facts

WTF Fun Fact 13364 – Honey Never Spoils

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Did you know that – so long as it’s stored correctly and not contaminated – honey never spoils? As long as it’s pure honey and it’s preserved appropriately, it can resist spoiling for thousands of years (if not indefinitely). Its remarkable longevity is evidenced by pots found in ancient Egyptian tombs.

The history of honey

Honey has been cherished since ancient times, with evidence of its consumption dating back thousands of years. The Egyptians, renowned for their mastery of preservation, held honey in high regard and utilized various techniques to ensure its longevity.

Honey’s low moisture content, acidic pH, and the presence of hydrogen peroxide-producing enzymes contribute to its natural preservation properties.

The world’s oldest honey

Archaeologists venturing into the depths of ancient Egyptian tombs in 1922 made a remarkable discovery. In King Tut’s tomb, they found a treasure trove of pots filled with honey over 3,000 years old.

These pots, carefully sealed and preserved within the protective embrace of the tombs, have defied the passage of time, remaining perfectly edible to this day. This is how we know that it’s possible that honey never spoils.

Is it true that honey never spoils?

Honey’s exceptional longevity can be attributed to several factors. Firstly, its low moisture content inhibits the growth of bacteria and other microorganisms, as most harmful pathogens require higher water content to thrive. Secondly, honey’s acidic pH, typically ranging from 3.2 to 4.5, creates an unfavorable environment for many bacteria. Lastly, bees add an enzyme called glucose oxidase to honey, which produces hydrogen peroxide—a natural antimicrobial agent.

While honey possesses incredible preservation properties, it is important to note that improper storage can impact its quality. Exposure to air, moisture, and heat can lead to crystallization, fermentation, and the growth of yeasts or molds. To maintain the freshness of honey, it is crucial to store it in a tightly sealed container at room temperature, away from direct sunlight and excessive heat.

When honey spoils

Just because honey can last “forever,” doesn’t mean it will. Honey’s shelf life can vary depending on its moisture content, acidity, and storage conditions. Raw, unprocessed honey tends to have a longer shelf life compared to processed honey, as it retains more of its natural enzymes and antimicrobial properties. Furthermore, honey with higher acidity levels generally exhibits better preservation qualities.

Honey’s longevity also relies on its quality and source. Pure, unadulterated honey with minimal processing has a higher likelihood of maintaining its freshness over time. Additionally, honey sourced from reliable beekeepers and reputable producers ensures its authenticity and minimizes the risk of spoilage due to contamination or improper handling.

—WTF fun facts

Source: Discover the Oldest Honey Ever Found (From King Tut’s Tomb?) — AZ Animals

WTF Fun Fact 13363 – The Oldest Musical Instrument

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Deep within the recesses of a German cave, researchers came across a remarkable artifact in 2008—the world’s oldest musical instrument. It was a flute made from a vulture’s wing bone. This extraordinary find dated back approximately 40,000 years.

Discovering the world’s oldest musical instrument

In 2008, archaeologists exploring the Hohle Fels cave in southwestern Germany unearthed a treasure that would rewrite the history of music. During their search, they stumbled upon the remnants of a bone flute. After the researchers carefully reconstructed it, they revealed the astonishing craftsmanship of our ancient ancestors.

They’ve also traced the flute’s origin back to the Upper Paleolithic period, during a time when early humans roamed the Earth. Radiocarbon dating placed the age of the flute at approximately 40,000 years old. This makes it the oldest known musical instrument ever found. It even predates the development of agriculture and the invention of writing! That really says something about the importance of music in our lives.

The flute’s construction

The flute, made from the hollow wing bone of a griffon vulture, exhibits remarkable craftsmanship. Moreover, the flute’s smooth surface bears the unmistakable signs of intricate carving and polishing, serving as a testament to the skill and dedication of its ancient artisan. The creator carefully fashioned the bone with several holes, allowing for the modulation of sound by covering and uncovering them.

Experts have analyzed the flute’s acoustics and confirmed that it possesses the ability to produce musical tones. And they say the presence of carefully placed finger holes indicates that our ancient ancestors possessed a fundamental understanding of sound. Not only that, but they were capable of manipulating it to create melodies. This information provides some fascinating insight into the human capacity for artistic expression.

Rewriting history with music

The discovery of the world’s oldest flute not only expands our knowledge of human history but also highlights the enduring impact of music on our lives. This serves as a reminder that music has always held a special place in the human experience, bringing joy, solace, and a means of creative expression across civilizations and ages.

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Source: “35,000-year-old flute is oldest known musical instrument” — LA Times

WTF Fun Fact 13362 – Super Mario’s Original Name

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Do you know Super Mario’s original name wasn’t Mario? We positively clutched our pearls when we found out. We can’t imagine the iconic video game character called anything else. But do you think Super Mario would be the legend he is today if his name had simply been “Jumpman”?

Mario’s original name: less than super

Super Mario, the iconic video game character loved by millions, has become synonymous with Nintendo and gaming itself. But let’s shed some light on the man behind the mustache and his journey to gaming stardom.

Super Mario was brought to life by renowned game designer Shigeru Miyamoto. Miyamoto’s vision for a new arcade game with a unique character led him to create what would become one of the most recognizable figures in gaming history.

During the early development stages, Miyamoto initially named the character “Jumpman.” While it’s pretty lame, the name Jumpman aptly described Mario’s ability to leap across obstacles and enemies. It’s just a little too on the nose.

Landlord, plumber, icon

However, it was during the game’s U.S. release that Jumpman’s name took a turn.

As the story goes, Nintendo of America’s landlord confronted the company about late rent payments while they were finishing the game. That landlord’s name was Mario Segale. Impressed by Segale’s assertiveness, Nintendo’s staff decided to honor him by renaming their beloved character. Thus, Jumpman officially became Mario, forever linking the iconic plumber to a chance encounter with a cranky landlord. (We assume they also eventually paid their rent.)

With his new name, Mario catapulted to fame. The character debuted in the arcade classic “Donkey Kong” before getting his own “Super Mario Bros.” on the Nintendo Entertainment System (NES). Mario’s adventures are now a staple of the gaming industry and he’s demonstrated his enduring appeal and ability to captivate players across different genres and generations.

What’s in a name?

The character has made appearances in numerous spin-offs, cartoons, comics, and even a Hollywood film. His likeness and iconic catchphrases have become embedded in popular culture, making him an instantly recognizable and beloved figure around the globe.

Super Mario’s dominance shaped the future of video game design. But we’re not sure things would have been that way if Super Mario’s original name had stuck.

—WTF fun facts

Source: “‘Super Mario Bros.’ debuted 35 years ago — here’s how Mario accidentally became a gaming superstar” — CNBC

WTF Fun Fact 13361 – Olympic Tug of War

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Tug of War, a favorite childhood sport that pits two teams against each other in a test of strength and teamwork, had a brief but notable stint as an Olympic sport. Olympic Tug of War made its debut in the 1900 Paris Games. The inclusion of the sport was a reflection of the diverse range of events showcased in the early years of the modern Olympics. Organizers believed that Tug of War, with its raw physicality and team dynamics, would add excitement to the program. And we’re kind of sad it’s not there anymore!

Competitive Tug of War

Of course, Tug of War competitions at the Olympics followed a standardized set of rules. Each team consisted of eight athletes, and the objective was to pull the opposing team a certain distance across a line within a specified period of time.

If neither team achieved this, victory was awarded to the team that managed to pull their opponents the farthest.

Tug of War quickly gained popularity among spectators due to its gripping displays of strength. After all, it may not be figure skating, but it required determination, synchronization, and the ability to work together. The sport drew large crowds – and we imagine it still would today!

A playground sport goes global, then fades

Tug of War returned in the 1908 London Olympics. This time, the competition featured teams from more nations. But the United Kingdom, Sweden, and the United States were dominant.

So where did this popular sport go? Well, for all its popularity, the sport faced several challenges that ultimately led to its removal from the Olympic program. One factor was the lack of standardized weight categories, which disadvantaged lighter teams.

The removal of Tug of War from the Olympic program can also be attributed to shifting priorities. The Games evolved into a platform that emphasized individual athletic prowess, precision, and specific skill sets, rather than collective strength and team coordination.

The end of an era

Sweden holds the distinction of winning the most Olympic Tug of War medals, with five golds, one silver, and two bronzes. Sadly, the 1912 Stockholm Olympics was the last Games to feature Tug of War, marking the end of its Olympic journey.

Interestingly, the gold medals awarded to Tug of War champions were among the heaviest in Olympic history, weighing approximately 324 grams (11.4 ounces).

—WTF fun facts

Source: “Olympics History” — Tug of War Association

WTF Fun Fact 13360 – Plant Machete Robot

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“Plant machete robot” are three words we never expected to hear together. And yet here we are.

That’s because David Bowen, a renowned kinetic artist, is pushing the boundaries of the relationship between technology and art. His latest exhibition, “Plant Machete” showcases his unique ability to fuse nature with machines. The result is a portrayal of plant life that is truly mesmerizing – and a bit dangerous.

A machete-wielding plant robot

Bowen described the piece on his website:

“Plant machete has a control system that reads and utilizes the electrical noises found in a live philodendron. The system uses an open source micro-controller connected to the plant to read varying resistance signals across the plant’s leaves. Using custom software, these signals are mapped in real-time to the movements of the joints of the industrial robot holding a machete. In this way, the movements of the machete are determined based on input from the plant. Essentially the plant is the brain of the robot controlling the machete determining how it swings, jabs, slices and interacts in space.“

Art meets tech

“Plant Machete” prompts viewers to question the boundaries between the organic and the mechanical. Bowen’s robotic machete, while purely mechanical, seems to breathe with life as it mimics the internal signals of the. It’s a testament to Bowen’s genius that he can draw such lifelike behavior from an inanimate object.

Bowen’s work sparks conversations about the interplay between nature and technology. As a result, we get a reminder of the connection between these worlds. The robotic machete brings the unseen world of plants to the surface. It also provides a unique perspective on the intricate dances of nature.

According to his website, Bowen “is a two-time recipient of a McKnight Visual Artist Fellowship and has received awards such as Grand Prize, Japan Media Arts Festival; Honorary Mention, Ars Electronica; and Third Prize, Vida Art and Artificial Life international competition. Bowen has been an artist in residence at Autodesk Pier 9, The Mattress Factory Museum of Contemporary Art, The Massachusetts Museum of Contemporary Art and The Arctic Circle.”

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Source: “Watch a Living Plant Wield a Machete With a Robot Arm” — My Modern Met

WTF Fun Fact 13359 – The Biltmore Mansion Railroad

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The Biltmore Mansion in North Carolina features 250 rooms, 65 fireplaces, and elaborate gardens and grounds that sprawl over 8,000 acres.

During the mansion’s construction, a miniature railroad system was built to transport the massive amounts of building materials required to construct the estate. After the mansion’s construction was completed, the railway system was repurposed for transporting guests and farm products around the estate.

Building The Biltmore Mansion

In the late 1800s, George Washington Vanderbilt II commissioned the construction of the Biltmore Mansion in the Blue Ridge Mountains of North Carolina. The estate still stands as a major tourist attraction. It features a whopping 250 rooms, 65 fireplaces, and gardens that span over 8,000 acres.

Constructing the Biltmore was no easy feat. The mansion necessitated a massive amount of construction materials. And these had to be transported to the remote construction site in the mountains and over rugged terrain.

That’s why Vanderbilt commissioned the construction of a miniature railroad system to transport the building materials to the site. The narrow-gauge system spanned over three miles and used a small steam engine that pulled flatbed railcars loaded with supplies like bricks, lumber, and stones.

Navigating the Blue Ridge Mountains

The railroad system was a significant engineering feat for its time. It was designed to navigate the steep inclines and tight corners of the mountainous terrain with ease. It was also able to transport much larger quantities of building materials than traditional wagons or trucks. As a result, Vanderbilt was able to transport massive amounts of building materials to create his elaborate mansion.

Once the mansion was completed, Vanderbilt repurposed the railway system to transport guests and farm products around the estate. Visitors could also take a ride on the railway and enjoy the scenic beauty of the estate’s gardens and grounds.

Today, visitors to the Biltmore Mansion can see remnants of the railway system, including the original steam engine, tracks, and bridges.

Today, remnants of this innovative transportation system – the original steam engine, tracks, and bridges – are still visible. They serve as a powerful reminder of the bold vision and ingenious problem-solving that went into constructing the Biltmore Mansion, adding another layer of intrigue for modern visitors.

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Source: “Building an Empire: Restoring the Biltmore Estate” — Yesterday’s America

WTF Fun Fact 13354 – The Longest Breath Hold

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Aleix Segura Vendrell set a record for the breath hold in 2016. To be precise, it was the longest static apnea breath-hold with pure oxygen pre-breathing. This means that Vendrell breathed pure oxygen before holding his breath, which allowed him to extend the duration. This category is separate from the “no oxygen assistance” static apnea records, in which the individual does not use any external oxygen source before holding their breath. As a result, he held his breath for an astounding 24 minutes and 3.45 seconds.

The world record for longest breath hold

Vendrell’s record was set in the static apnea category with pure oxygen pre-breathing, which means he inhaled pure oxygen before holding his breath. This technique saturates the blood and tissues with oxygen, allowing for a longer hold compared to normal air intake. Pre-breathing pure oxygen is not allowed in the “no oxygen assistance” static apnea category. In that category, athletes rely solely on their natural ability to hold their breath.

Freedivers like Vendrell undergo physiological adaptations that enable them to hold their breath for extended periods. One such adaptation is the mammalian dive reflex, a set of responses triggered by immersion in water. This reflex causes the heart rate to slow down (bradycardia), blood vessels in the extremities to constrict (peripheral vasoconstriction), and the spleen to release more oxygen-rich red blood cells into the bloodstream. These adaptations help conserve oxygen and prioritize its delivery to vital organs, such as the brain and heart.

Training for greatness

Another crucial adaptation is the ability to tolerate high levels of carbon dioxide (CO2) in the body. As CO2 levels rise during a breath hold, the urge to breathe becomes more intense. Freedivers train to withstand this urge, allowing them to maintain their breath-hold for longer durations.

Holding one’s breath for an extended period is not without risks. Hypoxia, a state of oxygen deprivation, can lead to loss of consciousness, brain damage, or even death. Therefore, it is essential that freedivers and those attempting long breath-holds take necessary precautions and undergo proper training to minimize these risks.

Safety personnel and medical staff supervise freediving competitions and record attempts to ensure that athletes receive immediate assistance if any complications arise. Additionally, freedivers often follow specific training regimens, gradually increasing their breath-hold durations and practicing techniques to manage the physical and mental challenges associated with this feat.

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Source: “What It Takes to Hold Your Breath for 24 Minutes (Yeah, It’s a Thing)” — Wired

WTF Fun Fact 13351 – ChatGPT and Doctors

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There are a few interesting relationships between ChatGPT and doctors. In fact, we know doctors are using the generative AI tool to help them diagnose patients. But perhaps more disturbingly, a recent study recently found that ChatGPT was judged as more empathetic than human doctors when responding to patients.

Empathy is an essential aspect of effective patient care, as it allows healthcare providers to connect with their patients on an emotional level and better understand their concerns. That makes it something we can’t simply farm out to machines.

The study of ChatGPT and doctors’ empathy

The study in question assessed the empathetic responses of ChatGPT in comparison to those of human doctors. Researchers used anonymized text-based conversations between patients and their healthcare providers, replacing the doctors’ responses with those generated by ChatGPT. Then, they asked participants to rate the empathy exhibited by each response.

Surprisingly, ChatGPT’s responses were rated as more empathetic than those of human doctors. This finding suggests that AI language models like ChatGPT might have the potential to enhance patient communication and care by providing more empathetic and compassionate responses. It may also suggest that doctors need some better training.

Improving patient communication

There are several reasons why AI might excel in providing empathetic communication in healthcare settings. For starters, AI systems can be programmed to prioritize empathetic language in their responses. This ensures that each patient receives a compassionate and understanding reply, regardless of their sitaution. In contrast, human doctors might sometimes struggle with maintaining empathy due to factors such as stress, time constraints, or even prejudice.

Additionally, AI systems can quickly process and analyze large amounts of data. This allows them to better tailor their responses to each patient’s unique needs and concerns. This personalized communication could help patients feel better understood and supported.

Since AI language models can be updated and improved continuously, they can incorporate the latest research on empathy and communication techniques. As a result, AI-driven communication tools have the potential to evolve and become increasingly empathetic over time.

Limitations of AI in healthcare

Despite the promising results of the study, there are several challenges and limitations to consider when implementing AI in healthcare communication. One major concern is the potential for AI systems to misunderstand or misinterpret patient concerns due to the nuances and complexities of human language. Inaccurate interpretations could lead to inappropriate or ineffective responses, which could negatively impact patient care.

And while AI can generate empathetic responses, it lacks the genuine emotional understanding and human connection that healthcare providers can offer. This limitation could ultimately undermine the therapeutic relationship.

Another challenge is ensuring patient privacy and data security. AI systems require access to sensitive patient information to provide personalized responses. Ensuring that these systems adhere to privacy regulations is crucial for protecting patient trust and confidentiality.

Yet, despite its limitations, it appears AI has the potential to play a valuable role in supporting human healthcare providers and enhancing patient communication. At the very least, AI systems could help manage routine administrative tasks, such as scheduling appointments or answering frequently asked questions, freeing up more time for healthcare providers to focus on direct patient care.

—WTF fun facts

Source: “ChatGPT Appears More Empathetic Than Human Doctors When Responding To Patients” — IFL Science

WTF Fun Fact 13350 – Netherlands Sperm Donor

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A Netherlands sperm donor has been told to stop donating after skirting the law and fathering over 550 children worldwide.

Sperm donation is a valuable service that can help countless couples and individuals realize their dreams of parenthood. However, the story of a man referred to only as “Jonathan” raises crucial questions about the potential consequences and ethical considerations surrounding sperm donation.

His prolific donations eventually led to him being banned from further donations due to concerns about the potential implications of having such a high number of offspring.

Netherlands sperm donor raises issues about genetic diversity

One of the primary issues arising from a single donor fathering a large number of children is the potential lack of genetic diversity within the donor-conceived community. This diversity is essential for maintaining a healthy population and avoiding potential genetic disorders. That’s because a limited gene pool increases the risk of inherited diseases and conditions. This can have long-term implications for the affected individuals and their families.

When a single donor has an excessive number of offspring, it increases the likelihood of his genetic traits being overrepresented within the donor-conceived community. This can lead to unintentional relationships between closely related individuals.

Donor regulations

This case highlights the importance of implementing stricter regulations on sperm donations. This includes limiting the number of offspring per donor and providing greater transparency in the industry. In fact, some countries have already implemented such measures.

In the Netherlands, where the prolific sperm donor’s case took place, they already strict regulations that govern sperm donation. Dutch law dictates that a sperm donor can father a maximum of 25 children.

However, the man managed to father over 550 children by bypassing these rules. He donated sperm at multiple fertility clinics and engaged in private arrangements outside of the Netherlands.

The lack of a centralized system to track donations across different clinics and private agreements facilitated his ability to donate far beyond the legal limit.

—WTF fun facts

Source: “Sperm donor who fathered 550 children ordered to stop” — BBC News