yields in subsequent seasons.
This win-win model proves that modern agriculture and wildlife conservation can reinforce each other, turning productive farmland into flexible ecological assets that sustain both birds and resilient farming systems.
[The Nature Conservancy. BirdReturns: Creating Dynamic Habitat for Migratory Birds. The Nature Conservancy California]
Science and facts💡 | 2 810 |
| 20 |  These bricks are made from 90% plastic waste! and once they’re locked together, even a tractor struggles to pull them apart.
Science and facts💡 | 2 925 |
