New Discovery in Science

“Science is a combination of theory and experiment and the two together are how you make progress.” - Lisa Randall

Interesting developments on the Science front – courtesy of Facebook pages, ‘Collective Evolution’, ‘Brain Maze’, ‘HealNest’, ‘Things', ‘Astrophilesz’, etc… Although trials, experiments and studies show promise, I guess it will be some time yet before they are a reality.

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The human power plant
While you sleep, work, or daydream, your brain is quietly generating enough electrical energy to power a small lightbulb. That steady output comes from roughly eighty-six billion neurons firing signals across your nervous system. These microscopic cells talk to each other through chemical and electrical pulses, producing a constant hum that keeps your thoughts running and your body ticking.

Electrical output and capacity
An average adult brain generates between twelve and twenty-five watts of electricity. That may not sound like much, but it's a remarkable output for an organ weighing about three pounds. That energy keeps messages moving between neurons, manages breathing and heart rate, and processes the flood of sensory information coming in from the world around you.

Efficiency of biological energy
The brain is one of the most energy-efficient structures we know of. A typical laptop needs around fifty watts to run. The human brain handles far more complex calculations on less than half that. Evolution landed on something worth paying attention to here: the body can prioritize cognitive function without burning through every nutritional resource it has.

The mechanics of neural firing
The electrical activity starts with ions moving across nerve cell membranes. Sodium, potassium, and chloride ions shift in and out of cells, creating a voltage difference that becomes an electrical signal. Those signals travel at up to two hundred fifty miles per hour, which is why your reactions and thoughts feel almost instant.

Advancements in technology
Researchers are exploring ways to work with this natural electricity through neurotechnology. Nobody's plugging a lamp into a human skull, but scientists are building interfaces between brains and computers that read these electrical signals and let people with paralysis control robotic limbs or digital cursors. The brain's output, it turns out, is already a working power source. – A Facebook post by ‘Things’

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Mastic gum, a natural resin obtained from the mastic tree, has attracted scientific attention because of its potential biological activity in laboratory research. Studies using cultured cancer cells have shown that certain compounds found in mastic gum may slow the growth of several types of cancer cells, including colon, prostate, pancreatic, bile duct, gastric (stomach), and lung cancer models.

Researchers observed that these compounds could activate apoptosis, the body's natural process of programmed cell death, while also interfering with signals that help cancer cells survive and multiply. Laboratory experiments found changes in proteins involved in cell survival, activation of enzymes associated with apoptosis, and disruption of the cell cycle that limits continued cancer-cell growth.

In one study involving colon cancer cells, mastic gum reduced the viability of cancer cells while normal colon cells used in the experiment appeared less affected under the same laboratory conditions. These findings have generated interest in mastic gum as a source of biologically active compounds, encouraging scientists to continue investigating its potential role in future cancer research and the development of new therapeutic approaches. – A Facebook post by ‘HealNest’

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Scientists have identified what they’re calling a “third state” between life and death, a strange biological territory where cells from a deceased organism don’t simply shut down. Instead, under the right conditions, they reorganize, adapt, and sometimes create entirely new forms of living systems.

When we think about death, we often imagine a clean ending. An organism exists, then it stops existing. But biology appears to be more complex than that. The individual organism may die, while some of its components still carry a kind of creative potential, capable of participating in new patterns of organization.

In one experiment, researchers took skin cells from a deceased frog embryo and placed them in a controlled environment. Rather than simply breaking down, the cells spontaneously assembled into tiny living structures called xenobots. These new entities could move, repair themselves, interact with their environment, and even reproduce in a way unlike traditional organisms, by gathering and organizing other cells into new forms.

Later, scientists discovered similar behavior in human lung cells. These cells formed what researchers called anthrobots, small living structures that could navigate their surroundings and even assist in repairing damaged nerve cells.

From these studies, perhaps life is less like a machine that either turns on or off, and more like a dynamic process of organization, relationship, and intelligence expressing itself through matter.

We can let this be a reminder that nature does not always operate according to the rigid categories we create and perceive in the world.

This discovery also becomes philosophically fascinating. If cells from something that has died can reorganize into something new, what does that say about our understanding of endings? What if death is not simply the opposite of life, but a transition point where existing patterns dissolve and new patterns become possible? – A Facebook post by ‘Collective Evolution’

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According to the workd of Dr. Marco Cavaglià and Tommaso Firaux at the Polytechnic University of Turin in Italy, your brain and nervous system generate electrical activity all the time. Electrical activity creates electromagnetic fields.

They believe consciousness isn't just happening inside individual neurons, but may also involve these larger electromagnetic fields that surround and connect biological systems - including people To explain this, they use analogies like a radio antenna "tuning into" information, your brain being the antenna.

All of this suggests things like when you instantly "click" with someone, feel deeply connected during conversation, or seem to pick up on another person's emotional state, there is electromagnetic interactions contributing to that experience.

In fact, the HeartMath Institute has shown this for deacdes via their heart electromagnetic field research. They've determined that your heart picks up on the electromagnetic field of other's hearts, and your brain then decodes that information into an understanding of other people's emotional state or feelings. Of course, the brain and heart are working almost simultaneously in this process.

Ultimately, humans are not isolated individuals. We are embedded in networks of relationships, culture, language, emotion, biology, and information, both material and non material. Our minds and hearts continuously influence one another in ways that are largely invisible. When a room's mood changes, when fear spreads through social media, or when a conversation leaves you feeling different, consciousness is already functioning as a deeply interconnected system, even without needing literal mind-reading.

That interconnectedness is well-supported in both science and spiritual mysticism. – A Facebook post by ‘Collective Evolution’

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Vietnamese doctors have successfully performed the country's first penis transplant using an organ from a brain-dead donor. The complex microsurgery reconstructed blood vessels, nerves, and other key structures.

The patient is recovering well with no early complications, though long-term function and sensation will require ongoing monitoring. The procedure is among the few successful penile transplants reported worldwide. - A Facebook post from ‘Brain Maze’

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Benalmadena

So, here I am again in Benalmadena, Malaga, Spain. I arrived on Tuesday. This is my eighth visit. I will be here until the second of September on a home-stay holiday, staying with my friend, Roger.

I have written about my visits to Benalmadena. I think I have covered quite a bit about the place and people here in my previous posts. For those who have followed me for a while, you would have a rough idea of what Benalmadena is like. I will try to look for interesting stuff to post, and not repeat too much of what I have posted. For new followers to my blog, stay tuned to find out about Benalmadena. You might want to pay a visit here one day.

Here goes:- a brief introduction of Benalmadena.

Benalmadena is a small town in the province of Malaga in Spain. It is located on the Costa del Sol, Spain’s immensely popular holiday destination, at the base of a mountain range. Costa del Sol is literally, ‘Coast of the Sun’ is a stretch of beach.

Arroyo de la Miel, where I will be staying, is one of the three urban centers and districts that make up the municipality of Benalmadena, along with Benalmádena Pueblo and Benalmádena Costa. Pueblos refer to the villages, and Costa is the Costa del Sol, the coast.

Arroyo de la Miel is the town center between the Pueblos at the base of the mountains and Costa del Sol on the coast. The city, Malaga, is half an hour by train.

We are about an eight minutes walk to the town center.

Roger set up a ‘work-station’ for me. This is where I will be writing my reports on my vacation. You can read about my previous visits from 👉 HERE, or look under the label "`Spain" on the right hand column.

This is Roger’s balcony.

It has an open view of the beautiful mountain ranges and the villages at the base of the mountain. A familiar corner in an unfamiliar town.

In the day

At night

Somewhere up there is Roger's apartment.

I will write more after I have gotten over my jet lag, adjusted to my new environment and settled in. For an old man who is a creature of habit, it gets harder each year.

You can click on the picture for a better view.

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The World of Plants

“Knowledge is like a deep well, fed by perennial springs, and the mind of man is like a bucket that is dropped into it. He will get as much as he can assimilate. Knowledge and mental self-culture will confer incalculable blessings to man.” – Unknown

A peek into the world of plants. Here are some trivia, and fun facts about plants, courtesy of Facebook pages ‘Plant Care Today’ ‘Colours of Nature’, ‘Wildest Facts’, etc… However, I do not know if they are true. Some of them sound really incredible.

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You probably walked past a Haworthia at the nursery and thought it looked like a cute little succulent with see-through tips. Maybe you brought one home because it seemed hardy. What you actually brought home was a plant that lives most of its life underground.

In the wild, these small rosettes hunker down in the African desert with just their leaf tips peeking above the soil surface. Everything else — the growing crown, the roots, the chlorophyll-packed tissues that do the real work of photosynthesis — stays buried where temperatures stay cooler and moisture lingers a fraction longer. The translucent windows you see? Those aren't decorative. They're survival architecture.

Each window is built from specialized cells that contain almost no pigment at all. They're clear. Perfectly, intentionally clear. Light enters through the exposed tip and travels straight down through the leaf tissue like it's moving through a fiber optic thread. By the time that light reaches the chlorophyll deeper in the leaf, it's already past the brutal surface heat. The plant gets to photosynthesize without roasting its most valuable tissue.

This is why your Haworthia doesn't mind that bookshelf spot where your fiddle leaf fig would sulk itself to death. It evolved to work with filtered light, refracted light, light that's already passed through a layer of sand or stone. Bright indirect conditions aren't a compromise for this plant — they're exactly what it expects.

That same windowed-cell design caught the attention of engineers in the 1960s when they were trying to figure out how to move light efficiently over long distances. The telecommunications industry looked at how these plants guided light without scattering it and borrowed the principle for fiber optic cables. Your internet connection and your succulent share a blueprint.

The thick leaves do double duty. Yes, they store water — enough to coast through two months of neglect if they need to. But they also create that slightly succulent, firm texture that makes the whole light-funneling system work. If the leaves were thin and floppy, the windows wouldn't function. The architecture requires structure.

Here's the thing nobody tells you when you pot up a Haworthia: it likes to be a little crowded. In habitat, these plants grow in clusters, pressed together, roots confined by rocky soil. A pot that feels too small to you feels just right to the plant. It doesn't want to spend energy filling space — it wants to settle in, send up a bloom spike when it's ready, and mostly just exist in that quiet, efficient way it's been perfecting for millennia.

So when you see those translucent tips catching afternoon light from across the room, you're watching a system that solved the problem of photosynthesis in one of the harshest places on earth. It doesn't need your sunniest window. It never did.

It already knows how to find the light. – A Facebook post by ‘Plant Care Today’

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Over 6 million Americans have Alzheimer's disease and 77 million baby boomers are entering the peak age window for cognitive decline, making brain protection the most urgent preventive health priority for aging Americans. Acetylcholine deficiency progresses for years before Alzheimer's symptoms appear, creating a critical prevention window during which natural acetylcholinesterase inhibitors could delay or prevent clinical disease onset. Most Americans use rosemary exclusively for cooking flavor without realizing it contains the same class of enzyme-inhibiting compounds that pharmaceutical Alzheimer's drugs provide synthetically.

Rosemary carnosic acid inhibits acetylcholinesterase enzyme with measurable potency, increasing available acetylcholine in synaptic clefts throughout hippocampal and cortical memory circuits. Research from Therapeutic Advances in Psychopharmacology confirmed rosemary compound 1,8-cineole blood levels directly correlate with memory test performance improvements up to 75% in healthy adult subjects.

Study finds rosmarinic acid simultaneously reduces tau protein phosphorylation, addressing the second major structural mechanism of Alzheimer's neurodegeneration beyond amyloid plaque accumulation. Evidence suggests daily rosemary consumption through food, tea, or aroma provides neuroprotective blood levels of carnosic acid and rosmarinic acid naturally.

Research confirmed rosemary increases acetylcholine 75%, fights Alzheimer plaques, and improves complete brain blood flow naturally. – A Facebook post by ‘Plant Care Today’

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When your fiddle leaf fig outgrows its nursery pot but keeps pushing out new leaves anyway, it's not defying logic—it's following a survival script millions of years old.

Here's what's actually happening below the soil line. As roots spiral against terracotta or plastic, they trigger a stress response that sounds harsh but works like magic. The plant detects restricted growth and responds by redirecting resources. Auxins — the hormones that govern where energy flows — shift their focus. Instead of building more root mass that has nowhere to go, the plant invests in the structures that can still expand: stems, leaves, and height.

This is why a slightly rootbound monstera often throws out those dramatic fenestrated leaves right before you planned to repot it. The constraint isn't damage. It's a signal. The plant interprets the boundary as information: "Can't grow wider, so grow taller. Can't dig deeper, so reach higher."

In nature, a tree seedling wedged between rocks follows the same playbook. It doesn't quit. It pivots. And your snake plant crammed into that ceramic pot for three years? It's doing exactly that — channeling limitation into visible momentum.

But there's a tipping point. When roots become so compacted they can't absorb water efficiently, or when the soil volume can't hold enough nutrients between waterings, stress stops being productive and starts causing harm. Yellowing lower leaves, stunted new growth, and water running straight through the drainage holes are your cues.

The sweet spot? That phase where the plant feels snug but not strangled. Where it's working a little harder, and that effort shows up as lush foliage instead of root rot.

What's one plant in your home that's been thriving in the same pot longer than you expected? – A Facebook post by ‘Plant Care Today’

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Your Desert Rose doesn't want you playing raincloud from above — it wants you to become groundwater.

Here's what most people get wrong: Desert Roses (Adenium obesum) evolved in regions where water doesn't fall consistently from the sky. Instead, moisture seeps up from underground reserves during dry seasons. Their entire root architecture is built like a reverse umbrella — designed to pull water upward through capillary action, not catch it from above.

When you pour water on top, it rushes through the soil unevenly, creating soggy spots and bone-dry pockets. Your plant's caudex (that beautiful swollen trunk) stores emergency water, but the feeder roots? They're left confused, sitting in either drought or flood zones.

Bottom watering changes everything. Set your pot in 1-2 inches of water for 15-20 minutes. Watch the magic: those specialized roots activate their hydraulic system, pulling moisture evenly throughout the soil mass. The plant takes exactly what it needs—no guessing, no overwatering, no root rot from sitting in surface puddles.

You'll know it's working when the top inch of soil feels slightly moist (not wet). Then remove the tray and let it dry completely before the next session. Usually every 7-10 days in growing season.

Are you still watering your Desert Rose from the top, or have you switched to letting those roots do what evolution designed them for? – A Facebook post by ‘Plant Care Today’

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You slice through the celery bunch at the grocery store checkout, trim the stalks for your soup, and toss that pale, knobby base into the compost. What you just discarded was a living engine in sleep mode — a compressed crown of meristematic tissue that's been waiting, since the moment it was harvested, for the signal to wake up.

That signal is simpler than you'd think. Set that base in a dish with half an inch of water, and within seventy-two hours, the vascular cambium — the layer of cells just beneath the surface — detects moisture and begins mitotic activity. Cell division ramps up in the center where the apical meristem sits protected. Within a week, you'll see the proof: tiny yellowish shoots pushing upward, bright and determined, pulling energy from the stored sugars in that base while new roots branch downward into the water.

This isn't a trick or a hack. It's how celery has always worked. The plant is biologically wired to regenerate from its crown. In commercial fields, farmers don't replant seeds after every harvest — they cut the stalks and let the base resprout for a second growth cycle. You're just mimicking what the plant does naturally when it's allowed to stay in contact with soil and moisture.

Once those shoots reach two inches, the stored reserves begin to deplete. That's your cue to transition it into potting mix enriched with compost. The root system will spread laterally and downward — celery needs twelve inches in both directions — and the plant shifts from survival mode into full production. It becomes a heavy feeder, pulling nitrogen, phosphorus, and potassium from the soil to build those crisp, ribbed stalks you recognize from the store.

Here's where the numbers get interesting. One grocery store base, which cost you nothing because you were going to discard it anyway, can produce harvestable stalks every two to three weeks for four to six months if you maintain consistent moisture and bright light. That's roughly eight to twelve harvests from a single crown. If you started with five bases, staggered by two weeks, you'd have fresh celery available in perpetual rotation without ever buying another bunch.

The method is forgiving. Harvest only the outer stalks when they reach eight to ten inches, slicing cleanly at the base. The inner stalks keep growing because the apical meristem remains intact at the center. You're pruning, not destroying. The plant responds by pushing new growth upward, cycling through the same cellular process that started in that shallow dish weeks earlier.

Most people never see this because the grocery store model trains us to think of vegetables as inert products. They're not. Every base, every root stub, every crown holds the biological instructions for renewal. Celery doesn't stop being alive when it's cut—it just pauses, waiting for conditions that let it continue.

You've been throwing away the reset button. – A Facebook post by ‘Plant Care Today’

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Health Is Wealth

“The ingredients of health and long life, are great temperance, open air, easy labour, and little care.” - Sir Philip Sidney

Interesting facts and trivia about our health, courtesy of Facebook pages ‘Body Truth’, ‘Pure Facts’, etc… However, I do not know if they are true. Some of them sound really incredible.

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Did you know? Your body loses muscle much faster than it builds it — and the process speeds up dramatically as you get older…

Muscle is one of the most metabolically active tissues in the body, but it's also surprisingly quick to disappear when it's not being used.

Research has shown that healthy adults can begin losing measurable muscle mass and strength after just 5–7 days of complete bed rest or immobilization. Studies from organizations such as NASA, along with clinical research on hospitalized patients, have demonstrated that even short periods of inactivity can lead to rapid declines in muscle size, strength, and insulin sensitivity.

Building that muscle back, however, takes considerably longer. Gaining new muscle requires weeks to months of consistent resistance training, adequate protein intake, and recovery, making muscle loss far easier than muscle gain.

After about age 60, the challenge becomes even greater. Older adults experience anabolic resistance, meaning their muscles respond less efficiently to exercise and dietary protein. Without regular strength training, adults can lose approximately 3–8% of their muscle mass per decade after age 30, with the rate accelerating later in life — a condition known as sarcopenia.

This loss isn't just about appearance. Muscle is essential for balance, mobility, bone strength, blood sugar regulation, metabolic health, and maintaining independence. Preserving it is one of the most powerful investments you can make for healthy aging.

How to protect your muscle:
Aim for 2–3 resistance training sessions each week, stay physically active every day, and consume enough high-quality protein throughout the day. Even simple exercises like squats, push-ups, resistance bands, or carrying groceries can help signal your muscles to stay strong as you age. – A Facebook post by ‘Body Truth’

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Did you know? If you're over 50 and can perform around 20 consecutive push-ups, chances are your strength and overall fitness are above average for your age…

A push-up may seem like a simple exercise, but it requires your heart, lungs, muscles, joints, balance, and core to work together at the same time. That's why researchers have become increasingly interested in push-up capacity as a marker of overall health.

One of the most widely cited studies, published in JAMA Network Open, followed 1,104 active adult men for 10 years. Researchers found that participants who could perform more than 40 consecutive push-ups had a substantially lower risk of developing cardiovascular disease than those who could perform fewer than 10. While the study involved firefighters rather than the general population, it demonstrated that push-up capacity was a surprisingly strong indicator of cardiovascular fitness.

For adults over 50, completing around 20 continuous push-ups typically reflects good upper-body strength, muscular endurance, and functional fitness compared with age-matched averages. It also suggests your heart and lungs can support sustained physical effort — an important component of healthy aging.

Of course, push-ups aren't a perfect measure of health. Factors such as body weight, joint conditions, previous injuries, and training history all influence performance. But they remain one of the simplest at-home tests of functional fitness because they challenge multiple body systems at once.

Try this:
If 20 standard push-ups aren't possible today, don't be discouraged. Start with incline or knee push-ups and gradually build strength. Improving your push-up count over time is a practical way to increase muscular endurance, support cardiovascular fitness, and maintain independence as you age. – A Facebook post by ‘Body Truth’

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Did you know? Your muscles and your brain are in constant communication — and building one may help protect the other…

For years, scientists believed muscles existed mainly to move the body. Today, research shows they're also a powerful endocrine organ, releasing hundreds of signaling molecules called myokines that influence the brain, heart, immune system, and metabolism.

One of the most important is brain-derived neurotrophic factor (BDNF), often called "fertilizer for the brain." BDNF helps brain cells survive, strengthens connections between neurons, and supports learning, memory, and the formation of new brain cells.

When you perform resistance training or other vigorous exercise, your muscles stimulate a cascade of signals that increases BDNF production. This is one reason exercise has consistently been linked to better memory, sharper thinking, and a lower risk of age-related cognitive decline.

In fact, studies published in Neurology have found that adults with greater muscle strength and muscle mass tend to maintain better cognitive function as they age. Researchers believe that preserving muscle isn't just about mobility — it's also about supporting the biochemical pathways that help keep the brain healthy.

As we get older, losing muscle often goes hand in hand with losing strength, balance, independence — and, in many cases, cognitive performance. That's why many scientists now view strength training as an investment in both your muscles and your mind.

How to do it:
Aim for 2–3 resistance-training sessions each week, eat enough high-quality protein, and stay physically active every day. Every squat, push-up, or lift isn't just strengthening your body—it may also be helping your brain stay healthier for years to come. – A Facebook post by ‘Body Truth’

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New research shows that increasing daily walking can meaningfully extend life expectancy, especially for adults who are currently inactive. Study models suggest that people who reach around 160 minutes of moderate walking per day, roughly three miles per hour, could live substantially longer than those with minimal activity. Even adding smaller amounts of walking for previously sedentary individuals can produce measurable benefits. This simple form of exercise supports overall cardiovascular function, improves metabolism, maintains healthy weight, and reduces the risk of chronic diseases such as heart disease, diabetes, and certain cancers.

Walking also enhances mental well‑being by reducing stress and improving mood, contributing to long‑term health. Activities like brisk walks, taking stairs, or incorporating walking into daily routines can collectively add up to significant daily movement. Researchers estimate that adults who are least active could gain up to eleven additional years of life by gradually increasing walking duration to recommended levels.

The findings highlight that consistent, accessible physical activity can have profound effects on longevity. Even moderate, achievable daily walking can improve overall quality of life and reduce long‑term health risks, emphasizing that small lifestyle changes can yield substantial benefits. – A Facebook post

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Did you know? Simply changing the order you eat your food may have a bigger impact on your blood sugar than many people realize...

Research has shown that eating vegetables before carbohydrates can significantly reduce the rise in blood sugar after a meal. In several clinical studies, people who ate fiber-rich vegetables first, followed by protein and fats, and carbohydrates last, experienced substantially smaller post-meal glucose spikes compared with eating the same foods in the opposite order. Some studies have reported reductions of up to 70% under specific meal conditions.

This happens because vegetables are rich in dietary fiber, which slows stomach emptying and delays the digestion and absorption of carbohydrates. At the same time, eating protein and healthy fats before starches helps stimulate hormones such as GLP-1, improving insulin release and allowing glucose to enter cells more gradually. The result is a steadier rise in blood sugar rather than a sharp spike.

Scientists refer to this approach as meal sequencing, and it's becoming an increasingly researched nutritional strategy for supporting healthy blood sugar, reducing insulin demand, and improving satiety. While it isn't a replacement for an overall healthy diet, it's one of the simplest changes you can make without eliminating your favorite foods.

Try this at your next meal:
Start with a salad or cooked vegetables, eat your protein next, and save rice, bread, pasta, or potatoes for last. You may help support steadier blood sugar using the exact same foods—just in a different order. – A Facebook post by ‘Body Truth’

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Our Feathered Friends

“No bird soars too high if he soars with his own wings.” - William Blake

A peek into the world of our feathered friends.

Some interesting fun facts about birds – courtesy of Facebook pages ‘Plant Care Today’, ‘Wild Wonders’, ‘David Attenborough’, etc… However, I do not know if they are true. Some of them sound really incredible.

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A feeder full of birds is not chaos. It is a weather report.

White-throated Sparrows can feel air pressure falling before a single raindrop forms — and when that invisible signal drops by just 10 millimeters, something clicks on inside them like a switch. Not a small switch. A full alarm. They feed harder, flock tighter, and move faster because their body is doing math that no human instrument could match in real time.

The organ doing this work sits right beside the eardrum — a tiny cluster of cells that traces its roots back to the same sensing system sharks use to detect movement in dark water. Somewhere in deep history, that ancient machinery got repurposed. Predators of the ocean and small birds at a backyard feeder, sharing the same quiet technology.

A cold front can swing pressure by 30 millimeters over a few hours. Birds are already responding at 10. By the time the sky goes gray, the birds have known for hours. Every finch, every cardinal, every sparrow pressing against the feeder is reading something invisible and acting on it with total confidence.

The storm has not arrived. But the birds already know it is coming.

Some things feel the world in ways silence cannot explain. – A Facebook post by ‘Plant Care Today’

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Bar-headed geese do not just cross mountains. They pick a fight with the atmosphere and win.

The real detail is this.

At Himalayan altitude, oxygen thins so badly that a human body can start failing fast without help. These geese keep climbing anyway, beating their wings through air that feels almost empty.

Their secret is not one trick. Their lungs move air with ruthless efficiency, their blood grabs oxygen better than ours, and their flight muscles are packed to use every breath like it matters.

They often ride cold night air too, when the atmosphere gives them a tiny advantage. Up there, tiny advantages are the difference between migration and disaster.

They are not drifting over a deadly sky. They are powering through it.

Some animals survive harsh places. Bar-headed geese were built to fly through a place that barely lets life breathe. – A Facebook post by ‘Strangest Facts’

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This is the PARADISE TANAGER – The Bird That Looks Like a Living Rainbow!

Native to the tropical rainforests of South America, the Paradise Tanager is one of the most colorful birds in the world, with bright blue, green, black, and red feathers that make it look almost unreal.

These tiny birds spend most of their time high in the forest canopy, feeding on fruits, berries, and small insects. They are highly active and often travel in mixed flocks, moving quickly through the trees in search of food.

Did you know: Despite its dazzling colors, the Paradise Tanager can be surprisingly hard to spot because it stays high in the treetops! – A Facebook post by ‘All About Animals’

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And to do all of that — it had to fall first. Bats cannot simply flap and lift off from flat ground. Their wings are stretched-out finger bones wrapped in skin so thin light passes through it. That design is perfect for cutting through air at speed, but nearly useless for pushing off a floor. So every hunt begins the same way: crawl to an edge, cling upside down, and drop. Gravity does the first part. The wings do the rest. Within one wingbeat, a bat goes from falling to hunting.

The little brown bat pulls this off in the dark, using sound waves bouncing off moving targets no bigger than a pencil eraser — recalculating position, speed, and angle thousands of times per second inside a brain the size of a grape. No radar system humans have built comes close to that resolution at that size.

One single bat can quietly remove thousands of insects from the air on a warm summer night without a single light, net, or trap. The whole operation runs on echolocation, elastic wing skin, and a controlled fall. Something that cannot stand up straight on the ground rules the night sky completely. The ceiling was never a limitation. It was always the launchpad. – A Facebook post by ‘Plant Care Today’

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Nature does not do ordinary. And these apex predators prove it. Meet the eagle family.

The bald eagle is a symbol of North America. Despite the name, it is not bald at all. "Bald" originally meant white-headed. It builds some of the largest nests of any bird species. Nests that can weigh over a ton over time. They are reused and added to year after year.

The golden eagle is a powerful hunter of open landscapes. It is known for dramatic hunting dives reaching speeds of up to 150 miles per hour. It strikes with precision and force. Rabbits, foxes, even young deer. Nothing is safe when a golden eagle is hunting.

The harpy eagle is a rainforest giant. Its massive talons, up to 13 centimeters or 5 inches, are among the strongest in the bird world. It can crush the skulls of monkeys and sloths with ease. It is the apex predator of the Amazon canopy.

Three eagles. Three different worlds. One family. The bald eagle rules the skies of North America. The golden eagle dominates open landscapes. The harpy eagle owns the rainforest. Each one is a master of its domain. Each one is a reminder that nature does not do ordinary. It does extraordinary. Every single time. – A Facebook post by ‘Animal World’

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Humorous Quips

It’s a new day – and a new week! What better way to start the week with a little humour.

Life can be difficult and stressful. For some, life is a constant struggle. However, after the storm, the sun will shine again. And come what may, Life goes on. Meanwhile, try to relax, and take it easy – laugh and be happy.

Here are some phrases that are witty, funny, and at the same time, have quite a bit of truth in them. Have a look, see if you can find the humour in them. Maybe they can put a smile on your face, and help you forget about your troubles for a while.

May your days be filled with laughter.

Lawyers believe a man is innocent until proven broke. - Robin Hall

The easiest way to teach children the value of money is to borrow some from them. - Unknown

An original idea. That can’t be too hard. The library must be full of them. - Stephen Fry

Divorce has become so easy nowadays that women have stopped crying at weddings. - Evan Esar

Any day above ground is a good day. - Robert Gerus

Even if a farmer intends to loaf, he gets up in time to get an early start. - Edgar Watson Howe

Buy land, they’re not making it any more. - Mark Twain

Calamities are of two kinds: misfortunes to ourselves, and good fortune to others. - Ambrose Bierce

Anything that is too stupid to be spoken is sung. - Voltaire

Don’t be irreplaceable. If you can’t be replaced, you can’t be promoted. - Unknown

I have never been hurt by what I have not said. - Calvin Coolidge

Never invest your money in anything that eats or needs repainting. - Billy Rose

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Fig Trees

I saw these two fig trees in the Flower Dome. They are known as the common fig tree – Ficus carica variety. It is a species of tree or shrub in the flowering plant family Moraceae.

The Flower Dome which maintains a spring temperature throughout the year has plants from five continents. The Ficus carica is one of many plants. As I approached the trees, I noticed there were fruits on the branches. This is the first time I have seen the trees bearing fruits. Or, maybe I didn’t pay attention before.

There are many varieties of fig trees – over 1,000 named varieties. While it is possible to grow them in Singapore, they are wild native fig trees and not the Ficus carica variety. Singapore lacks the distinct dry season and the heavy rainfall is also not conducive to growing ficus carica.

Fun facts about the fig tree (ficus Cariac)
1. Fig trees (Ficus) are special because their flowers bloom inside the fruit rather than on branches.
2. Figs are said to be especially good for the organs in your gastrointestinal tract and your heart. They have a high fiber content. They contain prebiotics that support a healthy gut microbiome.

You can click on the picture for a better view.

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Biology, Briefly

Know your body. Understand how it works. You have only one body. Spare parts, if any, are hard to come by.

"It is not possible to enjoy success without health. Guard your health as you journey towards success." - Unknown

Some interesting fun facts, trivias about our body – courtesy of Facebook pages ‘Inside Biology’, ‘Human Scope’, 'Dark Wisdom’ etc… However, I do not know if they are true. Some of them sound really incredible.

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Your DNA is under attack every second of your life. Thousands of lesions strike each cell daily, but enzymes like DNA polymerase, PARP1, and DNA ligase work constantly to repair the damage. Most repairs succeed.

Some don't. Over decades, these tiny failures accumulate, leading many scientists to believe that aging begins deep within our DNA. – A Facebook post by ‘Inside Biology’

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Your body is constantly renewing itself. Intestinal cells are replaced within days, red blood cells last about 120 days, and bone tissue is continuously remodeled. Over the years, most of your body's cells are replaced through normal biological processes such as cell division and programmed cell death. – A Facebook post by ‘Inside Biology’

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Your brain feels no pain. None. It has no pain receptors at all.

A headache never comes from the brain itself hurting. The pain comes from the blood vessels, muscles, and nerves surrounding it. Over 150 headache types have been medically identified, making it one of the most common pain experiences for humans. – A Facebook post by ‘Inside Biology’

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You have around 600 of these scattered through your body — silent checkpoints filtering fluid and hunting threats. Millions of immune cells patrol them every second, without your awareness, deciding what gets destroyed before it ever reaches you.

A defense system running constantly, and you'll never feel it working. – A Facebook post by ‘Inside Biology’

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Cardiac muscle works continuously from before birth until the final moment of life. Unlike most muscles, it generates its own electrical signals and contracts without conscious control. Under the right conditions, heart tissue can continue beating even outside the body. Yet once damaged, cardiac muscle has only a limited ability to regenerate, making every heartbeat remarkably precious. – A Facebook post by ‘Inside Biology’

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It sounds impossible, but it's true: atoms are mostly empty space. Every water molecule in your body is built from these atoms, meaning much of what makes you "solid" is an intricate structure of tiny nuclei, electrons, and vast empty regions at the atomic scale.

You don't pass through walls because electromagnetic forces prevent atoms from occupying the same space — not because matter is packed solid. The deeper science looks, the stranger reality becomes. A universe built from mostly empty space somehow gives rise to cells, life, thought, and consciousness.

Perhaps the greatest mystery isn't what you're made of... but how that arrangement became you. – A Facebook post by ‘Dark Wisdom’

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Part of your eye has never been replaced. Not once.

The core fibers of your eye's lens formed before you were born and remain with you for life, while every layer around them keeps adding new cells. It is one of the only tissues in the human body that never turns over. – A Facebook post by ‘Inside Biology’

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Your stomach contains one of the strongest acids in the human body — yet it usually doesn't digest itself.

The secret isn't weaker acid. It's a remarkable biological defense system that constantly protects and repairs the stomach lining.

Biology is full of hidden survival mechanisms. – A Facebook post by ‘Inside Biology’

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Every thought, memory, decision, and movement begins with a signal crossing a microscopic gap between neurons. These tiny connections, called synapses, make learning, memory, and consciousness possible. – A Facebook post by ‘Inside Biology’

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Are your eyes really showing you reality?

Not exactly. Your eyes detect light — not meaning.

The signals they collect travel to your brain, where they're transformed into the rich world you experience. Color, depth, motion, and even parts of the scene you never actually saw are reconstructed in real time.

Modern neuroscience suggests that perception is not a passive recording of the outside world. It's an active process in which the brain combines incoming sensory information with past experiences, memories, and predictions to create your conscious experience. In other words, you don't simply see reality.

You experience your brain's best interpretation of it.

So the question remains... Are your eyes seeing... or is your brain creating? – A Facebook post by ‘Dark Wisdom’

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The World of Animals

“The greatness of a nation and its moral progress can be judged by the way its animals are treated.” - Mahatma Gandhi

A peek into the world of animals. I think it is good that we learn something about the animals that share our wonder-ful world.

Here are some fun facts and trivia about animals, courtesy of Facebook pages ‘Strangest Facts’ ‘Wild Wonders’, David Attenborough, etc… However, I do not know if they are true. Some of them sound really incredible.

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Tigers cannot purr like house cats. When they are happy, they do not make the same soft purring sound. Instead, tigers show their feeling by squinting or gently closing their eyes. You can tell a relaxed tiger when its face looks calm and its eyes are soft.

The reason tigers close their eyes to show comfort is tied to safety. Closing the eyes cuts down on what they can see, and that makes them more open to danger. Because of this, a tiger will only squint or shut its eyes when it feels very safe and not threatened. It is a quiet sign of trust.

This behavior says a lot about how tigers think about danger and comfort. When a tiger lets its guard down, it shows it trusts its place or the people or animals around it. Seeing a tiger close its eyes is a rare and special moment that tells you the animal feels secure and calm. – A Facebook post by ‘Amazing World’

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The Red River Hog is one of Africa’s most eye-catching wild animals, easily recognized by its rich reddish coat, bold facial markings, and long white ear tufts.

Native to the rainforests and wetlands of Central and West Africa, these pigs are highly social and often move in small family groups. Despite their cute appearance, they are strong and adaptable foragers, feeding on roots, fruits, and small animals.

Their vivid colors and unique features make them stand out as one of the most fascinating wild pigs in the animal kingdom. – A Facebook post

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Takins are what happens when evolution plays mix‑and‑match. Part goat, part antelope, part ox, part moose — and entirely built to survive one of the harshest environments on Earth.

The takin (Budorcas taxicolor) lives in the eastern Himalayas, from 4,000 to 12,000 feet elevation, where winter temperatures plunge and fog and rain are constant. It has evolved two adaptations so strange they sound like science fiction.

First: no sweat glands. Instead, an instant "raincoat."
Unlike almost every other mammal, takins do not have traditional skin glands. Instead, their skin itself secretes an oily, bitter‑tasting substance that coats their fur from the inside out. This secretion acts as a waterproof barrier, repelling moisture from relentless Himalayan storms and fog. In zoos, streaks of this oil can be seen where takins rub against enclosure walls — a physical reminder that their raincoat is always on.

Second: internal nose heaters.
The takin's large, moose‑like snout houses oversized sinus cavities filled with blood vessels. Icy air, inhaled at sub‑zero temperatures, passes through these chambers and is warmed by body heat before it ever reaches the lungs. This prevents the loss of critical body heat from the simple act of breathing — a survival necessity for a mammal living above the snow line.

And why "biological chimera"?
The takin looks like someone assembled it from spare parts. Its short, powerful legs and split hooves belong on a mountain goat. The thick, golden coat would fit an ox. The oversized nasal passages mimic a moose. And genetic testing has revealed its closest living relative is not the musk ox, but the sheep.

Each piece of this mismatched anatomy serves a single purpose: survival. The takin has no sweat glands because sweating would freeze on its skin. It has an internal nose heater because breathing unfiltered air at altitude would kill it. And it wears a self‑made raincoat because in the Himalayas, being wet means being dead.

The takin is not a beautiful animal. It is a functional one — and that function is to live where almost nothing else can. – A Facebook post by ‘Wild Wonders’

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The quokka (Setonix brachyurus) has been called “the world’s happiest animal” because of its permanent smile. But survival on Rottnest Island and the south‑west Australian mainland is no fairy tale.

The sacrifice. When a predator like a dingo, fox, or python closes in, a mother quokka does something that shocks first‑time observers. She deliberately relaxes the powerful muscle that seals her pouch. The tiny, hairless joey drops to the ground, where it squirms and squeals. The baby’s frantic movements distract the predator for those critical seconds the mother needs to escape. It is a brutal calculation: the mother lives, and can breed again, while the joey becomes a sacrifice.

The backup plan. A female quokka can mate again within 24 hours of giving birth. The resulting embryo does not develop immediately. Instead, it enters a state of suspended animation called embryonic diapause — a biological insurance policy. If the current joey survives, the waiting embryo is reabsorbed. If the joey is killed or dropped to save the mother, the “backup” embryo instantly resumes growth and is born exactly 27 days later, ready to crawl into the pouch.

They climb trees and regurgitate food like cows.

Quokkas are macropods (the same family as kangaroos and wallabies), but they have a unique talent among their relatives: they can climb trees. They scramble up low branches to reach fresh leaves and to escape ground predators.

And they are foregut fermenters — just like cows. They consume fibrous leaves and stems, then regurgitate the partially digested cud, chew it again, and swallow it for a second round of digestion. This allows them to extract maximum nutrients from tough, low‑quality vegetation that other animals cannot process.

Nature’s most adorable child‑sacrificing survivor.

The quokka smiles because its jaw is shaped that way. Behind that smile is an animal built by evolution to be ruthlessly pragmatic: climb a tree, chew its cud, and when necessary, sacrifice its own young to live another day. – A Facebook post by ‘Wild Wonders’

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It lives its entire life without ever taking a sip. A desert animal that survives where water simply does not exist. But the real detail most people miss is how completely its body rewrites the rules of survival. Kangaroo rats do not find water. They manufacture it.

Inside their cells, the breakdown of dry seeds releases hydrogen that binds with oxygen, creating what scientists call metabolic water. Every bite becomes hydration at a microscopic level.

Their kidneys push this even further, producing urine so concentrated that almost no liquid is lost. What little moisture they risk losing through breathing is captured and recycled by intricate nasal passages before it ever escapes.

They avoid heat entirely, emerging only at night and retreating into humid burrows that trap just enough moisture to keep the system balanced.

Nothing is wasted. Not a drop, not a breath, not a movement. In a landscape defined by drought, they did not adapt to water. They eliminated the need for it. – A Facebook post by ‘Strangest Facts’

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In The Deep Sea

“Everybody is ignorant only on different subjects. We are all ignorant about different things.” - Will Rogers

“Knowledge is of two kinds. We know a subject ourselves, or we know where we can find information on it.” - Samuel Johnson

There is so much in the deep sea that we are unaware of. Here are some trivia, fun facts on the creatures of the sea, courtesy of Facebook pages ‘Wildest Facts’, ‘Unusual Facts’, ‘All About Animals’, ‘David Attenborough’ etc… However, I do not know if they are true. Some of them sound really incredible.

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Deep within the stygian depths of the Izu-Bonin Trench south of Japan, marine scientists aboard a joint research vessel achieved a monumental biological breakthrough. Dropping an autonomous deep-sea lander into the abyss, they captured incredible high-definition footage of an unknown species of snailfish gliding gracefully along the ocean floor.

Swimming at a staggering depth of 8,336 meters, this remarkable creature thrives under an immense atmospheric pressure eight hundred times greater than the surface. To survive this crushing environment, the snailfish possesses a gelatinous, scaleless body structure and unique cellular adaptations, outlasting the biological boundaries of almost any other vertebrate. – A Facebook post by ‘Unusual Facts’

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Gliding through the open ocean with incredible speed and elegance, the sailfish is one of the most remarkable fish on Earth.

Recognizable by its striking blue-gray coloration and enormous sail-like dorsal fin, this magnificent predator stands out among the world's marine species. When fully extended, its distinctive fin creates a dramatic silhouette beneath the waves.

Another defining feature is its long, spear-shaped bill, which it shares with other members of the billfish family, including marlins and swordfish. This specialized structure helps the sailfish hunt schools of fish with impressive precision.

Found throughout tropical and subtropical oceans, sailfish thrive in open-water environments where speed is essential for survival. Their streamlined bodies and powerful muscles allow them to chase prey with extraordinary agility.

Often considered among the fastest fish in the sea, sailfish have earned a reputation for breathtaking bursts of speed and athleticism.

Combining beauty, power, and grace, the sailfish remains one of the ocean's most extraordinary ambassadors of life in the open sea. – A Facebook post by ‘David Attenborough’

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This is the HYPSELODORIS VARIOBRANCHIA - The Sea Slug That Looks Like a Purple Flower!

Native to tropical waters of the Indo-Pacific region, Hypselodoris variobranchia is a brilliantly colored sea slug, also known as a nudibranch, famous for its vivid purple body and bright yellow-orange gills.

Despite its soft and delicate appearance, this tiny sea slug carries chemical defenses obtained from the sponges it eats, helping protect it from predators.

These colorful creatures slowly crawl along coral reefs and rocky seabeds, where they search for food and mates.

Did you know: The bright colors of Hypselodoris variobranchia act as a warning signal, telling predators that it may be toxic or unpleasant to eat! – A Facebook post by ‘All About Animals’

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The Alligator Snapping Turtle is one of the few animals that hunts using a built-in lure. It wiggles a worm-like appendage on its tongue to attract fish, then snaps its powerful jaws shut with incredible speed. – A Facebook post by ‘Verity Facts’

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The giant isopod is a deep-sea crustacean that can survive up to five years without eating. When food is scarce, it enters a semi-dormant state, slowing its metabolism to a near-standstill.

THE FEAST: When a whale carcass sinks to the ocean floor, the isopods don't just eat — they gorge. They consume so much that their stomachs can expand to two-thirds of their total body weight. They eat until they can barely move.

THE ANATOMY: They have 14 legs. They can curl into an armored ball for defense. They are scavengers that will eat almost anything — including the armpit of an alligator.

A creature that outlasts everything. A scavenger that waits years for a single meal. A monster that eats an alligator's armpit. – A Facebook post by ‘Wild Wonders’

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