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Posts Tagged ‘Science’

Beauty in Science.
The American Physicist Richard Feynman wrote, “You can recognize truth by its beauty and simplicity.” But what is a serious scientist doing writing about cold, objective facts and emotionally compelling beauty in the same sentence? Is there beauty beyond sight, sound and smell? Is there beauty in a simple mathematical equation or a profound idea? And if so, does that beauty communicate anything deeper? At the end of his video essay, “Change”, MIT Physicist Phillip Morrison is discussing the significance of Einstein’s equation E = mc2. He asks what it means and then becomes animated and declares, “What it means is wonderful.” He goes on to explain what it means and because the equation is so simple and profound he marvels at its beauty. So wonder at beauty comes in many ways and at many levels.

More Questions That Beauty Raises.
But what is beauty? Is it “in the eye of the beholder”, that is, subjective, or is it an objective fact about an object or process? Does it have any purpose or is it only random? What is the source of beauty?

Beauty Defined.
In his book “The Evidential Power of Beauty”, Thomas Dubay writes, “The objective evidence for the truth of the tulip flows from its form and not simply from the fact it satisfies a person’s needs or desires.” The tulip is beautiful whether anyone is there to see it or not and even if anyone who sees it is incapable of recognizing its beauty. The eye of the beholder neither makes the tulip beautiful nor denies it of its beauty. Beauty is objective.

Beauty Elicits Response.
But I do not want to rob the beholder of beauty or of his or her pleasure in beholding it. Beauty is compelling; it “elicits a response.” It affects us. Why? John Piper responds to the question this way, “Why do we get near bigness and beauty and magnificence and excellence? It’s because that is what we were made for. We were not made for mirrors. We were made for standing in front of what is infinitely beautiful and having it so satisfy us…” Hans Urs von Balthasar says, that in fact, “every experience of beauty points to infinity.” King David knew this, for he said, “One thing I have asked from the Lord, that I shall seek; that I may dwell in the house of the Lord all the days of my life, to behold the beauty of the Lord and to meditate in His temple.” Psalm 27:4.

Answer to the skeptic.
As a student of science have I not jumped to conclusions by attributing beauty to God as implied by these quotes? Could not beauty be merely the product of a happy convergence of random processes as demanded by the Naturalist’s evolution? Dubay points out that we know better. “People know that chance can explain neither beauty nor intricate complexity.” Chance and time result in chaos. Therefore, “beauty is a powerful pointer to truth because common sense immediately perceives design and intellect.” So then, God has made His creation so that “The heavens are telling of the glory of God” (Psalm 19:1) and in every detail there was beauty for “God saw all that He had made, and behold, it was very good.” (Genesis 1:31)

Beautiful Conclusion.
So the purpose of beauty is to point us to God and His work. For that reason I will not be embarrassed to tell you that one of my favorite moments of relaxation is to lie under a tree and observe all of the various ways that it exhibits beautiful form. My knowledge of xylem and phloem, photosynthesis, forces and equilibrium, symmetry, wood grain and heat content of firewood only increase my enjoyment of tree beauty. On the part of the tree, its beauty points to heaven in a greater way than by the simple fact of standing upright with upturned branches. And Creation is only a dim reflection compared to the sight every believer will see one day. They “will see the King in His beauty” (Isaiah 33:17), and “splendor and majesty are before Him, strength and beauty are in His sanctuary” (Psalm 96:6), because He is there.

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We are made of stardust. It is a hugely popular saying in our culture. In one form or another it has been repeated numerous times in recent years by such people as singer Joni Mitchell (August, 1969), Carl Sagan (book, 1973; “Cosmos”, 1980), and most recently and sophisticatedly by physicist, Neil deGrasse Tyson (2017). It is not a new idea, showing up in an ancient Serbian Proverb and probably being first stated in modern times in a speech by Albert Durrant Watson, then president of the Royal Astronomical Society of Canada: “Our bodies are made of star stuff.”

What are we to make of it?
As Christians we evaluate all truth claims in the light of Scripture. The Bible says, “In the beginning God created the heavens and the earth (Genesis 1:1), and not until day four that “God said, ‘Let there be lights in the expanse of the heavens’” (1:14). Since “the Lord God formed man of the dust from the ground” (2:7), the dust out of which man was made existed before the stars were created. It is reasonable that we have many of the same elements as we measure to be present in stars through spectral light analysis. Those elements were present in both the heavens and earth formed in the beginning. But a straightforward reading of the text gives no indication that earth was derived from this substance and there were certainly no stars. Therefore, we are not made of stardust.

The Substance behind the Material.
Earth, and therefore people, derived from stardust is a construct to fit Big Bang cosmology, and it fits well with our self-importance in God-denying Humanism. As Bible believing Christians, we must be very careful not to be drawn in by seemingly innocuous ideas that are false and dangerous.


The Real Source.
Our real value and source is not derived from “stardust brought to life, then empowered by the universe to figure itself out” (Tyson), but from God “breathed into his nostrils the breath of life, and man became a living being.” (2:7) Man is impressed by the dust because it is self-glorifying, but the believer is impressed by the breath of life because it and the dust are God-glorifying. Our value comes from being made in God’s image. (1:27)

Implications.
This greater value of man means capital punishment is right(Genesis 9:6) and abortion is wrong (Exodus 21:22-25), children are a blessing (Psalm 127:3-5), and “you shall love your neighbor as yourself” (Leviticus 19:18, Matthew 22:39, Romans 13:9).

And we have known this value and source of mankind since ancient times as well: ““The Spirit of God has made me, and the breath of the Almighty gives me life.” (Job 33:4) These ideas are not just about theological or scientific perspectives. It is about who receives glory and praise and allegiance:

“Thus says God the Lord,
Who created the heavens and stretched them out,
Who spread out the earth and its offspring,
Who gives breath to the people on it
And spirit to those who walk in it,
“I am the Lord, I have called you in righteousness,
I will also hold you by the hand and watch over you,
And I will appoint you as a covenant to the people,
As a light to the nations, To open blind eyes,
To bring out prisoners from the dungeon
And those who dwell in darkness from the prison.
I am the Lord, that is My name;
I will not give My glory to another,
Nor My praise to graven images.
Behold, the former things have come to pass,
Now I declare new things;
Before they spring forth I proclaim them to you.” Isaiah 42:5-9

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If you have followed this blog for awhile, then you know that I was a high school science teacher for many years. Monitoring a test back in the day, a poem about science came to me (see “The Way of Science“). After the test I wrote the poem on the overhead projector transparency (1) for the students to read. We both were surprised by my poem. Over the ensuing years of teaching I wrote somewhat more than 80 poems about science, nature, theology, and relationships.

About a year ago I retired from teaching science, but before I did I started a poem about Newton’s Laws of Motion. As happened many times, the first verse came almost without effort. The version you are about to read has been modified slightly in order to increase clarity and rhythm. Sorting through a pile of papers to file, recycle, or deal with, this verse of a poem begged to be completed. I obliged with spare moments of concentration over several days. The last verse is my attempt to frame these laws in their historical and scientific context.

Isaac Newton’s laws are three
Explaining well how things come and go
Motion not from forces free
Impulses felt that are fast or slow

Motion continues the same
Inertia seems boring at first blush
Masses are stable and tame
Remain in a state of rest or rush

Force and motion change are tied
Acceleration only may be
When a net force is applied
Start, stop, deform, speed up, slow down, see

All forces occur in pairs
Most equal and opposite are they
Each a different object bears
So Laws One and Two are still in play

Newtonian Physics ruled
The basis of Mechanics you see
At atomic size was schooled
By Quantum and Relativity

(1) Some of youin’s mayhap need to Google that one.

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Valence comes from the Latin, meaning strength.

In Chemistry it refers to the combining strength of an element and is usually used in reference to valence electrons. Those are the outer shell electrons that form chemical bonds. In one extreme, ionic bonding, atoms either donate or accept electrons to form charged particles called ions, which are attracted to one another. In the other extreme, atoms share electrons, called co-valent bonding. You could say that they have a certain ambivalence, that is, both sides showing strength. This sharing may exhibit equivalence, as in a carbon-carbon bond, or it may show varying degrees of inequality as in the nearly balanced sulfur-selenium bond or the more extreme imbalance of a boron-oxygen bond.

Equivalence is evidently a state of affairs we desire or want to understand. A simple Wikipedia search of equivalence* lists the numerous ways we have scientific, economic, and psychological laws of equivalence and principles of equivalence in most areas of life. We have a prevalence and desire for equal or shared strength within our systems.

Furthermore, we should be discussing the seroprevalence of COVID-19 as compared to the symptom and severe symptom prevalence in our population so that we may come to a reasoned conclusion about opening our struggling economy. We lack strength as a society if we do not move forward, but continue to give in to the voices of fear, manipulation, and ambivalence.

On a more positive note, I like Valencia oranges, which were named after Valencia, Spain. That’s a strong name, but this hybrid orange was developed in California when it was still part of Mexico, by a Mexican citizen, who named it after sweet oranges in Spain.**

Thus, you have a stronger appreciation for the latent valency of the term.***

*https://en.wikipedia.org/wiki/Equivalence

**https://en.wikipedia.org/wiki/Valencia_orange#History

***https://www.quora.com/What-is-latent-valency . You will have to judge the strength of the hidden pun.

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Early this summer I had a student ask me a question by e-mail: “Do you think it is truly possible for someone to find the correct answer to the Drake Equation? If so, how would they prove it?”

After some research I gave the following reply:

“”The equation was written in 1961 by Frank Drake, not for purposes of quantifying the number of civilizations, but as a way to stimulate scientific dialogue…”(1) Therefore, the terms in the equation are considerations of what would have to be known in order to quantify (that is, count) civilizations. It is a thought experiment, and since we cannot go to many of those places (or probably any of them) because the distance is too great for even several lifetimes of travel [“Hey, grandkids, the goal of this mission when we started out 60 years ago was for you to visit two planets around the third star from our home star, Sun, to see if there is anybody living there. We’ll be there 40 years or so after your grandchildren are born.”], the whole scheme is pure speculation. In fact, I would go a step further and say that it is not even useful speculation.

So, to answer your question, no, it can neither be solved nor checked (proven). Based on my belief in the God of the Bible, I believe that it is not even a useful thought experiment. The Scripture says,”in as much as it is appointed for men to die once and after this comes judgment, so Christ also, having been offered once to bear the sins of many, will appear a second time for salvation without reference to sin, to those who eagerly await Him.” (Hebrews 9:27-28) Since “all have sinned and fall short of the glory of God,” (Romans 3:23), and since “Christ…offered once [died]”, then if any civilizations did exist, they would be without hope because God has not redeemed any of them. Instead, I think that it means they do not exist. And because of the distance we cannot know if they exist. The whole thought experiment becomes fruitless, a deceptive worldview way of avoiding the real truth about how [we got here and how] we “die once” and need that salvation.

A better thought experiment would be to explain how the rocks and ice we see confirm what God said about a worldwide flood in Genesis 6-9. Check out the “Lost Squadron” that landed on Greenland(2). Ask yourself some questions. 1) How deep were the “Lost Squadron” airplanes under the ice? 2) How long did it take for the ice to accumulate? 3) In how long of a time could the whole ice sheet have accumulated at that rate? 4) Has the rate of accumulation always been the same? 5) Is there any evidence for the rate of accumulation changing? 6) Comparing these estimates to the “declared age” of ice cores in Greenland, is there a problem with the present explanation of how the ice sheet got there?”

I think you will realize that the standard explanation for what the layers in the ice sheets means is flawed. Therefore, distractors are thrown up to keep us from seeing the logical fallacies of the ill-conceived conclusions masquerading as a scientific theory. There are many worthy thought experiments to be done. Einstein was particularly good at those, but much of today’s theoretical science is lacking in a creativity that adheres to truth as its basis, instead heralding false agendas and distracting from useful science. Let us be done with having any part of that.

1- https://en.wikipedia.org/wiki/Drake_equation

2- https://creation.com/the-lost-squadron

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In my years of teaching Earth Science, I have discovered that one concept seems to tie more physical phenomena together than any other. Frequently it is the cause of what is observed and often it is the connecting thread between interactions of matter and energy. So I thought to give a few examples of why it is so often the correct answer to questions in Earth Science:

Earth Science is all about density
What will go up and what will come down
That convective cell propensity

Uneven heating of the atmosphere
Solar gain and wind and pressure change
Forced aloft forms clouds, sinking air clear

Heat, salt, and wind stir up the oceans
Many upwellings from the great deep
Gyres and thermohalocline motions

Far below the roots of the mountains
Plates form rifts, volcanoes, and trenches
Float on plastic and magma fountains

In the stars war gravity and fusion
Caldera of rarified plasma
Spots and flares in boiling confusion

Thus mass divided by volume seen
In many small and grandiose ways
And from its study much knowledge glean

 

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Heat acts like an invisible fluid that washes over and penetrates through any barrier. The reason I thought about it this morning was the temperature in the house, the difference in temperature from outside, and the feel (comfort level) in the house.

The thermometer, placed on the counter in the center of the house, said 68 degrees, which is a reasonable indoor temperature. But should I start a fire in the stove? Ultimately, for most people, the answer to that question depends on comfort level. Ignoring the real psychological components of comfort level, comfort level depends on heat flow rate.

Heat flow rate is the reason for heat index and chill factor in weather reporting of temperature. An inanimate object feels neither extra hot when it is humid nor extra cold when the wind is blowing. The temperature at which it settles is determined solely by the average rate of vibration of its molecules (i.e. temperature). 

But when an object like a thermostated heater or warm blooded mammal or human is warmer than its surroundings and produces heat to maintain that difference, heat flow rate is crucial to comfort and even survival.

For a fuller understanding of this concept. let us posit two facts:

  1. Heat always flows from warmer to cooler.

  2. Heat Flow Rate is     Screen Shot 2018-12-08 at 6.05.10 PM,

where Q is heat, t is time, K is conductivity, dT is change in temperature, and l is length (distance or thickness) of heat flow, and the combination of dT/l is the temperature gradient.

Since in winter I heat with wood for the purpose of keeping us warm and feeling warm, I will consider the situation of heat flowing out of our bodies. Unless I am sitting by the woodstove, I am warmer than the room and heat is leaving me.

The greater the area (A) of my skin exposed to the surroundings, the faster I cool off. For this reason, you don’t expose flesh to the air on an extremely cold day because the heat flow rate is so great from any area of  your body that it can’t provide enough heat to prevent your flesh from freezing.

The greater the temperature difference (dT) between me and the environment cooling me, the faster I cool off. Our bodies are constantly radiating heat to the cooler surroundings. If you have ever worked in an unheated building with a concrete floor, you know that it is very hard to keep warm. You can feel the concrete zapping heat out of you (you radiating to it, in fact).

The shorter the distance (l) for the heat to flow to reach the cooler temperature, the faster I cool off. The thickness is the reason thicker insulation works better. More thickness of a substance that slows heat flow rate slows it more. Insulation, be it pink or down or quilt is really just a function of how much non-convecting air is trapped in the insulating layer. Air is an excellent insulator, which brings us to the next component.

And the better the material is at conducting heat (thermal conductivity (K)) off of me, the faster I cool off. Conversely, the reason air is poor conductor of heat is the distance between molecules. On the other hand, since it is a fluid, it is a decent convector (heat transfer by flow of a fluid), and it provides little resistance to radiation, since there is less matter than most materials to absorb or radiate back the heat. When you put a warm hand on a cold, wooden table it won’t feel very cold, but on a cold, metal appliance it will. This increased flow happens because the metal has a far greater thermal conductivity than an insulator like wood.

Soooooo, back to my question. Should I start a fire when the core of the house is 68 degrees? Considering this situation, I ask myself several questions. What is the temperature outside? Is there a strong wind cooling the house? Is there cloud cover to prevent cooling at night or prevent warming during the day? Is there a temperature trend up or down from the present reading of 68 degrees because of internal or external changes to the house? About this time, those of you who have thermostats that do all of this “thinking” for you should stop taking it for granted. It is a relatively old technology, but not an altogether simple or trivial one.

In terms of comfort level, it can be 68 degrees in the core of the house and feel quite chilly because the outside is removing heat rapidly. This situation will result in the peripheral (near the outside walls) temperature being several degrees cooler.  I used to have my indoor/outdoor thermometer on a window sill. It consistently read cooler than the one I have now. My new thermometer wouldn’t fit on the sill. It would probably be easier to not think about it if I had a thermometer in the center of the house and on the window sill. Then I would have an approximation of the heat flow rate out of the house, but that would make me less truly aware of my surroundings. I have to walk past the central thermometer and past the window to get to the refrigerator and the stove to make my breakfast anyway, so I feel the temperature difference from core to periphery. I do not, however, usually think much about the various components of heat flow rate, because I am only barely awake at 5:15 in the morning.

101_1604

Not time for a fire, yet (I need to reset the clock.)

P.S. If you read this far, I surmise that you are either a science geek or a particular friend. Either way, thanks for reading, and glory to God for His ordered universe and minds to make sense out of it.

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About five years ago one of my classes built two bluebird boxes to put just out the window of two classrooms at the school. One lasted one year and then got taken by vandals. The other one outside my window could be destroyed but not so easily taken because of the wiring that runs out the bottom of pipe pole, through concrete, underground, through the wall into my classroom and to my computer. I realize that wireless cameras exist, but this is what my students could afford. It is color, works at night by shining infrared lights, and has sound. At one time you could record segments of video, but the school techs lost the software that has to be reinstalled every year due to computer re-imaging.

There are two problems with the present set-up. Even with retreating the wood, five years is considerable weathering, so the roof piece is bowed and lichen encrusted, though still functional. The other problem is a matter of rushed planning on my part when it was built. The students were excited about the camera arriving; the box was already built; we quickly installed it and began observing nesting soon afterwards. The camera, however, was mounted too close to the subjects so that it has always been blurry. The new box has a ceiling below the roof where the camera will be installed and not susceptible to moving when the side panel is opened to clean out last year’s nest. The distance is increased sufficiently to enable in focus viewing.

Since there are three eggs in the present box now, the installation of this new box will wait until Fall or later. I had the time to build it now and the availability of the school shop, so I did. I may put a roof shingle on the top when I install it so that it will last more than 5 years.

Students totally love to see the progress of the birds building a nest, laying eggs, hatching, feeding, growing, and leaving the nest. They are amazed when they here the chirping, chagrinned when there is a runt that is underfed because the others poke their heads up faster and more consistently, and curious about gestation and developmental timings. We have 2 to 3 nesting each Spring. One year the bluebirds and tree swallows fought violently over which pair could nest first. At one point two males (one bluebird and one tree swallow) were rolling around on the ground, clawing and pecking. The students flew to the window to see what was happening. We have never been able to observe the hatching of the birds. It seems to always happen on the weekend or in the early morning. I have left at 5 PM and arrived at 7 AM the next morning to find several birds hatched.

I sincerely wish that I could do more of this kind of teaching, what I call “affective science”. Students need an emotional connection to what they are learning to prick and increase curiosity. I could give many reasons why this is not happening, but I’m not in the mood to wax political or negative, so I will leave that to your imagination. I recorded some aspects of the box build, but many details are also left out. I hope that you enjoy the pictures, but even more, I hope you will observe the world around you and give thanks to our Creator for its utter beauty and utility.

If you hover over the pictures, you can see the captions.

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Science is a great tool for exploring the world. It saddens me that it has so much been commandeered for purposes contrary to the truth of God’s Word. Many of the processes discovered and described by scientists accurately align with observable reality, but particularly on the subject of time scales, their tomes do not ring true to what is verifiably true from Scripture or nature. I choose to believe what the Bible says over the faith system based on time, chance, matter, and energy. I think that it takes greater faith to worship these inanimate gods. So, I like to discuss weathering, for instance, but I reject uniformitarian time scales based on my faith and the field ‘evidence’ tendered (see 4th paragraph of “Four Singularities”; 3rd paragraph of “Amazing, Credible, Scientific Point of View”; “Many Grand Canyons”).

While teaching Earth Science, we discuss weathering at length. As with any study, teachers and students categorize subject matter. This frequently separates ideas that would naturally be together if organized in another way. For instance, is weathering a subject to be initiated and discussed in geology, hydrology, meteorology, or oceanography? It should be discussed in all of these areas of study, including astronomy (evidence of erosion on Mars, for example) and ecology (interaction biotic and abiotic factors in soil formation and fertility, for example). Where it is initiated is a bit harder. Do you begin during discussion of the rock cycle, or when you explain formation of soils, or when the main agent, water, is acting upon rock? I have chosen to mention it during oceanography, hydrology, and minerals and rocks units, but devote a separate unit to weathering and erosion by fleshing out the details of “WETS”: weathering, erosion, transportation, and sedimentation, and also soil formation. I repeat these concepts many times during the day and from semester to semester. Along with the hazards of plate movements, I guess the ocean part of change got to me, resulting in the following poetic outworking:

Wave upon wave upon the coast breaks
Battering and bludgeoning the shore
Each grain of sand that it takes
Builds a beach or a bar or seafloor

Longshore currents carry sediments
Outsourced from the rivers and headlands
Man-made wall impediments
To the flow of the nourishing sands

In deltas and mangrove swamps land grows
Protected from tidal surge and wind
Barrier isles resist flows
From storm surges and tsunamis that rend

Estuaries were once rivers
Where now the brackish waters are mixed
Fjords formed where one shivers
By ice scouring hard rock once fixed

Island arcs form in convergent zones
Some are explosive in the extreme
Subducting ocean plate groans
Hydrothermal vents with strange life team

From hot spots and boundaries they grow
Deep under water, volcanic mounts
Up from the mantle below
Convective cells produce magma founts

Some seamounts are flat on top
Belying once shallower sea wave
Blue hole a flooded cave drop
Once air filled, now a watery grave

Mid-ocean ridges build ocean crust
Plates transform by seismic shear stress
Others earthquake megathrust
Oh, so much crustal strain and duress

So much building up and tearing down
Reveal beautiful changing landforms
Hard to see, so much is drown
But wear, change, and movement are the norms

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Wet?

I most dislike annoying little problems when I have previously tried to solve them to no avail. Or even worse when my ‘solution’ works for a while and then doesn’t. I bought a non-stick, copper infused, ceramic skillet (“Red Copper’ brand) about 6 months ago so that my wife and I could cook our breakfast without it sticking. For about 4 months it worked wonderfully. Undercook, overcook, oil, no oil, it didn’t seem to matter, it didn’t stick.

My wife makes homemade sausage and almond meal pancakes. So my daily procedure is to put a little oil in the pan, add crumbled sausage, break two eggs over it, scramble the yokes, and move away to put a pancake in the toaster and pack my lunch. Just before the egg is totally solid I turn the eye off and flip the egg-sausage fritter over, reaching over to push down the toaster button.

Why did it begin sticking when I try to flip it over? It didn’t for several months and now it has for several months. I set out to try to figure out this mystery. I must be doing something differently. That the change resided in me and not in the pan was clear to me from two additional pieces of information. My wife cooks her breakfast after I have left for work. She commented one day, “Why are you having trouble with the food sticking in the pan? Aren’t you using oil? Mine doesn’t stick.”

Secondly, I re-oiled the pan like I had when I first got it. You fill the bottom with oil, place it in the oven for 15 minutes at low heat, and pull it out to cool. I could see why this works, because it reminds me of oilite bushings. Wikipedia says, “Oilite is a porous bronze or iron alloy commonly impregnated with an oil lubricant and used in bearings.” When the bearing warms up during use, it will release a little oil that lubricates the bearing surface preventing overheating. It works wonderfully well and the bearing can be re-oiled by submerging it in hot oil. But that didn’t prevent the egg from sticking.

I tried more oil. The liquid egg only pushed it aside and stuck to the bottom.

I tried different kinds of oil: butter, olive oil, coconut oil. The smells were great but the sticking persisted.

I tried different temperatures which either left me twiddling my thumbs or the egg slightly burnt on one side.

Finally, I pretty much gave up, but the egg pushing the oil aside confused me a bit. Why didn’t the egg just roll over the top of the oil as it cooked? I realized that the real question that I was asking was, “Why does the oil not wet the surface of the pan but the egg does?”

For many of you the word “wet” seems totally out of place in this scenario. Afterall, waters wets, right? But what does it mean to wet a surface? I will give a formal definition in a moment, but the best one is illustrative. Water wets an unwaxed car but beads up on a well waxed car. Water is sticky. It adheres to things different than itself, that is wets surfaces, and it coheres to other water molecules, that is beads up. So how does it decide which one to do? If the adhering forces are stronger, then it wets the surface; if the cohering forces are stronger, then it beads up. Once again Wikipedia (Hey, I’m not into this, you can’t trust Wikipedia thing. Be a bit skeptical of it on religion or politics and realize it will probably be incomplete on many subjects, but as an overview it is a good, quick reference.): “Wetting is the ability of a liquid to maintain contact with a solid surface, resulting from intermolecular interactions when the two are brought together. The degree of wetting (wettability) is determined by a force balance between adhesive and cohesive forces.” All liquids can wet surfaces: water, oil, egg, lava, alcohol, gasoline, and so forth.

The various oils (butter, olive and coconut oils) were beading up on the pan. So, this very morning I tried a new strategy. I let the coconut oil heat until it began to bubble, then I threw in the sausage and egg. It didn’t stick, what a pleasant, small blessing! Perhaps I had become too efficient at making my breakfast in the morning, being so fast at putting in the oil, sausage, and egg, until I had reached the ‘sticking’ point of the procedure. One little, almost imperceptible change I made was putting in those three things instead of punctuating the oil heating with putting in the pancake and opening the almond butter jar.

It will be interesting to see if I have found the real solution. As researchers like to say, “further research is needed.” But I think that upon reflection this must be the solution. My wife always puts in some combination of peppers, onions, and mushrooms to momentarily saute before adding her beaten egg, and her breakfast never sticks. 

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I have the privilege (really!) to patrol Monday morning parking lot duty from 7:15 until 7:50. On most Monday mornings there are no more than 2 or 3 cars in the parking lot when I arrive. That makes for some quiet moments to consider the day, pray about concerns, and look around. Quiet allows you to observe better. One morning I saw various seeds under the trees: Bald Cypress cones, acorns, and Sweet Gum balls. Another morning I saw oak leaves of various sizes and broadness on the ground. Looking up into the tree I could see that smaller ones generally came from the top of the tree and larger ones from the bottom. These larger ones are called shade leaves. They are competing for the sparse sunlight in the shade cast by the rest of the tree. Yet a third morning I spied leaves popping up a few at a time in the direction from one bush to another. I kept watching and every 5 to 10 seconds the leaves would pop up an inch or so. After every few minutes the movement of the leaves would retrace the path back toward the first bush. I concluded that I was seeing a mouse or other vermin forging a tunnel just under the leaves and mulch on this frosty morning.

Speaking of frost, the very next week the morning was even colder, around 27 degrees (-2.8 degrees Celsius). As I approached my usual vantage point for watching cars, students, and nature, I saw that the golden brown Bald Cypress needles had fallen to the ground in the last week and this morning were fringed in frost. I went to investigate and caught a hold of an early arriving former student, requesting that he snap a picture and e-mail it to me (gonna have to get one of them new fangled smart phones one of these days).

Bald Cypress needles

The most Exquisite Lace

I retreated back to my self-appointed post. Still there were but few cars in the lot and none nor no one stirring. I glanced over toward the frosted needles once or twice. Then between two bushes I spied a curious sight about which I was at first incredulous. In fact, a few minutes later a student came to pass my way and I requested the use of her young eyes to see if she would see what I think I was yet seeing. She confirmed that there were indeed the appearance of heat waves between the bushes. Imagine, heat waves on a frosty morning! She went on and I was left standing to contemplate how this could be. Moments later a small breeze kicked up and the waves were gone. That only served to confirm my belief that they had been heat waves.

Heat waves are caused by varying densities of fluid (air in this case) refracting light passing through them. Usually the warmer fluid is rising, forming a convective cell. As it randomly snakes upward the background images are gently contorted by the light passing through the foreground fluid.

But what was forming the heat waves? As my eyes scanned the parking lot and Cypress needles, it seemed to me that the frost was heavier during the short period I had been standing there. That may have only been to my sight because of the increasing light as the sun rose, but it brought a possibility to mind. When frost forms, water vapor in the air turns directly into solid ice crystals on the grass or windshield. This process is called deposition, which is the opposite of sublimation, and skips the liquid state going either way. The heat given off by changing from gas to liquid and liquid to solid is about 8 times more than the heat given off by the same amount of liquid water cooling from 100 to 0 degrees Celsius. Needless to say, a significant amount of energy is given off by the deposition of frost. Frosty heat waves, that is shimmering amazing.*

*If my conclusion is correct

 

 

 

 

 

 

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Equations are abbreviated definitions that simplify and  clarify complex concepts and data. They may be used to calculate, which may either reveal past events or predict future outcomes. Qualitatively, they enable the understanding of interrelationships between variables, which may not be obvious otherwise. On the other hand, not all relationships within an equation are the mere product of their juxtapositions within an equation. Rather, some variables owe their interaction to feedback loops within their physical situations. For instance, according to the equation below, in order to have the best period (race time), both power and endurance must be at their maximum. But in physical reality, for a runner, when power is maximum, endurance must be low. Sprinters are not endurance runners. Conversely, when endurance is high, then power must be low. Long distance runners are not sprinters. Actually the equation does reveal this relationship, because if you move the power variable to the other side of the equation you get po = 1/e, or more accurately, power is inversely proportional to endurance. That is, as endurance increases, power decreases.

From the equation you may also see that pace and distance should be inversely proportional. But the opposite is true. A longer distance requires requires a slower pace, that is, larger number.

And when distance is increased, endurance must increase and power must decrease.

The Runner efficiency variable may not be able to be determined, though I think that athletic physiologists are trying desperately to do so with VO2 max, respiratory exchange ratio, fast twitch/slow twitch muscle, body mass, % body fat, and running mechanics. Strength training and anaerobic sprints seem to be two popular methods for increasing runner efficiency. Diet must not be discounted as a way to build better runners.

The constant, K, is a factor that converts the other five variables into a race time, T. At this level of development of the equation, it is nothing more than a fudge factor to make five variables equal to the one.

 

Screen Shot 2017-11-14 at 9.14.14 PM

The best race time (T) is what every runner, coach, and spectator is after. Thinking through this equation might help the runner and coach better design training that will secure that result. Are you training for power, the sprint, or endurance, the long distance run? What training regimens do you need to perform to meet these goals? How much is it reasonable to increase both power and endurance? What are the limits of one, given the other?

I feel certain that good runners and their coaches have all of the relationships dialed in, so that an equation seems silly, but I benefit in my thought about running by the simple definition called an equation.

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   A worldview must be able to withstand the rigors of reality. It must match up with truth. If there is no absolute truth, then there is no basis for purpose, moral code, love, or rational thought.

         I believe literally what the Bible says about our origin- created in six literal days approximately 6000 years ago, as separate and fully formed kinds of plants, animals, and humans. This view, which simply takes God at His word, leaves no room for evolution between kinds of organisms, so called macro-evolution. How should a Bible believing individual respond to the claims of evolution? Does evidence overturn the plain reading of Scripture?

         In an online video, “The Making of the Fittest: Natural Selection and Adaptation”, the presenters describe what they believe to be an airtight example of modern evolution: “Thanks to Nachman [the researcher],” says the narrator, “Science has an example of evolution clear in every detail.” Michael Nachman has studied pocket mice on the lava beds of Southeast New Mexico. Based on his population field studies and laboratory DNA studies, Nachman believes that a combination of mutation and natural selection has resulted in the pocket mouse being “evolved to be dark like the rock.” He says, “When a black mouse appears in a white population of mice, that is usually going to be due to a new mutation, and those are random and rare events.” He concludes that studies of the mice at other lavabeds show that “the genetic changes that made the mice black were different in each case. What’s amazing to me is how similar the black mice are…completely different genes. The narrator concludes, “The rock pocket mice show us that evolution can and does repeat itself and why evolutionary change is never ending.”

         But not so fast! First of all, before and after this event they are still pocket mice. Secondly, Nachman assumes that the genes for black fur arose by random mutation. But as Carl Wieland points out in an article about the peppered moths of England:

“Actually, even as it stands, the textbook story demonstrates nothing more than gene frequencies shifting back and forth, by natural selection, within one created kind. It offers nothing which, even given millions of years, could add the sort of complex design information needed for ameba-to-man evolution. Even L. Harrison Matthews, a biologist so distinguished he was asked to write the foreword for the 1971 edition of Darwin’s Origin of Species, said therein that the peppered moth example showed natural selection, but not ‘evolution in action.’”

         Thirdly, a very simplistic understanding of genetics results in only one possible conclusion for how multiple gene variations result in black fur. Given the relatively recent understanding of epigenetics, the better explanation lies in shifts within the expression of genes already resident within the mice. As Marc Ambler says about a different mice study,

“Scientists conducting experiments on agouti mice found that by manipulating nutrition they could switch off a certain gene. When the gene is active (‘on’) the mice are normally obese and a yellowish colour; by switching the gene off the mice are of a normal, slim appearance, and brown. By feeding a combination of nutrients including vitamin B12 to the mother before mating, the gene was able to be turned off in the babies.”

         Bible believer, do not give in to the wiles of evolutionary thought. We know God from His Word and our personal experience of His saving grace, and science supports rather than contradicts that knowledge. Only conclusions based on a naturalist worldview that excludes the need or possibility of God deny His plain communication about who He is and how He created all that we see. Those of you holding to a naturalist view, I challenge you to consider the possibility that God is real and evidence of nature rightly understood points toward Him.

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Having taught for 25 years, I have indeed seen many changes in public school. Some represent major cultural shifts while others reflect minor cycles of fad and fashion. One very curious change I have witnessed is a loss of faith in Science. Students used to almost universally confess that science and technology would eventually solve all of man’s problems. Disease will be defeated, genetic difficulties overcome, hunger eradicated, environmental problems will be historical artifacts of developing technologies, mysteries solved, a perpetual motion machine created that would solve all energy problemss, the galaxy traversed. Older minds may have written this off as so much blissful, youthful optimism and ignorance. Instead, I think that it was a product of a worldview that viewed science as the source and conduit of all truth. There were, of course, the rare skeptic that did not trust science or its message.

I see the opposite trend to be generally true today. It is the rare student that has an unflinching faith in Science, or anything for that matter, other than himself. Science and Technology have not solved all of our problems. Epidemics continue, hunger persists, climate change threatens, nuclear proliferation has rebooted, natural disasters terrorize, and people still don’t get along with each other. Unfulfilled expectations and personal discontent are on the rise. Science and technology are frequently viewed as the cause of environmental problems and stressed out living styles.

There could well be many sociological, cultural, and economic reasons for this shift, but I think that in a narrower sense of views about science as a human endeavor, both the blind faith in science and the skepticism of its merits arise from a basic misunderstanding of what the limits of science are. Science is neither the source and conduit of all truth nor the cause of the world’s most pressing problems. Science is a tool. As such it has limits. When I use my large ratchet as a hammer, I damage the tool and very poorly drive the pin I am trying to remove. In a similar way Science used in the wrong way brings harm to its prestige and to the understanding and application it is meant to drive. Science has at least 4 related limits.

Science may only be applied to things which are observable. This observation includes our 5 senses and any other remote sensing we may devise: camera, thermometer, radiation detector, ultrasound, etc. If only time, space, material, and energy exist as many insist, then this observability is not a limit. There is, however, evidence of more than the physical world (the source of beauty, information, purpose, emotions and will) and observability does not automatically exclude the spiritual realm. Scientists use inference (drawing conclusions) as a powerful tool, but it must be based on observation (quantitative data or measurement enable the observation to be unambiguous).

Science is also limited by the requirement of being testable. Scientists test hypotheses with controlled experiments to acquire a deeper understanding of the physical world. There are things that an experiment cannot test which nonetheless exist and effect our lives.

Scientific experiments must be repeatable. Other scientists must be able to use clearly set forth procedures and obtain the same results. If the results are different, some variable has not been controlled for or the experimenters were not careful enough in their observations. Therefore, scientists ask for procedures, data, and analyses from colleagues in order to determine if the conclusions are valid. The best way to do this is to repeat the experiment.

Finally, conclusions resulting from observations must be falsifiable. This does not mean that all evidence or conclusions will be falsified, but rather there must be the possibility of demonstrating that a conclusion is wrong. The essential function of Science is not to reveal truth but to eliminate falsehood. Based upon observation alone, one may never know for sure if something is true. But the ability to falsify wrong ideas narrows down what science accepts as true sufficiently to act upon it. This does not mean that there is no truth. It means that science does not have the ability to state truth in any absolute way. That must be done from other pursuits.

Many ideas are parading around, claiming to be scientific theories when they do not rise to the level of even a hypothesis, let alone a well substantiated hypothesis, that is, a theory. As an example, consider the issue of origins. How did we get here and how did it all begin? Can anyone who is living or has lived observe the beginning of the world? Since they cannot, can they possibly do an experiment on beginning a world? Is that experiment repeatable? If no experiment or observation by scientists may be done directly on the beginning of the world, then it is not a falsifiable idea. Therefore, though evidence may be given from subsequent events as to which version of origins is most likely, presuppositions are inevitably required in any discussion of origins. Another name for presuppositions, those assumptions made in order to begin a discussion or make inquiry, is beliefs. Any discussion of origins by definition is based on a worldview or belief system. It may be labeled religion or science, it does not matter, but it is essentially based on belief.

What this means for any discussion of origins is matching present evidence to the best presuppositional explanation. Does your belief about origins fit the evidence?

What this means about faith in or loss of faith in Science is a need to reconsider its value. Science is a valuable tool wielded by mechanics of varying training and skill, operating from differing worldviews. Retain a healthy skepticism that desires to understand what has been discovered and understood. Don’t throw the baby out with the bathe water. That is, don’t throw out the valuable tool of Science or the useful evidence it provides when you have to wade through false claims, poorly substantiated ‘theories’, intentionally falsified conclusions, or presuppositions that don’t match up with what you know to be true. Science is a useful tool.

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Evidently, last night a spider had laid three lines of silk down the windshield of my truck squarely in the line of my vision for driving. The Sun shining in from just south of my predominantly easterly direction on the way to church down the interstate produced little repeating rainbows in the silk. From bottom to top they gleamed: red, orange, yellow, green, blue, and the last two just looked like black gaps before the next red. The colors were brilliant and made the silk appear much wider than it did when the Sun was obscured once or twice by tree branches. I noticed that when I moved my head left or right the colors changed. When I moved to the right the color transitioned to longer red beads up and down the silk. When I moved my head left the color transitioned toward blue. Just before I exited the interstate the roadbed trends slightly more North and I finally began seeing violet when I leaned left.** I was thankful for light traffic on the interstate since I was focusing on 5 lines, one solid white, one dashed, and three multicolored. I thought of lunar eclipses, when the Moon is blood red or orange. Light from the Sun is refracted by the atmosphere onto the surface of the Moon which is moving through the shadow of the Earth. The shorter wavelength colors bend more evidently, careening off into space between Moon and Earth. I also reflected on the refraction that occurs in a droplet of water on a leaf producing and fisheye view of flowers or landscapes behind. The Sun was also pleasantly warm on me. I praised God for beauty He instilled into Creation which points to His superior beauty and His goodness that allows me to be aware of and see it and experience warm Sun and have a truck to travel in, and so on. I went to a corporate worship service later, which I would always recommend, but I got started early with three lines of evidence for God’s beauty and love of beauty.

**I don’t think that I ever see indigo, or is it violet I don’t see? That is, I don’t discern two colors, indigo and violet. I had the thought for the first time today that perhaps I don’t see violet. When I get in discussions with my family about a transition color between green and blue, they always say it looks blue and I most usually say it looks green. Does that mean that I see colors differently than most people, seeing what normal (whatever that means in this situation) eyes discern as blue as green or that I just name them differently? If it is the former, then perhaps I also see indigo as blue and violet as indigo and don’t see a separate violet color. If this is true it in no way changes reality, but only casts a shadow of doubt on my perception of reality. Afterall, certain people certainly hear more or most frequently less than 20 to 20,000 Hz frequency of sound.

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          I have long known from the second law of thermodynamics that all systems involving energy are less than 100% efficient. As I would say to students, “The good news is that you can’t get something for nothing [1st law of thermodynamics or law of conservation of energy], but the bad news is that you can’t even break even [2nd law of thermodynamics]” Emotionally that only discourages people with an engineering turn of mind. To show you just how little the idea penetrates many people’s thoughts, I almost always get a “How about a machine that produces energy that it can use to run…[perpetual motion machine]?” question from one or more students immediately after explaining the laws and sharing the good news/bad news. We have come so far that some have a blind faith in the ability of human ingenuity and technology to overcome the most formidable barriers to progress, even laws of Physics.

         Evolutionists have a similar resiliency in their emotional attachment to what Dr. John C. Sanford calls the Primary Axiom: “man is merely the product of random mutations plus natural selection”. Dr. Sanford, retired plant geneticist of Cornell University, presents an altogether formidable opposition to the Axiom: genetic entropy. Robert Carter simply defines genetic entropy as “…mutations (spelling mistakes in DNA) are accumulating so quickly in some creatures (particularly people) that natural selection cannot stop the functional degradation of the genome—let alone drive an evolutionary process that can turn apes into people.” Dr. Sanford says that useful information in DNA is degenerating; living organisms are degenerating; populations of organisms are degenerating. He referred to Darwinian believers as those who think that populations are getting better by natural selection, but based on his research, they are not. He said that he once also believed that natural variation (arising from mutations in DNA) plus natural selection (of the fittest through conflict resulting in death and survival) equals all that we see biologically. I believe that evolutionists are asking the wrong question based on their false presuppositions: How are species progressing from simpler to more complex? Instead, they we should be asking how species are able to resist extinction in light of genetic deterioration.

         In a recent Facebook discussion one person claimed to have observed modern examples of evolution through bacterial mutation. I pointed out that these adaptations are not species-changing evolution. But Dr. Sanford presents a more damaging argument of the devolving of species by viral and bacterial mutation. One of his examples is the flu pandemic from 1918 to 1920 that killed about 3% of the world’s population. When the frozen body of a soldier who died from that flu was exhumed for research purposes several years ago there was fear of the accidental release of the virus and a return of the epidemic, because it was known that the older strains were stronger. The newer strains of H1N1 are weaker due to genetic entropy. “A key point is that because of the high reproductive rate and the documented phenomenon of genetic entropy, the influenza virus is degenerating rapidly by accumulating 14.4 new mutations per year… It seems that when they leave their proper winged hosts and infect humans, they run out of control and go downhill rapidly because of mutation accumulation, which will lead to their extinction.”

          But doesn’t high mutation rate mean that natural selection has more material for driving evolution forward? This idea could only be true if there were sufficiently more beneficial mutations to increase an organisms’ long-term (mutli-generational) survival than destructive mutations. “Far more mutations are deleterious than advantageous,” says Dr. Sanford. These bad mutations degrade the genome at a much faster rate than good ones could possibly benefit the organism.

          The genetic conclusion of this discussion is that species are definitely not evolving and could certainly not have been around for millions of years at the rate their genome is deteriorating. The belief that “the creation was subjected to futility” and “we know that the whole creation groans and suffers the pains of childbirth together until now” (Romans 8:20,22) because of the sin of man fits with the evidence far better than the belief that natural selection through mutation is evolving species.

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If you hold to objects close together with a small gap between them and peer through toward a bright light you can see the bending of the light around the two edges as an interference pattern. The result makes the two object appear to grow together if they are at the correct distance apart. You may find an example at the following link: https://www.meteoros.de/blog/pics/blackdrop2.jpg The parallel lines of dark and light are called a diffraction pattern even though the sight of them results from light interference. Seeing Venetian blinds lit up by sunshine today with blurry edges reminded me of this pattern. If you ever see the old movie “Sergeant York” you may remember him moistening the front sights of his rifle. This disturbs the diffraction pattern making for clearer sights. As I stood taking in this familiar sight on the blinds the thought of a metaphor for moral ambiguity came into focus.

At the edge of light and shadow
Is where the challenge of life is
Ambiguous scenario
Time to have a real life pop quiz

Diffraction pattern blurs the line
Blinds by alternate light and dark
Fuzzy scheme in the contrast cline
Right and wrong seem no longer stark

Are there exceptions to the rule?
Dismiss the law and moral code?
Sparse view, the way of the fool
To quit the way for your own road

There is good and bad in the gray
Right and wrong all mixed together
God has not left us with no way
To discern, know, and do better

When life does not seem black and white
Then pray to God and search His Word
Don't give up on doing the right
Don't give in or follow the herd

 

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     On July 7th The Ark Encounter opened in Williamstown, Kentucky, as a full-sized representation of the biblical description. Bill Nye said he wished that the ark in Kentucky had never been built because it would “indoctrinate children into this extraordinary and outlandish, unscientific point of view.” What many public school science classes have been doing for years is this very type of indoctrination in Big Bang Cosmology and Evolution, rather than in biblical literacy. The result has been that either those people who trust secular science (i.e. Scientism-the belief that science answers all questions that can be answered) have written off the Bible as Bill Nye has done, or many who believe the Bible have written off Scientism and all science, resulting in the science illiteracy Bill Nye decries. But there is a real alternative that does not oppose the methods of experimental science nor deny the literal truth of God’s Word. Science is a very good tool for exploring the world and solving problems, but it has its limits in explaining truth. The Bible points to realities that may be known beyond empirical data while not contradicting plain evidence. For instance, the apostles were eyewitness to evidence concerning the resurrection of Christ, which no longer can be tested other than historically. They recorded what they saw and experienced (I John 1:1-4; I Peter 5:1; Acts 26:12-18). Christians accept their eyewitness authority.

     If the alternative of a Biblical Worldview coupled with useful science is to be considered, it must be able to predict what we should find in the world and explain what we see. I believe that a literal reading of the Bible actually does that better than Scientism (a subset of Naturalism which encompasses Big Bang Cosmology and Evolution). Dr. Robert Carter of Creation Ministries International presents examples of how these statements are true. I intend in the few words I have left to present some of the evidence he outlines. These evidences answer the following question: What would we observe and what would be our understanding of the world if the biblical text is true? As a first example, if God created Adam and Eve and languages resulted from the confusion at Babel, then races do not exist. Adam and Eve could have had the genetic diversity that results in every skin and hair color and facial characteristic. Is it true? There have only been about 150 generations since Noah and his wife and people of all colors and locales have 99+% DNA in common. Thoroughly biracial parents have had fraternal twins, one significantly darker and one significantly lighter than the parents. If we really believed the Bible, racism would be an immediate non-point.

     What would we expect to see if the Flood was real and worldwide? There would be evidence of worldwide destruction from massive hurricane winds, massive erosion and deposition episodes, and volcanic action. Sedimentary Rocks show evidence of these things. For example, fossils are frequently formed in alternating layers with volcanic flows and ash. Also, large amounts of sediments needing large amounts of water, dead plants and animals all dumped on the continents and later turned to rock do exist. The catastrophic and sudden nature of fossil and sediment formation is seen in polystrate fossils (fossils through numerous layers), tightly folded rock layers that must have been soft when they folded or they would have cracked, and sediment layers of continental extent (that is, spreading over the whole continent as with the Tapeat Sandstone in North America). As the flood progressed, amazingly large erosion events should be expected. We indeed see these in the great canyons of the world, which show evidence of being remnants of catastrophic events rather results of slow river erosion. The suddenness is further indicated by the lack of erosion within the fossil record and conformities (interfaces (meeting and interaction) of two differing rock layers). One such interface in the Grand Canyon (Hermit Shale and Coconimo Sandstone) has no erosion even though secular geologists claim there is a 12 million year gap where they meet.

     There is far more that could be said on the deposition and erosion of layers and fossil formation alone and on cosmology, biology, and the rest of geology, but these give a few telling examples. A literal reading of the Bible is a much better and more powerful predictor of the world as we see it than Scientism. It is amazing, credible, scientific, and far more Mr. Nye.

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         I enjoy viewing educational YouTube videos, particularly about Science. I recently watched several videos written and narrated by astrophysicist, Neil deGrasse Tyson. He is extremely intelligent, articulate, and fast on his feet when replying to detractors. In our culture we listen to experts. They are informed and intelligent so we should listen to them, right? We should ask, “What is your source of truth?” Mr. Tyson claims that his only source of truth is empirical data, information acquired by observation or experimentation. In one of these videos he says1, “Does the Universe have a purpose? I’m not sure, but anyone who expresses a more definitive response to this question is claiming access to knowledge not based in empirical foundations.” He proceeds to claim that the perspective held by religions and some philosophies that the universe has purpose has failed to explain our universe. He then dismantles, or so he believers, all claims that we can know that the universe has purpose. I am among those who believe that the universe does have purpose, being created by God, and I freely admit and proclaim that this knowledge is not based on limited empirical evidence, though supported by it. Mr. Tyson’s logical fallacy, I submit, is to assume that his supposed empirical foundations are sufficient to explain the universe and why we cannot know the universe has a purpose. He overlooks his own presuppositions: we cannot know that God exists, that God in fact does not exist, and that Mr. Tyson operates purely on empirical data.

         Evidence that God exists is all around us as I have shown in past articles and which Scripture declares (Psalm 19:1-4; Romans 1:19-20). In this article I want to present evidence that those who claim that they operate purely on empirical data do not and cannot. In another MinutePhysics video2 Mr. Tyson is discussing the sequence of events that he and many other scientists believe characterized the universe after the Big Bang. In the midst of this storyline he admits that “under these extreme conditions in what is admittedly speculative physics…” Why is it speculative? It is so because there is no way of directly observing a time with those conditions or reconstructing those conditions because they defied the presently understood laws of Physics. This scenario is supposed to be what we know of the past and yet is based on fanciful conclusions based on faith and not observation. He is nearly two minutes into his seven minute history of the universe when he says, “continuing on with what is now laboratory confirmed physics” He then explains how particles decaying and colliding settle things down to the Physics we now observe. The statement is misleading (presumably not intentionally) because it assumes that what can happen in laboratory experiments and does happen periodically in nature is what did happen in mass to set the course of the universe long ago. Such “observations” are conclusions based on hypothetical scenarios, not inevitable results of data. Another example of this type of observation was the conclusion in March of 2014 that cosmic microwave background radiation had “proved” the inflationary expansion just after the Big Bang. But in June of the same year the researchers came to a different conclusion: “Now a careful reanalysis by scientists at Princeton University and the Institute for Advanced Study, also in Princeton, has concluded that the BICEP2 B-mode pattern could be the result mostly or entirely of foreground effects without any contribution from gravitational waves.”3 So, the hypothesis concerning the moments after the Big Bang was wrong. The author of this quote explains that many scientists do not conclude that inflationary hypothesis was therefore disproved. Instead, these scientists say this hypothesis is sufficiently flexible to be “immune to experimental and observational tests.” What we are seeing is ‘empirical data’ without observation, which of course is not empirical at all. As Arthur Conan Doyle has Sherlock Holmes say, “ It is a capital mistake to theorize before one has data. Insensibly one begins to twist facts to suit theories, instead of theories to suit facts.”

 

1 https://www.youtube.com/watch?v=7pL5vzIMAhs “Does the Universe Have a Purpose?”

2 https://www.youtube.com/watch?v=7KYTJ8tBoZ8 “A Brief History of Everything”
3 http://www.nature.com/news/big-bang-blunder-bursts-the-multiverse-bubble-1.15346

4 Sir Arthur Conan Doyle, The Sign of Four, A Scandal in Bohemia

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In one sense we are a society full of skeptics and well we might be since we have many and conflicting sound bites and philosophies foisted upon us with very little solid truth. Some think that the solution to this dilemma is to operate fully on the relational side and not hassle with truth claims and others think the solution is to come up with your own truth. Neither of these approaches leads to truth, however, because one avoids it and the other is self-contradictory. So where is a person to go to ask hard questions? Civil public discussion is one good source. Not intended to be truth by majority rule but rather a gentle airing of views and questions, it is a good way to open up conversation about truth. Recently at our nearby community college such an open discussion was begun. Prem Isaac of Southern Evangelical Seminary presented a clear, engaging rendition of the Cosmological and Teleological Arguments for the existence of God. Several audience members challenged details of the arguments presented to Mr. Isaac and three of his colleagues on a Q&A panel. One person asked, “Why does the Law of Causality not apply to God?” The answer was given that “Who made God?” is a category mistake, that is to say, saying God is created means He is not God. If we retreat to infinite regression, namely that god was created and then who created god and who created that god and so on, then we have not really answered the question. But the cosmological argument logically presents an answer in that everything that has a beginning has a cause. Science and religion both posit that the Universe had a beginning, therefore, it has a first cause, and since that cause is not part of the effect, namely the Universe, that first cause must be wholly different from the effect. That First Cause is God. What if the Universe had no beginning? The question was couched in more complicated terms, “How about the quantum correction and the suggestion that the universe had no beginning?” The answer was proposed that many math problems produce imaginary numbers. Mere pure math solutions to problems have no real world antecedent. I think that it is reasonable to add that General Relativity and Quantum Theory have existed in tandem for 90+ years now. Both have significant experimental evidence for their validity and yet both contradict each other. Mostly this contradiction seems to be because they evaluate similar situations in different ways, but when they evaluate the same thing in the same way they still contradict each other. Obviously, one or both theories need to be revised to come into line with reality. So how do you use mutually contradictory theories to judge God’s existence, theories that are by their empirical nature limited in what they can evaluate? And this brings me to the last question asked at that meeting, “How scientifically do we account for six days?” My answer is we do not account for six literal days scientifically just as the Big Bang theorists do not actually account for the singularity scientifically. God has revealed that He created all that physically is in six days; we accept that. Then we show by scientific evidence that there is nothing in the world that contradicts that idea. The Big Bang theorist posits a singularity, described as a point, wherein space and time do not exist and all the laws of Physics cannot apply. Then he inserts an “inflationary period” after the Big Bang to get the universe up to speed, so to speak, which cannot be evaluated with physical rules because it obeys none we know, all so the universe can look something like what we now observe. The background radiation was supposed to have been the confirmation of the inflationary period, and even though the observers recently denied the validity of the results, it could never prove that period apart from the presuppositions of the theory. The theorist further injects continuous acceleration of the expansion of the universe without cause, that is, net force to accelerate it. In other words, Big Bang theorists rely on “blind faith” of which they accuse the Creationists. Creationists, however, rely on the Word of an All Powerful, Intelligent Designer, who has given much evidence of being reliable. Civil, public conversation must be polite but it can pull no punches if it is to be constructive and pursue what is true. If you see the truth of this statement, I invite you to enter into just such conversation with a Creationist.

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