Lightning

 He directeth it under the whole heaven, 

and His lightning unto the ends of the earth. 

Job 37:3

"Each year, the National Oceanic and Atmospheric Administration (NOAA) estimates that lightning strikes the planet about 1.4 billion

times, averaging 40–50 flashes per second worldwide, with up to 100 flashes per second, depending on the season. 

This immense frequency means that lightning is not a rare accident but a constant, global process woven into the fabric of ecological balance.

It is estimated that a single bolt can carry up to one billion volts and heat the air to 30,000 Kelvin: five times hotter than the surface of the sun. Lightning comes in a variety of forms, as well as being concentrated in specific hotspots globally. 

While many of us may be familiar with cloud‑to‑ground bolts, there are other varieties between and within clouds (intra‑cloud flashes), as well as “sprites” above thunderstorms, and rare “blue jets” shooting toward the stratosphere.

Taking the text as is, Genesis describes a “very good” creation. Lightning, in that pristine world, may have functioned as a non-harmful atmospheric regulator, balancing electrical charges between earth and sky, maintaining soil fertility, and energizing ecosystems without destructive consequence. 

Even today, lightning fixes nitrogen into the soil, enriching fertility
and sustaining plant life. This hints at its original purpose: a life‑supporting mechanism rather than a deadly force. In the following section, we elaborate more on some of these constructive functions of lightning.

Lightning plays a powerful function in ecosystems, engineering various environments.
1. One of lightning’s most vital contributions is nitrogen fixation in soils: a vital process to maintain soil fertility.
--Even though earth’s atmosphere is nearly 78% nitrogen in its gaseous form, nitrogen is inaccessible to plants. Lightning’s intense heat, (reaching up to 30,000 Kelvin) breaks apart nitrogen molecules, allowing them to combine with oxygen to form nitrates. These

nitrates dissolve in rain and enter the soil, becoming a natural fertilizer.
2. Another function of lightning is forest renewal.
--Even in wildfires, they may function as ecological reset buttons. In many ecosystems, particularly savannas and pine forests, fire clears out old growth, recycles nutrients locked in dead biomass, and opens space for new species to thrive.
3. A third ecological function of lightning is its contribution to atmospheric balance.
--As thunderstorms build up massive electrical charges as ice particles collide within clouds., without discharge, these imbalances could destabilize weather systems. Lightning acts as a release valve, equalizing charges between clouds and the ground. This stabilizing function helps regulate storm dynamics and prevents unchecked buildup of electrical energy. In this sense, lightning contributes to balance that keeps Earth’s atmosphere functioning smoothly." 

CEH

MYRF-1 and LIN-42

 Sounds like DESIGN: and DESIGN = a DESIGNER.

"A newly discovered genetic clock acts as the body’s developmental timekeeper, coordinating the bursts of gene activity needed for growth.
Think about a train sitting at a station. Passengers have boarded, conductors are checking tickets, and everything is ready to go. But if the engineer’s watch never signals departure, the doors stay open, the whistle never blows, and the train never leaves the platform.
A similar problem can occur inside living organisms whendevelopmental timing goes wrong. Instead of delaying a trip, a breakdown in the body’s internal schedule can prevent normal growth and maturation.
Researchers at Cold Spring Harbor Laboratory (CSHL) have now identified what appears to be a master developmental clock in the tiny worm C. elegans. The discovery helps explain how cells know exactly when to activate key genetic programs during growth and development.
MYRF-1 and LIN-42, form a feedback circuit that acts as a central developmental clock. Together, they determine when each pulse of gene expression begins and how long it lasts.
According to the researchers, this is the first example of a biological clock designed to run through a finite sequence of events rather than repeating continuously.
“This is the central clock for all cells in the worm,” Hammell explains. “It’s responsible for coordinating a finite series of sequential pulses of gene expression that must occur only once, and in order, for proper developmental progression. It’s like a ratchet. It turns genes on and off multiple times during development, but ultimately, it’s only going in one direction.” 
According to the researchers, this is the first example of a biological clock designed to run through a finite sequence of events rather than repeating continuously.
“This is the central clock for all cells in the worm,” Hammell explains. “It’s responsible for coordinating a finite series of sequential pulses of gene expression that must occur only once, and in order, for proper developmental progression. It’s like a ratchet. It turns genes on and off multiple times during development, but ultimately, it’s only going in one direction.”

Thank You for making me so wonderfully complex!

Psalm 139:14 NLT

SciTechDaily

The "exquisitely ordered" sense of smell

Thank You for making me so wonderfully complex!

Your workmanship is marvelous—how well I know it.
Psalm 139:14 NLT

"A spatial code governs olfactory receptor choice and aligns sensory maps in the nose and brain (Brann et al., Cell Press, 28 April 2026). Researchers created a detailed diagram of smell receptors in the nose that fills in missing details of how olfaction works.

In this paper, researchers Brann and colleagues made a groundbreaking discovery that overturned decades of assumptions that the neurons carrying olfactory receptors were randomly distributed. The press release from Harvard Medical School, reproduced at ScienceDaily, describes the discovery in the following way:

“By mapping millions of neurons in mice, researchers discovered that smell receptors in the nose aren’t random at all—they’re arranged in neat, overlapping stripes based on receptor type, forming a hidden structure scientists never knew existed. Even more striking, this layout mirrors how smell information is mapped in the brain, revealing a coordinated system from nose to neural circuits.

What they found challenges long-standing assumptions. Instead of being randomly distributed, the neurons that carry these receptors are highly organized.

They form horizontal bands, or stripes, 

running from the top of the nose to the bottom,

 grouped by receptor type.”

This well organized and structured olfactory system now joins the list of other sensory organs (for vision, hearing, and touch) where receptor maps have been charted as highly organized, and also testifies as yet another example of something thought to be random now being revealed as exquisitely ordered.

From a Biblical creationist perspective, though, this discovery is not surprising." 

CEH

Fog Designed for the Web of Life on Earth

And God made the firmament, and divided the waters which were under the firmament from the waters which were above the firmament: and it was so. Genesis 1:7

"Scientists discovered that fog droplets can host living bacteria that grow and help remove harmful pollutants from the atmosphere, revealing fog as a surprisingly active microbial environment.

Researchers at Arizona State University discovered that fog droplets can act like tiny floating habitats where bacteria grow, multiply, and even remove harmful pollutants from the air. The findings, published in mBio, challenge the long-held view of fog as chemically passive moisture suspended near the ground.
Instead, fog may function more like a temporary ecosystem with active biological processes happening inside billions of microscopic water droplets.
For cloud researcher Thi Thuong Thuong Cao, the discovery began with a simple but unusual question: 

Q: could fog actually support life?"
SciTechDaily

Moon: Formation Theories

"Evolutionists claim that our moon was formed by natural processes without the need for a creator. This view, however, is not supported by science, as all the explanations they propose have major problems.

Explanation 1: from dust
Evolutionists say that our sun and its orbiting planets (i.e. our ‘solarsystem’) arose from a rotating gas/dust cloud approximately 4.5 billion years ago. This is known as the ‘nebular hypothesis’, from Latin, nebula meaning ‘cloud. Some have suggested that the moon simply formed at the same time and sufficiently close to the earth to end up in orbit around it. This is known as the ‘condensation theory’.
--If this explanation were correct, however, we would expect the moon to be akin to a mini Earth, being made up of essentially the same materials. The moon, however, is significantly less dense than the earth, and hence must be made up of different materials.

Explanation 2: a ‘spin-off’
Another suggestion is that an originally molten earth spun so fast that part of it flew off and became the moon. This is known as the ‘fission theory’, from Latin, fissio meaning ‘splitting’, proposed by George Darwin, son of Charles.

--Calculations, however, indicate that the earth’s rotational speed would never have been great enough for this to happen. Another problem is the marked differences between rocks found on the moon and those on the earth. If the moon were once part of the earth, we would expect moon and earth rocks to contain elements in similar amounts; but this is not so.

Explanation 3: from outer space
Some have argued that the moon must have formed elsewhere and, as
it flew through the galaxy, it just happened to pass close enough to

the earth to be captured by its gravity. 
it flew through the galaxy, it just happened to pass close enough to
the earth to be captured by its gravity. 

--If this were so, then we would expect the moon to follow an elongated orbit around the earth, similar to that of Halley’s comet around the sun. The moon’s orbit, however, is essentially circular; hence the ‘capture theory’ fails.

Explanation 4: a great impact
This view, currently the most popular among evolutionists, holds that a hypothetical planet (called Theia) collided with the earth and the resulting debris formed the moon. This is said to explain the

differences between Earth rocks and moon rocks discussed above. The high temperatures generated by the collision would have boiled away volatile elements such as potassium and sodium, but more heat-resistant materials such as aluminium, calcium and thorium would have remained and condensed to form the
differences between Earth rocks and moon rocks discussed above. The high temperatures generated by the collision would have boiled away volatile elements such as potassium and sodium, but more heat-resistant materials such as aluminium, calcium and thorium would have remained and condensed to form the moon’s crust.
--Here, however, it is the similarities between rocks that cannot be explained. With the impact theory, part of the moon would have formed from the earth and part from the impacting planet. So the chemistry of moon rocks would be expected to be different to that of Earth rocks. While it is true that the moon is deficient in some Earth elements, those that are shared can have very similar properties.

The real explanation
Of course, the moon is no mystery to those who believe the Bible. According to the book of Genesis, this heavenly body was specially created by God on Day 4 of Creation Week:
--And God made the two great lights—the greater light to rule the day and the lesser light to rule the night—and the stars. And God set them in the expanse of the heavens to give light on the earth, to rule over the day and over the night, and to separate the light from the darkness. And God saw that it was good. Genesis 1:16–19."
CMI

INFORMATION

"Many origin-of-life researchers now regard the origin of the information in these biomacromolecules as the central question facing their research. 

As Bernd-Olaf Kuppers has stated, “The problem of the origin of life is clearly basically equivalent to the problem of the origin of biological information.”

Q:  And how does this "information" originate and from whence does it come?

A: Hast thou not known? hast thou not heard, that the everlasting God, the LORD, the Creator of the ends of the earth, fainteth not, neither is weary? there is no searching of His understanding. Isaiah 40:28

Faster than the Speed of Light?

 And though I have the gift of prophecy, and understand all mysteries, and all knowledge;... 

and have not LOVE,

I am nothing. 

1 Corinthians 13:2

"The speed of light, measured at 299,792,458 meters per second, is widely considered the ultimate cosmic limit. According to physics, this boundary applies strictly to anything carrying mass or information. In other words, particles and signals are constrained by this rule, but phenomena without mass or informational content exist outside this restriction.

Darkness is often misunderstood as a physical entity, when in reality it is simply the absence of light, meaning it contains no photons, mass, or data. Because of this, it does not follow the same limitations as matter or energy, opening the possibility that it can behave in ways that seem to exceed known physical boundaries.

Instead of attempting to measure darkness directly, researchers focused on what are known as dark points within light waves. 

These are tiny regions where the wave’s amplitude drops to zero, effectively creating pockets of complete darkness embedded within a field of light, making them ideal for observation and analysis.

These dark points are also referred to as optical singularities, areas where the properties of light become undefined or extreme. Scientists have long theorized that these singularities could move at speeds exceeding that of light, particularly during moments when they appear or disappear within a wave.

The behavior of these singularities can be compared to vortices in a

flowing river, where certain points move differently from the overall current. In a similar way, dark points can travel through a light wave at speeds that outpace the wave itself, creating what is described as superluminal motion.

By analyzing these slowed-down light waves, researchers confirmed that dark points can indeed move faster than light itself. This does not involve physical objects breaking the speed limit, but rather patterns within waves exhibiting motion that exceeds it under specific conditions."
msn

Your Fast Motors

"ATP synthase---This is a set of individual proteins that are assembled to manufacture the energy storage substance that powers your body—ATP (adenosine triphosphate).

Think of ATP like the gasoline that powers your car. 

The ATP synthase enzyme works like a tiny electric motor. 

--It makes the ATP ‘fuel’, molecule by molecule, by adding a phosphate group to another molecule, ADP (adenosine diphosphate). --ATP has a higher energy content than ADP, so the conversion requires energy.

This stored energy within ATP can, when needed, be released to fuel

various biological processes;
--to do this, the ATP fuel is ‘burned’ by hydrolyzing it (breaking it down with a water molecule) back to ADP.

--This ADP can be ‘recharged’ by the ATP synthase motor back to ATP.

ATP synthase motors are found in every living thing, and ATP is required as the source of stored energy for all cellular processes. This is so, whether the energy initially comes from burning carbohydrates, photosynthesis, or, in the case of some bacteria, breaking down certain chemicals found in their environment.

The amount of ATP needed to power an organism is huge; active
people make—then use—their own body weight of ATP every day. So cells need very large numbers of these magnificent machines.

In bacteria, the ATP synthase is mostly found in the cell membrane. In eukaryotes (creatures which, unlike bacteria, have a cell nucleus—e.g., animals, plants, and fungi), ATP synthase is found within special organelles (like mini-organs in the cell). These are called mitochondria. In plants, and other eukaryotes which use sunshine for growth, ATP synthase is found not only in mitochondria, but also in other organelles called chloroplasts.

A 70-kg man has 3 trillion cells with mitochondria (not counting gut bacteria). Most cell types can have hundreds, if not more, mitochondria per cell. So we are already at hundreds of trillions of mitochondria, each of which has thousands, sometimes tens of thousands of these machines in it. So, though not all are active at the same time, it seems that the number of ATP synthase machines in our body is in the order of hundreds of quadrillions!

In 2005, this amazing machine from a strain of bacteria called Bacillus sp. PS3 was studied in great detail. It was discovered that part of it, termed FOF1, had a maximum speed of about 350 revolutions per second (rps) at 37 °C (99 °F)—about 21,000 rpm. At 45 °C (113 °F) it reached 39,000 rpm. The researchers extrapolated that at 60 °C (140 °F)—an optimum growth temperature for this bacterium—the maximum speed would be a whopping 96,000 rpm!

These staggering speeds rival modern sophisticated man-made cars and aeroplanes. When the Swedish-built 5.1 L (309 cu in) twin-turbocharged V8 Koenigsegg Jesko was built in 2021, it was said to be the fastest-revving production car ever. Yet it ‘redlines’ at 8,500
rpm. The turbine engine in the Boeing 737 MAX spins at up to 20,500 rpm.

A succession of the world’s best engineers and scientists have been designing car engines for over 150 years. Yet modern car internal combustion engines have maximum rotation speeds much less than that of the ATP synthase in a ‘simple’ bacterium.

All of this points to a super-intelligent cosmic designer being responsible for the ATP synthase in all life.

It’s easy to see the design of ATP synthase as evidence of our Creator, Jesus Christ the Son of God, “Who is the image of the invisible God … all things were created by Him, and for Him” Colossians 1:15–16."
CMI

Brain Complexity and Music

Thank you for making me so wonderfully complex!

Your workmanship is marvelous—how well I know it.
Psalm 139:14 NLT

"Studies show that our brains release dopamine while listening to music. This dopamine rush is the strongest when a song reaches its emotional climax and the listener feels the “chills” — the spine-tingling, hair-raising sensation of awe.

The really interesting bit is the third set of neurons: these neurons only light up when we’re listening to music (and not speech) and try to predict what notes will come next, based on what notes you heard before.

“We found acoustic information, like pitch or the changes between pitches in a melody. But we also found information that was encoded that reflects the listener’s prior experience with music. This is learned information.
It’s not bottom-up, it requires some internal model. Specifically, we found that listeners could predict the next note given the prior notes in the melody, and that information was encoded in a in a population of neurons in this auditory region,” Narayan Sankaran, a postdoc in the Chang Lab at UCSF and lead author of the study, told ZME Science."
ZME