OMGFacts, 77 West Washington Street, Chicago, IL (2026)

09/09/2026

A Thai supermarket wrapped produce in banana leaves and bamboo instead of plastic.

09/09/2026

🌌 A Hidden Source of Life

Imagine a place so deep and dark that life was thought to exist only by consuming oxygen, yet scientists have discovered that the seafloor itself is generating its own supply of the gas. Deep in the Pacific Ocean, nearly four kilometers beneath the surface, researchers found that metallic nodules are acting like natural batteries to split water molecules. This finding challenges the long held belief that only photosynthetic organisms like plants and algae can produce the oxygen we breathe.

🔬 The Power of Deep Sea Batteries

The process occurs on the abyssal plain of the Clarion-Clipperton Zone, where the seafloor is littered with polymetallic nodules. These potato sized rocks are rich in minerals such as manganese, nickel, and cobalt. When these minerals are concentrated together, they create a small electrical charge. Scientists measured voltages of up to 0.95 volts on the surface of these nodules, which is almost enough to trigger electrolysis. When multiple nodules are grouped together, they can generate enough power to separate hydrogen and oxygen from seawater.

🌊 Testing the Abyss

Researchers initially thought their sensors were malfunctioning when they detected rising oxygen levels in total darkness. To verify the results, they ran several experiments using seafloor chambers to isolate the nodules from the surrounding environment. The findings consistently showed oxygen levels increasing over time within the sealed chambers, the production continuing even when biological activity was neutralized, and the electrical potential of the nodules remaining stable enough to drive the reaction.

🧬 Ancient Origins of Oxygen

This discovery suggests oxygen might have been available on Earth long before photosynthesis evolved. If dark oxygen was being produced in the deep ocean billions of years ago, it could change how we explain the origins of aerobic life. It implies that early organisms might not have needed to wait for surface plants to saturate the atmosphere and oceans with oxygen. The finding also shifts where we look for life elsewhere in the universe, particularly on icy moons with subsurface oceans like Europa or Enceladus.

⚠️ Threats to a Delicate Balance

The discovery comes at a critical time as international companies look toward deep sea mining to harvest these same nodules for electric vehicle batteries. Removing these mineral deposits could disrupt an entire ecosystem that depends on this non-biological oxygen source. Since the nodules take millions of years to form, their extraction would cause permanent damage to the deep sea environment. Protecting these areas is now seen as necessary not just for biodiversity, but for preserving a geochemical process we are only just beginning to understand.

Facts checked by

Sources:
Evidence of dark oxygen production at the abyssal seafloor
Scientists find dark oxygen being produced on ocean floor
Dark Oxygen Discovery Could Shake Up Origins of Life

09/09/2026

Which small habit changed your life the most 🌱

09/09/2026

🌮 The unexpected guests

A noise complaint call turned into a viral moment of community connection when officers showed up at a family gathering and decided to join the party instead of shutting it down. What could have been a tense encounter became a warm scene that millions of people have now watched online.

🎶 A musical resolution

The hosts had family and friends over with traditional food and loud music playing in the backyard. When the doorbell rang, they figured a warning or a fine was coming. Instead, the officers walked in, looked around, and started talking with people, asking about the food and the music.

💃 Officers on the dance floor

The turning point came when someone pulled the officers onto the dance floor.
* One officer picked up the footwork faster than anyone expected.
* Guests clapped and cheered as the police moved through the crowd.
* Someone pulled out a phone and kept recording.

🤝 Bridging the community gap

The family later said the officers' choice to stay and dance meant more than any ticket would have meant the other way. Trust between neighbors and police is usually built slowly, if at all, and a few minutes of dancing won't fix everything, but it did something that night. The hosts told reporters the encounter turned a regular get-together into one their kids will talk about for years.

✨ A viral sensation

The clip spread quickly after family members posted it. Comments poured in from people who said they wished more police interactions looked like this one. Noise complaints are a normal part of city life, and most of them end with a door closing. This one ended with a dance, and that difference is why people keep sharing it.

Facts checked by

Sources:
Mexico Daily Post
Fox 11 Los Angeles
ABC7 News

09/09/2026

💎 A New Era for Diamonds

Imagine a world where the hardest material on Earth is no longer a rigid insulator but a flexible source of power. Scientists have made ultra-thin, flexible diamond membranes that produce electricity when bent, something material science once said was impossible. By refining diamond into nanometer-scale membranes, researchers can now deform the crystal lattice, triggering something called the flexoelectric effect. This changes how we think about one of nature's most durable substances.

🔬 Harnessing the Flexoelectric Effect

Bending the diamond creates a strain gradient that shifts the internal charge distribution. This displacement of atoms breaks the symmetry of the crystal structure and produces a measurable, repeatable voltage.
* The diamond membranes used in these experiments are approximately 100 nanometers thick.
* Bending the material lets it convert mechanical energy directly into electrical energy.
* The voltage produced stays consistent, making it a reliable power source for microscopic devices.

🔋 Transforming Energy Generation

Diamond has always been considered too brittle to handle the physical stress needed for this kind of energy generation. At the nanoscale, though, the material shows surprising elasticity, bending well without fracturing. That flexibility is what keeps the electrical output stable. Older theories held that diamonds would shatter long before reaching the necessary level of deformation, but these experiments show that nanostructured diamonds can behave more like plastic than stone.

⚙️ Engineering Versatility

This opens doors for electronics and sensors that need both high performance and extreme durability.
* High-power micro-electro-mechanical systems can now be built with diamond components.
* Sensors used in extreme environments like space or deep-sea exploration will last longer.
* Biocompatible energy harvesters for medical implants become more realistic.
Diamond's strength combined with this electrical property makes it a strong candidate for technologies that must survive high temperatures or corrosive conditions.

🚀 Future Applications in Technology

The reach of this research goes beyond simple power generation, as diamond can now be treated as a multi-functional semiconductor. By breaking the conventional rules governing material rigidity, researchers have moved toward next-generation quantum computing hardware and smarter electronic components. A material that spent centuries as a passive gemstone is now an active electronic component, and that shift matters for anyone working in modern engineering and materials science.

Facts checked by

Sources:
Nature Communications
City University of Hong Kong
ScienceDaily

09/09/2026

🚨 Essential preparedness for uncertain times

Securing your home with a strong supply of non-perishable food is the most effective way to protect your family from the unpredictability of global supply chains and natural disasters. Imagine being stuck at home for weeks without access to a grocery store while facing an emergency. Being prepared with a strategic food supply is a practical step for every household to maintain stability during difficult periods. The primary goal is to focus on items that provide high caloric value and essential nutrients while lasting several years without refrigeration.

🍚 The power of long lasting dry goods

Dry goods form the backbone of any emergency pantry because they're inexpensive and exceptionally long-lasting when stored correctly. Grains and legumes are particularly useful because they provide a combination of carbohydrates and protein for physical energy and mental clarity. Consider stocking the following items:
* White rice, which can last up to 30 years if sealed properly in oxygen-free containers.
* Dried beans, lentils, and chickpeas, which offer high levels of fiber and protein.
* Rolled oats, which are versatile for breakfast or baking and stay fresh for a long time.
* Dried pasta, which is easy to cook and remains edible for years when kept in a cool, dry place.

🥫 Reliable proteins and healthy fats

While grains provide essential energy, the human body needs protein and healthy fats to function during a crisis. Canned goods are a reliable choice because the canning process preserves food for extended periods, often well beyond the printed best-by date. Focus on tuna, chicken, or salmon canned in oil or water to get essential fatty acids and lean protein. Nut butters, such as peanut or almond butter, are excellent additions because they're calorie-dense and don't require any cooking. Cooking oils like coconut oil or olive oil have a long shelf life and work for both nutrition and basic food preparation.

🍯 Indefinite shelf life essentials

Certain foods are famous for their ability to remain edible for decades or even centuries under the right conditions. Raw honey is a prime example, as its low moisture content and acidic pH make it an inhospitable environment for bacteria, so it essentially never spoils. It works as a natural sweetener and a quick source of energy when needed most. Salt is another vital inclusion, not just for flavoring, but for its role in food preservation and basic biological function. Pure maple syrup and granulated sugar also have nearly indefinite shelf lives and can provide a much needed morale boost during high-stress situations.

📦 Strategic storage and rotation

The longevity of your food supply depends heavily on how it's stored and managed over time. Heat, light, and moisture are the primary enemies of food preservation, so items should be kept in a cool, dark, and dry environment like a basement or a dedicated pantry closet. It's equally important to practice a first-in, first-out rotation system. By consuming the oldest items first and replacing them with fresh stock, you keep your emergency supply from expiring or going to waste. A 5-gallon bucket with a gamma seal lid, stored under a bed or in a closet, can hold roughly 30 pounds of grain and last a family of four through a two-week disruption.

Facts checked by

Sources:
Federal Emergency Management Agency
The American Red Cross
U.S. Department of Agriculture

09/09/2026

If you had one extra hour today how would you spend it ⏰

09/09/2026

🌳 Nature's unmatched strength

Picture a piece of wood so dense and stubborn that it fights the tools meant to shape it. Australia grows the Bull-Oak, a tree that produces what many call the hardest commercial timber on the planet. Tests have measured it at 5,060 pounds-force on the Janka hardness scale. For comparison, it's nearly four times harder than Red Oak, the species most flooring buyers already know.

📏 Measuring the impact

The Janka scale measures how well wood resists denting and wear by recording the force needed to press a small steel ball halfway into a sample. Exotic species like Lignum Vitae and Quebracho get a lot of attention, but Bull-Oak keeps ranking at the top. Its density is so high that the wood sinks in water, and the cell structure holds together against impacts that would split most other timbers.

💪 Built for durability

Bull-Oak grows across the eastern states of Australia as a medium-sized tree that handles heat and dry spells without trouble. Four properties define the wood:

* A color range from reddish-brown to dark chocolate.
* A tight grain that sands down to a smooth, glassy surface.
* Strong resistance to rot and termites.
* A weight per board that feels much heavier than typical hardwoods.

🛠️ A challenge for craftsmen

Cutting this timber burns through standard steel blades fast and sometimes overheats them, so woodworkers switch to carbide-tipped tools. The same hardness that wears out saws makes Bull-Oak a favorite for high-end flooring, decorative pieces, and tool handles. The wood does have a weakness: it tends to crack while drying, which keeps large furniture-grade slabs scarce and expensive.

🔬 Evolutionary adaptation

Bull-Oak's toughness comes from growing slowly in a tough climate. Long droughts and high temperatures pushed the species toward dense cell walls that store water better and resist stress. That slow growth is also what packs the fibers so tightly together, producing a material that feels more like something engineered than something that grew out of dirt.

Facts checked by

Sources:
The Wood Database
Wood Solutions Australia
Royal Botanic Gardens Victoria

09/09/2026

🐺 A New Kind of Armor

A creative solution is coming out of the mountains of Austria, where one farmer has traded traditional fencing for spiked body armor to save his flock. Hans-Peter Schuler, a sheep farmer, designed a protective vest to deal with the growing threat of wolf attacks on livestock. The lightweight garments are made from hard plastic and are built to cover the most vulnerable parts of a sheep's body.

🛡️ Engineering for Safety

The vest is made from a hard plastic that stays flexible enough for the sheep to move around normally. By shielding the neck and throat, the design works against the way wolves usually hunt, since wolves go for the throat to bring prey down quickly.
* The plastic spikes are sharp enough to cause pain but won't kill the wolf.
* Each vest adjusts to fit sheep of different sizes.
* The materials hold up against the harsh weather found at high altitude.

⛰️ Overcoming Geographic Barriers

Old methods of predator control don't work well in the rough Austrian landscape. Building and maintaining miles of electric fencing is almost impossible on steep slopes or on ground that's too rocky to drive stakes into. Protecting each animal directly removes the need for costly infrastructure. It gives farmers a portable option that lets sheep graze in remote spots that used to be considered too risky to use.

📈 Success in the Field

Early tests have cut down on losses among herds wearing the gear. No protection method is completely foolproof, but the spikes often make a wolf break off its attack after the first contact. Other livestock owners have taken an interest in the invention as a non-lethal way to share land with predators. By lowering the financial hit from wolf encounters, Schuler wants to find a balance that protects his income and the local ecosystem at the same time.

🤝 Finding a Middle Ground

With wolf numbers climbing across Europe, farmers need new tools to deal with the pressure. This spiked vest is a move away from offensive measures like culling and trapping, and toward making livestock a harder target. When sheep are a painful mouthful, wolves tend to stay away from pastures and settlements. Mountain farming and wild predators end up sharing the same ground with a lot less conflict. 🐑

Facts checked by

Sources:
Deutsche Welle
ORF Vorarlberg
Der Spiegel

09/09/2026

The Week GE Grew Diamonds—and the UV Glow That Still Gives Labs Away
https://omgfacts.com/fact/the-week-ge-grew-diamonds-and-the-uv-glow-that-still-gives-labs-away-41wfj

OMGFacts

09/09/2026

09/09/2026

09/09/2026

09/09/2026

09/09/2026

09/09/2026

09/09/2026

09/09/2026

09/09/2026

09/09/2026

Address

Website

Alerts

Contact The Business

Shortcuts

Featured

Share

Category

Listing takedown request