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PART 1 | BIOLOGICAL MACHINES

We live in an outlandish array of moving machines within machines. There are lightning-fast quantum and atom machines, molecular and biochemical machines, worm and elephant machines, and celestial machines. They all interrelate with one another in a gigantic, intricate, and interconnected moving web machine.

And all of it is on self-feeding autopilot!

Hundreds of thousands of scientific papers have been written on biological topics. Not one has ever proven with empirical and experimental evidence how any of this machinery came piecemeal into existence by chance, natural law, or evolution.

Machines require all components to be present simultaneously. Evolutionists, however, claim machines can form piecemeal over time. Not only is that untenable and unproven, it's also claimed that damage to machines (mutations) will provide useful and innovative novelty to cause bigger and better machines. Ask any mechanic or serviceman what they think of that prospect.

A simple mousetrap is useless unless all parts are there at the same time.

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Even the simplest living organism has millions of interrelated parts. The absence of any part makes it unfit, diseased, or dead.

There is a scientific publication called the Journal of Molecular Evolution. Remarkably, as convincing as that title sounds, there are zero papers detailing all the intermediates down to the molecular level in the "evolution" of complex biomolecular machines. Not even detailed speculative models are presented.

Within life are atom machines making up protein, nucleic acid, lipid, carbohydrate, vitamin, and cellular organelle machines. And everything is moving and interrelated.

Somehow trillions of these machines coalesce into trillions of different kinds of living organism machines.

Spider machines
Spiders have a spinning machine that produces threads so strong and resilient that if a spider were the size of a human and strung a proportionate web in the sky, it would have the ability to catch a passenger airplane flying full throttle. The web threads are less than 1/1000th of a millimeter in diameter and have twenty times the strength of steel. A cord of spider silk, the diameter of the thumb, could easily carry the weight of a jumbo jet.

Spider spinneret machine

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Most spiders have six spinneret machines, some have two, four, or eight. The spider can move them independently and in concert.

Spinnerets have many microscopic spigots, each producing one filament with properly oriented protein molecules. The spigots can combine multiple filaments in different ways to produce many kinds of silk to build webs, transfer sperm, entrap insects, make egg-cases, manipulate static electricity, fly (ballooning), and create shelters for protection from predators and the elements.

Fish skin
Fish skin machines secrete a crystal ¼ the wavelength of the incident light—seven-millionths of a centimeter—that helps them appear invisible in water.

Timing machines
Biological timing machines include tree fruiting, migration, sleep cycle, puberty, menstrual cycle, estrus cycle, coat and plumage changes with the seasons, the seventeen-year crop cycle of the asparagus, the emergence of baby, adult and wisdom teeth, flowering of bamboo trees every 117 years, cacti flowering every 12 years, and insects that lie in the ground for 17 years and then all emerge at the same time.

Albatross machines
These birds will return with food to a nesting site where there are hundreds of thousands of young chicks. Each mom will immediately find her own offspring.

Food finding machines
Bird and small mammal machines hide seeds and nuts over widely scattered areas and then return months later to the precise locations and dig out the food, even when hidden deep under snow.

Monarch butterfly machines
These butterflies begin with an egg laid on a poisonous milkweed plant. To prevent glue in the plant from sticking to the mouth, the larva machine interrupts leaf circulation with a specific eating pattern. The larva uses the poison from the plant to deter predators and turns itself into a gorgeous butterfly machine that migrates as much as 5000 miles from Canada to South America using a brain the size of the period at the end of this sentence. Weighing only one-half gram, this amazing machine flies at up to 30 mph with wings akin to wisps of tissue paper.

Far-traveling birds
Two-pound Sooty Shearwater bird machines can fly 700 miles in a day, dive 225 feet deep into the sea after food, and travel 46,000 miles, covering practically the entire Earth.

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Turtle machines
Loggerhead turtle machines migrate as much as 9000 miles at one mile per hour to lay their eggs on the exact beach where they were hatched.

Bird nests
The male Mallee Fowl machine spends eleven months of each year building a mound nest of compost weighing 6000 pounds. He then invites his sweetheart to lay her eggs in holes he digs in the mound. During the incubation period, the male adjusts the layering in the mound to maintain the perfect 93°F temperature. The hatched chicks fly away, having all the same talents, yet have no contact with the parents.

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Bird invaders
Some birds allow the cuckoo bird machine to lay eggs in their nest. This results in all the foster mother's eggs getting pushed out of the nest by the hatched cuckoo. The cuckoo then migrates 12,000 miles to South Africa to join the parents who abandoned it.

Hair insulation
The coat of the northern sea otter machine consists of one million hairs per square inch, permitting it to live in lethally frigid water. Fish machines have no hair at all, permitting them to live in the same lethally frigid water. Evolution is claimed to be responsible for both hair and scales in the exact same environment.

Dog noses
Dog machines can differentiate the smell of the feces of a killer whale, black bear, grizzly bear, lynx, bobcat, puma, maned wolf, wolverine, and fisher. They can also sniff out marijuana, heroin, cocaine, and crack, as well as diagnose skin, prostate, breast, and lung cancer by whiffing patients' urine and breath.

Rat noses
Rat nose machines can smell landmines as well as detect tuberculosis by sniffing human sputum. Laboratory machines can analyze twenty samples a day. A rat machine can do 150 tuberculosis tests in thirty minutes with greater accuracy.

Insect flight
The amazing flying ability of insect machines includes marvels such as delayed stall, rotational circulation, wake capture, as well as speeds over 70 mph. Some beat their wings more than 63,000 times per minute. As far back as fossils can be examined in stones and amber, supposedly hundreds of millions of years ago, insect wing machines looked exactly like they look today. No wannabe wing nubs found anywhere.

Ant skills
An ant machine can lift fifty times its body weight. An equivalent lift by a human would be about four tons. Certain honeypot ants engorge themselves with honeydew to the point that they can't walk. They just hang from the ceiling of the ant nest and become regurgitation food machines for the rest of the colony. Leaf-cutter ants can't digest leaves, so they cultivate edible fungus machines on the leaves they harvest. The African acacia tree machine houses and feeds a special ant that clears all competing plants and vines and attacks any creature that threatens the tree. Dairying ants farm and protect aphid machines to milk them for food. Some army ants have mouth-part machinery so suited for fighting off enemies that they must be fed by others in the colony.

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Beetle artillery
The bombardier beetle machine defends itself by ejecting a boiling hot 212° F jet spray at 500 pulsed combustions per second.

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Bacteria supermen
Bacteria machines can survive polar temperatures over an extended time, zero humidity, the edges of boiling hot geysers, even hotter undersea fumaroles, and the inside of nuclear reactors. This begs the question, why would such resilient creatures ever "evolve"?

Gecko toes
Gecko machines can hang upside down from a smooth surface by one toe. Each foot machine has a half-million microscopic setae hairs, which have on their ends hundreds of projections smaller than the wavelength of light. The gecko machine instantly engages and disengages these sticky molecular forces as it scurries about.

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A tree-wasp-worm machine
Some species of fig tree machines depend upon wasp machines for pollination. The wasps depend upon the fig tree's fruit machines to lay their young. A nematode parasite machine depends upon both the fig and the wasp for its survival. Evolutionists must explain how widely separated organisms (machines)—trees, insects, and worms—slowly evolved absolute dependency to become one composite tree-insect-worm machine.

Hummingbird flower machines
Hummingbird machines can flap their wings at 200 beats per second and have a heartbeat of 1200 beats per minute. Heliconia flower machines have developed specialized structures (machines) to accommodate the feeding mouthparts of certain species of hummingbirds. Neither bird nor plant machine could survive without the other, yet they supposedly evolved at widely separated times.

Light bulb fish
The three-inch-long anglerfish machine attracts prey with a bioluminescent light bulb on the end of a stalk on the top of its head. The bulb is powered by Photobacteria—light-producing bacteria machines. The male mates with the female by biting into her flesh and fusing with her body such that the two blood supplies join and his body atrophies (withers away) until only testicles remain. The female thus becomes a hermaphrodite machine capable of self-fertilization.

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Fiber optic cables that cannot be duplicated
The deep-sea Venus Flower Basket Sponge machine grows fiber optic cables the width of a hair that are up to seven inches long. Unlike synthetic fiber optics that are produced with high heat and are fragile, the sponge's cables are produced at cold temperatures and can be tied in a knot without cracking or breaking. The sponge's fiber optic lattice houses shrimp that are dependent upon it.

Feathers
Feather machines are complex affairs consisting of shafts, vanes, barbs, barbules, hooks, and ridges. They contain sliding joints needing lubrication from a preening gland machine. They insulate, waterproof, provide ornate color, and self-regenerate. There is no evidence anywhere of anything evolving into a feather machine--other than unproven claims, stories, and beliefs.

The impossible evolutionary enigma
To have survival value, biological machines can't be just a little bit right; they have to be right from the get-go. All the trillions of parts in the countless biological machines in every one of the 10³¹ organisms on earth must be present and perfected to function and make life possible. That means, if evolution is true, all such machines would have had to accomplish the impossible feat of running while alterations were being made to form more complex machines up the evolutionary ladder.

That's an impossibility by any measure. Claims, stories, and beliefs--the only "proofs" evolution can provide-- do not make the impossible possible.

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PART 2 | THE GEESE IN MY BACKYARD ARE A WONDER

They nest on an island and that and the water serves as a great safety retreat when there is any threat to them or the kids.

Every spring a pair of Canadian geese come to the pond in our backyard. They make love, she makes a nest, lays eggs, and after about a month they eventually hatch to produce a half dozen or so fluffy little goslings.

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During this process, the male is the guard and defender. When any of us approach the pond, he swims or flies aggressively toward us amidst a big honking raucous from him and her. If you move toward him he backs off. If you move away he gets really brave and pursues.

I have the job of keeping the pond clean so kids can swim there and that means getting near the nest at some point. That really sets them off. He'll jump in the air and slap me with his wings or nip me. They don't have fangs but their nip does hurt and their wings pack quite a punch.

This isn't me but shows what they are capable of when protecting the nest

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The same couple comes every spring (they marry for life). We are kind and respectful despite our yard being peppered with their poop. But that kindness doesn't matter. They still see us as a threat and continue in their defensive mode of the nest and the goslings they produce.

I bring all this up because when the present batch hatched and seven little critters jumped out from under mom, having figured out how to crack and break out of an egg, I couldn't help but be amazed at the wonder of it all.

In this little package are trillions of miracles

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First off, somehow this little guy and its brothers and sisters knew how to grow from a fertilized egg about the size of the period at the end of this sentence. Inside of the mom, it made an eggshell home which the mom laid into a nest 5-15 days after mating.

For a month, the mom, not eating, laid on top of the eggs through rain, sleet, snow, wind, and hail keeping the eggs warm with her body heat and insulated with down feathers she pulled out of herself for the nest.

Inside the egg, the goslings grow the trillions of molecular, biochemical, cellular, tissue, anatomical, and physiological autopilot machines making up the incredibly cute creature you see above.

When hatched, it immediately knows how to see, hear, feel, walk, swim, eat, transform grass into its growing body, stay close to mom and dad, peep, later honk, and be incredibly cute.

Also, inside these busy little peeping bodies scurrying and swimming about is the knowledge about how to transform from a fuzzball into a fully grown goose with feathers.

Look at the detail here. Every microscopic part is made of millions of molecules forming the intricate matrix of the barbed and hooked feathers.

Every molecule needs explanation.

Feather complexity

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They grow the full wing assemblages, webbed foot paddles, and innately have the ability to take off, fly, turn, and land on water or land at about 10 weeks of age.

All of these transformations are on autopilot, including knowing its kind and how to avoid predators. They also know how to migrate thousands of miles in an aerodynamic V with fellow geese, when to do it, when to come back, and how to find the correct destinations.

After reaching full adulthood, they know how to fulfill the role of exactly what the parents did. No instruction, books, schools, internet, or government. There's just whatever was embedded in the original period-sized egg and whatever mind outside of the physical that orchestrates it all.

This cycle has repeated with billions of geese for untold millennia. Adults and their kids always look the same, behave the same, and show no sign in any record of being anything but the beautiful and amazing fully formed creatures they are today in my backyard.

The wonder, awe, and impossibility of it all are breathtaking for anyone who has not been fooled into thinking Canadian geese could come to be by mindless random chemistry.

No, none of this has anything to do with man-made religions and their man-made gods. It has everything to do with the incredible beauty and incomprehensible complexity of the world we have been gifted by an incomprehensible creator.

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