wtf fun fact

WTF Fun Fact 13506 – Human Hair Can Hold Two Elephants

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When considered collectively (by the head), human hair can hold two elephants! That’s right, it can support the weight of two giant creatures.

Let’s explain.

The Anatomy of a Hair Strand

To truly grasp the astonishing strength of human hair, we must first delve into its structure. Each strand is composed of keratin, a type of protein. This protein is arranged in coiled coils, a configuration that provides both flexibility and strength to the hair.

The innermost layer, known as the medulla, is surrounded by the cortex, which in turn is encased by the outermost layer, the cuticle. Each of these layers contributes to the hair’s overall resilience.

One individual hair strand, despite its tensile strength, is unlikely to impress anyone with its ability to support weight. However, the collective strength of hair is where the true marvel lies.

The average human head has approximately 100,000 to 150,000 hair strands. When working in tandem, these hairs can exhibit strength that belies their delicate appearance.

Why Human Hair Can Hold Two Elephants

So, how do we arrive at the claim that human hair can hold two elephants? Let’s break it down:

  • An average strand of hair can support about 100 grams in weight. This might not seem like much, but when multiplied by the average number of hairs on a human head (let’s take the midpoint of 125,000 strands), we get a total weight of approximately 12.5 tons.
  • An average adult elephant weighs about 6 tons. So, theoretically, the combined strength of the hair on a human head could support two elephants, amounting to 12 tons!

The capacity of hair to support immense weight is just one facet of its remarkable nature. Hair can stretch up to 30% of its original length without breaking when wet. This elasticity is yet another testament to its durability.

But beyond its tensile strength and elasticity, hair also serves as an indicator of our health, reacts to emotional stimuli (like standing on end when we’re frightened), and plays a vital role in regulating body temperature.

—WTF fun facts

Source: “Secrets of human hair unlocked at Natural History Museum in London” — The Guardian

WTF Fun Fact 13505 – The Town of Suloszowa

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In Suloszowa, Poland, all 6000 residents live on the same street!

Living in ‘Little Tuscany’

Imagine a town where everyone shares the same street, where houses unfurl along a singular pathway, dotted with fields of varying colors and purposes. Welcome to Sułoszowa in southern Poland, a village often dubbed “Little Tuscany” for its unique landscape.

Sułoszowa is not your everyday town. Stretching 9 kilometers, this single street houses all of its nearly 6,000 residents. But what captures one’s attention is not just the uncommon layout but the vibrant strips of land accompanying each residence.

While one plot boasts golden grains swaying in the breeze, another shimmers with the bright yellow of rapeseed. Every household has its patch, varying in hues, purposes, and stories. Whether to cultivate, rear animals, or just let nature take its course, each strip adds a unique flavor to the Sułoszowa tapestry.

While deeply rooted in tradition, Sułoszowa hasn’t remained untouched by modernity. Contemporary amenities dot the historic street, blending the old with the new. However, the challenges of the 21st century, like urban migration and technological advancements, pose questions about the town’s future layout.

Suloszowa Pride

The village’s beauty has not gone unnoticed. A snapshot capturing the essence of Sułoszowa went viral on social media platforms like Reddit, where users couldn’t help but marvel at the charming layout.

Each house, with its own plot of land, has left a visual impact on many, leading to comments about the town’s tranquillity compared to bustling city lives.

With an aerial view, Sułoszowa paints a mesmerizing picture. The houses, lined neatly, complemented by strips of varying colors, present a mosaic of life. These vibrant hues represent the different activities of its residents.

From bustling marketplaces to quaint local businesses, the street has witnessed generations of merchants and craftsmen ply their trade.

—WTF fun facts

Source: “A Look At The Polish Town Where All 6,000 Residents Live On The Same Street” — News 18

WTF Fun Fact 13504 – The Dots on Strawberries

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What are the dots on strawberries? You might believe they’re seeds, but you’d be wrong.

It’s not just the layperson who’s been fooled. Even certain educational platforms have, over the years, inadvertently misinformed generations into believing that strawberries carry their seeds on the outside. The truth, however, is far more intriguing.

The small dotted entities on strawberries are known as “drupelets.” But these do contain seeds.

Strawberry Drupelets

Now, the concept of a drupelet can be somewhat counter-intuitive. Each of these tiny fruits contains an actual seed. So, when you look at a strawberry, you’re essentially looking at a collective of multiple fruits.

The evolutionary strategy that led strawberries to develop this unique external fruit-bearing method is fascinating.

The external drupelets potentially increase the chances of seed dispersion. The strawberry’s vibrant red coloration acts as a visual cue for animals, signaling ripeness and inviting consumption. When animals eat these fruits, the seeds within the drupelets get dispersed in the environment, ensuring the strawberry plant’s survival and proliferation.

We’ve Been Misled about the Dots on Strawberries

The strawberry, despite its unique botanical makeup, has earned its place in various cultures worldwide. Its iconic appearance and misinterpreted “seeds” have inspired art, literature, and even fashion. This misrepresentation, while innocent, makes one ponder how many other natural elements we might have misread or misunderstood.

Modern commercial strawberry production seldom concerns itself with the seeds inside the drupelets, as they propagate strawberries using runners, ensuring consistent fruit quality. However, understanding the strawberry’s unique structure has implications for genetic research and potential breeding programs.

By diving deep into the genetic makeup of the actual seeds, scientists could unlock new strawberry varieties or even develop strains more resistant to pests and diseases.

Beyond Strawberries

Strawberries aren’t the only fruits that challenge our conventional understanding. The raspberry, similar in its external seed presentation, also relies on drupelets. Pineberries, which are a blend between strawberries and pineapples in taste, carry the same deceptive exterior. It’s a testament to nature’s ability to consistently surprise and challenge our knowledge.

As the true nature of strawberry “seeds” becomes more widely known, it becomes imperative to adjust educational materials. This ensures future generations have accurate information. Such discoveries, though seemingly minute, underscore the importance of continuous learning and the revision of established knowledge bases.

— WTF fun facts

Source: “These White Dots On Strawberries Are Not Strawberry Seeds” — IFL Science

WTF Fun Fact 13502 – The Naming of Mount Everest

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The naming of Mount Everest was controversial. While it already had local names, the mountain was renamed by British colonialists in 1865 after a man who had never even been there.

Sir George Everest and the Naming of Mount Everest

Sir George Everest, whose name graces the world’s tallest mountain, holds an ironic place in its history. Despite his significant contributions to cartography and the British Great Trigonometrical Survey in India, he never set foot on the mountain itself. Everest’s connection to the peak comes solely through his work, rather than any firsthand experience.

Everest never visited the mountain. He spent much of his time overseeing operations, conducting research, and ensuring the accuracy of the work. He retired and returned to England in 1855, before the peak’s official identification and naming.

Initial Discoveries

British maps first labeled the mountain as “Peak XV.” In the 19th century, the British began a massive project. Their goal? Measure the entire Indian subcontinent. The British Great Trigonometrical Survey faced many challenges, from dense forests to rugged landscapes. By the 1850s, they focused on the Himalayas.

Radhanath Sikdar made a discovery in 1852. He was an Indian mathematician and surveyor. Sikdar believed Peak XV was the world’s highest peak. This idea challenged the earlier belief in Kangchenjunga as the highest. This claim took years to confirm.

Everest served as the British Surveyor General of India from 1830 to 1843. During his tenure, he spearheaded various initiatives to measure and map the subcontinent. These efforts laid the groundwork for later expeditions into the Himalayas. His meticulous methodologies ensured that the measurements and results of the surveys were precise.

The Controversial Naming of Mount Everest

In 1856, a new proposal emerged. Andrew Waugh, the current Survey’s General, had an idea. He wanted to name the peak after Sir George Everest. But this idea sparked debate. The mountain already had local names. Tibetans called it “Chomolungma,” and the Nepalese named it “Sagarmatha.”

Waugh had a reason for his proposal. Many local names existed across various regions. Picking one name for everyone seemed tough. He thought naming the peak after Sir George Everest made sense. The Royal Geographical Society made it official in 1865. They named it “Mount Everest.”

The world now knew Mount Everest. Climbers wanted to reach its top. Every expedition brought more attention to the mountain. Yet, Nepal and Tibet kept their local names. It took time for “Sagarmatha” and “Chomolungma” to gain global recognition.

—WTF fun facts

Source: “Mount Everest” — National Geographic Society

WTF Fun Fact 13501 – Google, Apple, Intel, Adobe Lawsuit

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The Google, Apple, Intel, Adobe lawsuit is a sinister and embarrassing moment in tech history – one that the corporate giants had to pay for.

In the early 2010s, it came to light that some of these tech giants were involved in secret anti-poaching agreements. Leading companies like Google, Apple, Intel, and Adobe had clandestine arrangements not to hire each other’s employees. This essentially froze salaries by eliminating the competition for top talent. What ensued was a scandal and a class action lawsuit that exposed the dark side of Silicon Valley.

The Roots of the Apple, Google, Intel, Adobe Lawsuit

The roots of the issue began with individual agreements. The earliest known pact was between Pixar and Lucasfilm in 1986, which agreed not to poach each other’s employees and to cap wages. Yet, by the 2000s, other Silicon Valley heavyweights had entered into similar agreements. Google and Apple had their secret deal, as did Google and Intel, Google and Intuit, and so on.

These agreements were not merely handshake deals. Emails and written correspondence showed the top executives of these companies actively reinforcing the non-poaching pacts. For instance, an email from Steve Jobs to Sergey Brin explicitly warned Google against recruiting Apple’s team.

The effect of these agreements was suppressed wage growth for employees. As a result, engineers, developers, and other tech professionals were unknowingly restricted in their career opportunities. Without the ability to get counter-offers or even entertain offers from a significant portion of the leading companies, many employees lost out on potential salary hikes, better positions, and more promising career trajectories.

The Class Action Lawsuit

In 2011, the issue reached a critical point. Over 64,000 employees filed a class-action lawsuit against Adobe, Apple, Google, Intel, Intuit, Lucasfilm, and Pixar. The suit claimed that these companies conspired to eliminate competition for skilled labor, thus suppressing wage growth.

The plaintiffs alleged that the lost wages due to this collusion amounted to billions of dollars. To back their claims, they pointed to emails and other communications between CEOs like Steve Jobs of Apple and Eric Schmidt of Google, which showed that these leaders were actively enforcing these agreements.

Regulatory Scrutiny and Settlement of The Apple, Google, Intel, Adobe Lawsuit

The Department of Justice (DOJ) took notice of these agreements. In 2010, they announced a settlement with six of these companies. As per the settlement, the companies agreed to a prohibition against engaging in any anti-poaching agreements for a duration of five years. However, the DOJ’s settlement didn’t provide any compensation to the affected employees. This is what led to the class action lawsuit in 2011.

After a series of legal processes, in 2014, the companies tried to settle the lawsuit for $324.5 million. However, this amount was rejected by the judge for being too low. As a result, in 2015, the companies increased their offer and agreed to a settlement of $415 million, which employees eventually accepted.

Reflection and Legacy

The unfolding of this scandal delivered a pivotal lesson about the necessity of ethical corporate practices.

The power that these tech titans wield, in terms of shaping industry dynamics and affecting the lives of thousands of professionals, was laid bare. As behemoths in the technological realm, their actions have vast repercussions, and the anti-poaching agreements betrayed the trust many had placed in them.

—WTF fun facts

Source: “Tech Giants Will Pay $415 Million To Settle Employees’ Lawsuit” — All Tech Considered

WTF Fun Fact 13499 – No Private Beaches in Maui

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Unlike some beach destinations around the world where private ownership can restrict public access, there are no private beaches in Maui. The Hawaiian island maintains a refreshing and inclusive stance, ensuring all beaches are public. But why does Maui champion this?

A Glimpse into Hawaiian Tradition

Hawaii’s connection with the ocean runs deep. Historically, Hawaiians lived harmoniously with the land and sea. The beach wasn’t just a leisure spot; it was a source of food, a gathering place, and a spiritual haven. With the aloha spirit deeply entrenched, the idea of restricting beach access is antithetical to traditional Hawaiian values.

The State of Hawaii codified this ethos in its Public Access Shoreline Hawaii (PASH) laws. These ensure that every beach, regardless of adjacent private property ownership, allows public access.

For Maui, this means locals and visitors alike can relish every sunset, every wave, and every grain of sand on the island’s shores. Beaches aren’t commodities to be owned; they’re treasures to be shared.

The Challenges of Ensuring There Are No Private Beaches in Maui

While this open access policy fosters community spirit and inclusivity, it’s not without challenges.

Landowners adjacent to beaches, sometimes high-profile individuals seeking privacy, must navigate the delicate balance between personal boundaries and public rights. Moreover, ensuring pathways to these beaches remain accessible also demands attention, with occasional tensions between landowners and beachgoers.

Preservation Over Privatization

Maui’s stance, while unique, is not a mere legislative quirk. It reflects a deeper commitment to preservation over privatization. The island’s culture, deeply rooted in respect for the land, clashes with the idea of roping off nature for a privileged few.

By keeping beaches public, Maui not only offers a physical space for all to enjoy but also fosters a spirit of shared responsibility. The beach becomes everyone’s kuleana, or responsibility, to cherish and protect.

— WTF fun facts

Source: “Are All Maui Beaches Public?” — Action Tour Guide

WTF Fun Fact 13498 – Record High Temperature

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Both Alaska and Hawaii share the same record high temperature of 100°F (37.8°C). It’s quite the surprise for many since Hawaii is a tropical paradise, while Alaska is often associated with icy landscapes and freezing temperatures. Let’s dive into this.

Setting the Stage for a Record-High Temperature

Alaska: Often termed “The Last Frontier,” Alaska is known for its vast wilderness, glacial landscapes, and cold climate. Its Arctic and subarctic climates lead to long, harsh winters and brief summers. However, Alaska isn’t just a frozen wasteland. It has a variety of microclimates, and during its short summer, some regions can get quite warm.

Hawaii: The Aloha State is synonymous with tropical paradise, boasting a warm climate year-round. Hawaii’s location in the central Pacific Ocean ensures it has a tropical climate moderated by oceanic influences. This results in balmy, warm temperatures throughout the year but rarely sees extremes.

The 100-Degree Record-Setting Days

For Alaska, the record was set on June 27, 1915, in Fort Yukon. This town lies just inside the Arctic Circle—a region more associated with sub-zero temperatures than scorching heat. A combination of clear skies, long daylight hours (thanks to its position close to the Arctic Circle), and specific atmospheric conditions allowed for this record-setting temperature.

Hawaii, on the other hand, saw its record 100°F on April 27, 1931, in Pahala, a small town on the Big Island. This record is especially remarkable considering Hawaii’s consistent climate. The island’s oceanic surroundings and regular trade winds generally keep extreme temperatures at bay.

Why Do Hawaii and Alaska Have the Same Record High Temperature?

The Extremes of Latitude: Alaska’s high temperature record may seem surprising, but it’s important to remember that during the summer months, areas close to the Arctic Circle experience almost continuous daylight. This phenomenon, known as the Midnight Sun, means that the ground and the air can continue warming throughout the day and night.

Oceanic Moderation in Hawaii: The vast Pacific Ocean surrounding the Hawaiian Islands plays a crucial role in keeping the state’s temperatures relatively consistent. Water has a high heat capacity, meaning it can absorb and release heat slowly. As a result, areas close to large bodies of water—like Hawaii—tend to have milder, more stable temperatures. While Hawaii does experience warmth, it’s the consistency rather than the extremes that characterizes its climate.

Microclimates and Atmospheric Anomalies: Both states have diverse topographies and climates within their borders. In Alaska, interior regions, shielded from the marine influences, can see more significant temperature fluctuations. Hawaii has elevation changes, leading to cooler areas atop Mauna Kea and Mauna Loa compared to coastal regions. Specific atmospheric conditions, such as high-pressure systems, can lead to unusually high temperatures, even in areas where they might seem out of place.

The Bigger Picture

While this shared record is an interesting climatic quirk, it also underscores the complexity of our planet’s weather and climate systems. Two states, with seemingly opposite general climates, can have moments of convergence due to a multitude of factors.

Moreover, such records emphasize the importance of understanding local weather patterns and anomalies when considering broader climate trends. Just as one cold day doesn’t negate global warming, a single hot day in Alaska doesn’t define its typical climate. It’s the broader patterns and consistent data over time that give us insight into our changing world.

—WTF fun facts

Source: “The Hottest Temperatures Recorded In All 50 States” — Weather Underground

WTF Fun Fact 13494 – John Wilkins’ 17th-Century Moon Mission

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The first “moon mission” was dreamed up in the 17th century by a clergyman named John Wilkins.

Though the technologies of his time were rudimentary, Wilkins’ imagination and theories displayed a unique combination of audacity and scientific curiosity.

Early Life and Philosophical Leanings

John Wilkins was born in 1614. He was an Anglican clergyman and a founding member of the Royal Society, a body dedicated to the promotion of natural science. Wilkins was a polymath with interests ranging from theology to mathematics and cryptography. These varied interests equipped him with a unique perspective when it came to observing and understanding the cosmos.

John Wilkins’ Plurality of Worlds

Central to Wilkins’ astronomical ideas was the belief in a “plurality of worlds.” This concept was embraced by several thinkers of the era. It postulated that planets and celestial bodies, including the moon, were worlds much like Earth.

By this logic, the moon wasn’t just a shining orb in the sky. It was a place with landscapes, atmospheres, and perhaps even inhabitants. This revolutionary idea was radical and contrary to the predominant geocentric worldview upheld by many in the church.

In 1640, Wilkins published “A Discourse Concerning a New World and Another Planet.” In it, he explored the feasibility of humans traveling to the moon and other planets. He argued that if the moon were a world similar to Earth, humans should be able to travel there. Given the technological constraints of the 17th century, this was a bold proposition. His methods, in hindsight, were understandably primitive.

John Wilkins and the Flying Chariot

Wilkins believed that a “flying chariot” could take humans to the moon. This vehicle would be propelled by wings attached to it, a bit like the way birds fly. He theorized that the chariot’s wings would require less flapping the further it got from Earth due to the thinning atmosphere.

Additionally, he speculated on the absence of gravity in space. He noted that as one ascended, the pull of Earth’s gravitational force would diminish, making it easier to move around. Though rudimentary, such thoughts were a precursor to our modern understanding of the vacuum of space and microgravity environments.

Of course, not everyone was taken in by Wilkins’ ideas. His contemporaries raised various objections. Some focused on the theological implications. If there were beings on other planets, how did they fit into the Biblical narrative? Others doubted the physical feasibility. How would one breathe? How could wings work in the vacuum of space?

Wilkins tackled these questions head-on. He hypothesized that space wasn’t entirely devoid of air. Instead, the atmosphere thinned out but never completely disappeared, providing just enough air for breathing.

Legacy and the Dawn of Space Exploration

Though Wilkins’ moon mission ideas were not actualized in his lifetime, his speculations played a pivotal role in sparking interest in interplanetary exploration. His works represented a significant shift from purely observational astronomy to a more practical, exploration-driven approach.

Space exploration took another three centuries to become a reality. However, the philosophical and theoretical foundation was set in Wilkins’ era.

His thoughts, radical as they were, underscore the human spirit’s relentless quest for knowledge and exploration.

—WTF fun facts

Source: “The 17​th​-Century Moon Mission That Never Got Off the Ground” — Atlas Obscura

WTF Fun Fact 13492 – Information Seeking Behavior

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Normally, when we think of smartphone addiction, we think of video games or social media, but information-seeking behavior, such as constantly scrolling through the news, can be hazardous to your health as well.

In our digital age, many people often hear notifications, see never-ending news feeds, and feel the pull to browse news apps daily. This behavior ties into our brain chemistry. Dopamine, a key neurotransmitter, drives our desire to seek information and rewards.

The Role of Dopamine in Information-Seeking Behavior

People often call dopamine the “feel-good” chemical. But it’s better to think of it as a messenger for reward-seeking, motivation, and pleasure. When we experience something pleasurable, our brain releases dopamine. This makes us want to repeat that action.

In the past, dopamine helped us survive. For instance, when our ancestors found food or water, a dopamine rush would push them to keep searching for these essentials.

Why We Seek Information

As societies evolved, so did our dopamine triggers. Now, our brain doesn’t only release dopamine for physical rewards but also for intangible ones like information. Discovering new information gives our brain a dopamine boost. Historically, this made sense. Early humans needed new knowledge for survival, like learning about potential dangers.

Today, each piece of news or an article can trigger dopamine, making us crave more. It’s like how we yearn for food or other activities that make us feel good.

Smartphones: Dopamine Machines

Smartphones and apps capitalize on our dopamine system. Every swipe or notification can be a dopamine rush. The element of surprise—whether the next swipe reveals a meme, a news update, or a message—boosts our dopamine even more.

This unpredictability mirrors slot machines. You never know when you’ll hit the jackpot, making you play more. Likewise, not knowing what the next notification holds keeps us glued to our screens.

However, too much dopamine has its downsides. Over time, frequent dopamine hits from constant scrolling can dull our response. Like how drug users need more drugs over time, we might need more screen time or new information for the same dopamine kick.

This never-ending search for information can overload us. We might struggle to understand or remember what we read. We can even feel mentally exhausted.

Balancing Out Information Seeking Behavior

Knowing dopamine’s role in our online habits can help us use tech wisely. Here’s how:

  • Set Limits: Designate times for browsing news or social media. This reduces the impulse to always check for news.
  • Take Digital Breaks: Stepping away from screens occasionally can help reset our brain’s dopamine response.
  • Choose Wisely: Don’t just scroll. Engage deeply with a few key topics.
  • Control Notifications: Fewer non-urgent notifications mean fewer urges to check your device.

Our relationship with dopamine and information seeking shines a light on our tech habits. Technology offers us endless information, but understanding the dopamine effect helps us use it wisely. By realizing how our brains work in this digital era, we can enjoy tech without letting it control us.

—WTF fun facts

Source: “The Dopamine Seeking-Reward Loop” — Psychology Today