Saving Faith
Everything about God and the Christian faith.
1 Big Bang Theory
2 Theory of Evolution
3 Scientific Myths
4 Evidence for the Great Flood
5 Indications of a Young Earth
6 Quotes from leading scientists about GOD
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1 - Big Bang Theory
The Big Bang is the term used to describe the beginning of the universe. According to the Standard Model of Cosmology, the Big Bang is believed to have occurred approximately 13.8 billion years ago. As a result of the Big Bang, life is thought to have developed on Earth over the course of millions of years through a series of random events. How and why the Big Bang occurred remains unexplained to this day. Based on the Big Bang theory, the matter generated by the explosion should have distributed itself uniformly throughout the cosmos. However, a glance at the starry sky with the naked eye reveals that the distribution of stars is irregular. While vast amounts of matter are concentrated in certain regions, there are extensive areas of the universe where little to no matter is present. The assumption that both matter and energy could spontaneously emerge from nothing is scarcely credible. An omnipotent GOD—one who is without beginning or end and who exists outside of space and time—would, conversely, be effortlessly capable of creating everything instantaneously out of nothing. When studying the universe and nature, one can readily discern a perfect "fine-tuning." From galaxies and stars down to atoms and subatomic particles, the structure of our universe is governed by numerical values that constitute the fundamental constants of the universe. These include, among others, the speed of light, the gravitational constant, Planck's constant, the cosmological constant, and the Hubble constant. Life can exist only if these values correspond to precise figures within an extremely narrow range. Were even a single one of these values to be altered ever so slightly, neither planets, nor stars, nor life itself would exist. This fact argues against the random emergence of the universe as we know it.
When looking through a telescope, one can observe that virtually everything in the universe rotates. This applies to planets, suns, and moons alike—and even to entire galaxies. To set a planet in rotation, gigantic amounts of energy would be required. From the fact that everything in the universe is in rotation, proponents of the Big Bang theory conclude that the "nothingness"—from which everything is alleged to have originated—must have already been rotating prior to the explosion. Only in this way could everything have continued to rotate after the explosion occurred. If this were indeed the case, then logically, everything created by the Big Bang would have to rotate in the same direction. However, the universe contains a number of galaxies and celestial bodies that rotate in the opposite direction. These include, among others, the galaxy NGC 4622; the planets Venus and Uranus; the dwarf planet Pluto; and various moons of Jupiter, Saturn, Uranus, and Neptune, whose orbits proceed in both directions. This, too, contradicts the Big Bang theory. Furthermore, it is taught that the Big Bang gave rise to a so-called "quark soup." These quarks—which constitute the smallest particles in the universe—are said to have coalesced into simple atoms, such as hydrogen and helium; subsequently, the resulting gases are said to have aggregated to form stars. Within these stars, the atoms are believed to have undergone fusion—a process through which all the other elements of the periodic table were created. For these stellar elements to be distributed throughout the universe, the star had to explode. The elements—now floating freely—are then said to have aggregated to form planets, thereby ultimately providing everything necessary for life to emerge on Earth. For stars to form, gas is required. This gas must contract and collapse inward under immense gravitational pressure to ensure that the atoms contained within it undergo fusion. This process, in turn, requires cold temperatures. Gas, however—when situated in a space containing nothing—expands. It must be assumed that an explosion on the scale of the Big Bang would generate colossal amounts of energy, yet without any means of explaining the source of that energy. Due to this heat, the resulting gas would expand even further—a fact that causes the theory to fail. Consequently, it is not surprising that the star-formation process described above has never yet been observed by researchers.
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2 - Theory of Evolution
Darwinism vs. Lamarckism
Before the theory of evolution emerged, people generally believed that the world was created by God and that God had created every living being individually and immutably. The so-called theory of evolution was shaped primarily by two individuals: Jean-Baptiste de Lamarck (1744–1829) and Charles Darwin (1809–1882). Darwin and Lamarck lived at nearly the same time, yet they held differing views on how living beings on Earth had evolved. Darwin posited that all animal and plant species evolve over long periods from simple to complex organisms, and that this development is attributable to undirected natural forces—namely time, chance, and natural selection. Darwin likened this process to a tree. He believed that those species best adapted to their environment would survive and, in doing so, pass their traits on to their offspring. Lamarck, conversely, hypothesized that living beings undergo changes through the use or disuse of specific organs, and that these changes are subsequently passed down to their offspring. According to Lamarck, living beings possess a natural drive toward perfection, impelling them to strive for further development. While frequently used body parts or organs would become more pronounced, those used rarely or infrequently would gradually atrophy. In contrast to the scientists who preceded them, neither Darwin nor Lamarck continued to subscribe to the concept of the immutability of species. Darwin—who was not only a biologist but also a theologian—recognized that natural variation exists among the various animal species. However, as Darwin had no knowledge of genetics, he concluded that animal species must have evolved over the long term, spanning vast periods of time. Darwin’s magnum opus is titled *On the Origin of Species*. It was published on November 24, 1859, and is still regarded today as a foundational work of evolutionary biology. Some atheists embraced Darwin's ideas and eventually asserted that all life on Earth arose spontaneously, without the intervention of an intelligent Creator. The theory of evolution has dominated science for over 150 years. Since then, it has served as the dominant paradigm in the field of biology and remains deeply ingrained in the consciousness of our society to this day.
Radiometric dating
To determine the age of various elements, science employs a measurement tool known as radiometric dating. This method is based on the isotope principle: every radioactive material—such as volcanic rock—contains radioactive isotopes. These consist of what is termed a "parent isotope." When this parent isotope decays, so-called "daughter isotopes" are formed. By comparing the ratio of parent to daughter isotopes, and utilizing the known decay rate of a specific element, scientists can deduce the age of a given sample. Using this tool—or so scientific claims suggest—it should theoretically be possible to determine the age of every fossil found within the Earth's geological strata. However, for this system to function effectively, certain conditions must be met: 1. The decay rate must remain absolutely constant—much like the movement of a clock's hands. 2. At the moment of the rock's formation, only the parent isotope may be present; no daughter isotopes may exist. 3. The sample must constitute a "closed system"—meaning that the material's chemical composition must remain entirely unaltered over time. In practice, however, the reality is quite different: in truth, the decay rate is not always constant. For instance, periods of heightened solar activity result in the release of increased numbers of neutrons, a phenomenon that alters not only the chemical element itself but also its specific decay rate. This factor affects over 50 other elements within the periodic table—elements that are entirely disregarded in the calculations employed by conventional radiometric dating. Consequently, half-lives are not, in fact, constant. Theoretically, a sample of freshly formed volcanic rock should—when subjected to analysis—yield an age reading of zero. In practice, however, this is never the case; despite the rock having formed only very recently, the dating results invariably indicate an age ranging from several thousand to many millions of years. Furthermore, the chemical composition of a rock can be altered by erosion and other natural processes; during such processes, certain substances may leach out of the rock while others are introduced. This, too, can significantly skew the results of radiometric dating.
In the dating of fossils and geological strata, the age of the strata is inferred from the age of the fossils, and vice versa. However, there are no absolute figures, as no one can determine precisely how and when a rock was actually formed in the past. This point is also illustrated by an article published by *Spiegel Online* in 2004. In this article, the ages of various hominids—specimens that had already been dated at an earlier time—were redated using the carbon-14 method. The surprising outcome was that the figures resulting from these redatings deviated—in some cases dramatically—from the values obtained during the initial measurements; consequently, some fossils suddenly appeared to be up to 20,000 years younger than previously assumed. It follows that the data yielded by the radiocarbon method—the very data used to determine the age of the Earth and of fossils to this day—must be regarded as unreliable or, indeed, unusable. Furthermore, researchers constantly alter the data regarding geological epochs, arbitrarily shifting the timelines. It is by no means a rare occurrence for hundreds of millions of years to be summarily erased simply because doing so better aligns with a particular theory. This fact, too, serves to demonstrate that the chronological figures provided by science are not trustworthy.
Geological discontinuity
Given the vast spans of time during which these geological strata are alleged to have formed, clear signs of erosion ought to be discernible between them. In reality, however, no erosion channels can be detected between the individual layers anywhere in the world. On the contrary, all of them are absolutely flat, stacked upon one another like sheets of glass. A closer examination of these geological strata reveals that while some are present in certain mountain ranges, they are absent in others. Even within a single mountain range, specific layers may be present in some locations yet entirely missing in others. If, then, an entire layer—or even parts thereof—is completely absent (despite representing, according to evolutionary scientists, a geological epoch spanning several million years), this implies that the corresponding millions of years of time are likewise unverifiable. Such a finding would cause the theory of evolution to fail. To resolve this dilemma, it is posited that the missing layers were obliterated by erosion and washed away in vast quantities before the subsequent layer could form. However, this explanation is contradicted by the fact that erosion typically leaves behind irregularly shaped landscapes, making it possible to pinpoint exactly where such erosion occurred; for erosion invariably leaves behind clearly discernible traces. Yet, even in this instance, not the slightest sign of erosion can be found between the geological strata.
Missing Links
The generally accepted biology textbooks still used in schools today depict alleged phylogenetic trees of various animal species. It is striking that, as a rule, there are no images of transitional forms that would allow one to trace the progressive development of these organisms. Those specimens presented as transitional forms have, for the most part, been reconstructed by researchers from tiny fossil fragments—such as parts of skulls, jaws, and other bones—and visually rendered using modern computer programs. These reconstructions, in turn, are products of the researchers' own preconceptions. In other instances, fossils of animals—some extinct, others still extant today—are utilized as transitional forms despite the absence of any demonstrable evolutionary kinship between the species in question. Furthermore, given that animal variation was far greater in the past than it is today, scientists possess a wider array of options, allowing them to construct phylogenetic trees largely at their own discretion. To date, no organisms have been discovered that provide evidence of a transition from one species to another. Yet, if—as scientific consensus suggests—all geological strata were indeed deposited slowly over millions of years, they ought to be teeming with fossils proving the existence of such transitional forms. In reality, however, only fully developed species have been unearthed thus far. This applies to both animal and human fossils, demonstrating that all these organisms coexisted simultaneously and were already fully developed in all their complexity. Consequently, evolutionary phylogenetic trees remain nothing more than pure speculation on the part of researchers. All modern animal phyla appear for the first time—and simultaneously—during the geological period known as the Cambrian. For this reason, the scientific community refers to this phenomenon as the "Cambrian Explosion." Specimens pointing to a precursor or transitional stage simply do not exist. Instead, individual animal and plant species are found to be unchanged across every geological stratum in which they appear. This fact, too, weighs against the theory that living organisms share common ancestors. While Darwin originally assumed that organisms evolve slowly over a long period, so-called Neo-Darwinians assert that the evolution of animal and plant species occurred in spurts over relatively short periods. Yet, for this, too, there is not the slightest shred of evidence.
Irreducible complexity
Irreducible complexity means that a complex system (such as an organism) can only function if all of its individual parts are present. In other words, it is impossible to reduce or simplify the complexity of an irreducibly complex system by removing one or more of its components without compromising its functionality. Within every cell, we encounter an interplay of numerous components. If any single component is removed, the entire system loses its function. The cell's DNA contains the highly complex blueprints for all proteins; within it, vast amounts of information are stored in an extremely confined space. This information is processed by various molecular machines. Every cell consists of a series of indispensable, mutually coordinated components—without which it is unable to function—thereby ruling out the possibility of a spontaneous, random origin. An increasing number of scientists are now acknowledging this fact. A frequently cited example of an irreducibly complex system is the flagellar system of the *E. coli* bacterium. This flagellum—capable of rotating up to 100,000 times per minute—is regarded by many scientists as the most efficient machine in the entire universe. The defining feature of *E. coli* bacteria is a microscopic yet highly complex outboard motor, which the bacteria use for locomotion. It consists of distinct, integrated parts—much like the engine of a motorboat. These include a stator, a rotor, a drive shaft, a universal joint, and a propeller, enabling the bacterium to move in any direction. If even a single one of these parts is removed, the entire system becomes non-functional. Since the system operates only when all its individual parts are present and correctly positioned, chance and gradual evolution over long periods of time can be ruled out as plausible explanations.
Furthermore, natural selection can only take effect if it encounters a fully functional flagellum. If, by chance, a tail were to develop in one out of a thousand bacteria, it would be useless and offer no selective advantage whatsoever to the bacterium unless, simultaneously, a propulsion mechanism were present to render the tail mobile. Consequently, the tail would be immediately eliminated by natural selection. The same applies to any other complex organ. To this day, researchers have failed to provide proof that the emergence of individual components—and their assembly into a complex, functional structure—can be attributed to natural mechanisms. The situation is similar regarding human bipedalism. Here, too, a simultaneous and precisely coordinated modification of multiple components would be required—a fact that renders chance an implausible explanation. The same holds true for the cardiovascular system, the digestive and excretory systems, and the musculoskeletal system in general. Even within a single organ, all features must be perfectly coordinated to ensure smooth functioning. Darwin himself conceded that his theory would collapse if it could be demonstrated that a complex organ exists which could not have formed through a series of successive, minute modifications. This is precisely the case with all organs. Thus, Darwin effectively declares his own theory refuted.
Genes and Information
Genetic research, which began as early as the 17th century, shed new light on the question of the origin of life. In the course of this research, scientists discovered that the emergence and formation of matter are governed by information. This applies to all processes and functions occurring within an organism. Information is non-material (immaterial) and, therefore, cannot originate from matter. Conversely, matter cannot come into existence without information. Consequently, the emergence of information presupposes intelligence, leaving an intelligent Creator as the only remaining possible explanation. If one compares nature to a complex technical device, interesting parallels emerge: both combine complexity, functionality, fine-tuning, and aesthetics in a single entity. It is no coincidence that many technical inventions take nature as their model. To illustrate the complexity of the genetic processes within an organism's body, the example of an automobile serves as a useful analogy: To construct a roadworthy car, one first requires a blueprint. For the finished car to function flawlessly, the vehicle's blueprint must be absolutely free of errors. Everything must be precisely coordinated. To design a functional car—and to create the complete and accurate blueprint required to do so—an intelligent engineer is indispensable. To determine whether the car is roadworthy, it must first be built. To this end, all the necessary components (approximately 10,000)—such as the engine, cylinders, bodywork, wheels, screws, cables, etc.—must be precisely prefabricated. This, in turn, presupposes the availability of all the required raw materials and supplies. To assemble the individual parts according to the blueprint, a factory equipped with a complex infrastructure is required. This infrastructure includes, among other things, machinery programmed to execute the blueprint's specifications. These machines, too, must be constructed by intelligent engineers. Only when the blueprint, machinery, workforce, and all the necessary parts are in place can the actual construction process begin.
First, someone is needed to open the blueprint and to read and understand the information contained within it. Next, someone is required to implement what has been read, step by step—that is, to manufacture the necessary components and assemble them according to the plan. In doing so, the individual parts must be placed in the correct, designated locations. Furthermore, all parts must be interconnected and coupled to a central control system to ensure they can be operated later on. Moreover, someone is needed to oversee and manage the entire manufacturing process. Finally, intelligence is once again required to subsequently repair or further develop the car, should the need arise. No rational person would entertain the idea that this highly complex process could be explained by mere chance. If, however, we examine the processes occurring within a living cell, it becomes evident just how much more complex they are than the manufacturing of an automobile. Every living organism is composed of proteins. Each protein is formed based on information derived from DNA. DNA consists of a double helix of amino acids. These amino acids, in turn, are composed of sequences of paired bases. The bases are designated by the letters A, C, T, and G—which, when arranged in a specific order, form a protein. Each protein possesses its own unique blueprint, or chemical code. The complete human genome—our genetic material—comprises approximately 3 billion units of information. This unique phenomenon—which represents the most complex and efficient medium for the storage and transmission of information in the entire universe—cannot be explained by random processes; for amino acids are incapable of spontaneously aligning themselves into meaningful sequences.
The genetic codes within DNA constitute one of the most compelling pieces of evidence for the existence of a higher intelligence. In a process known as transcription (decoding), a molecular machine—an enzyme, itself controlled by specific genes—first unwinds a section of the DNA helix to expose the genetic instructions necessary for the production of a protein. Another machine creates a replication (an exact, mirror-image photocopy of these instructions) by synthesizing a molecule called messenger RNA. Once transcription is complete, the RNA strand transports this information through the so-called nuclear pore complex—a structure composed of channels that regulates the import and export of materials into and out of the cell nucleus. The messenger RNA strand is directed to a ribosome—a two-part protein factory—where it is securely anchored. Subsequently, the process known as translation (interpretation) begins. Inside the ribosome, a molecular assembly line assembles a specifically ordered chain of amino acids. These amino acids are transported from other regions of the cell and added to the growing chain, which often comprises hundreds of links. The specific sequence of these amino acids is determined by the type of protein being produced. From the ribosome, the completed chain passes into a barrel-shaped machine that assists it in folding into the precise three-dimensional shape required for its specific function. Once the folding of the chain is complete, the finished protein detaches and is guided by another molecular machine to its exact destination within the cell. This fascinating process—coordinated down to the finest detail—cannot be explained without positing an intelligent agent as its initiator. If the mere construction of a technical object, such as an automobile, rules out pure chance as its origin, how much more so must this apply to the emergence of a far more complex entity, such as a living cell or a multicellular organism? It is more than unlikely that even a single coherent sentence would form simply by dropping small wooden tiles printed with letters onto a tabletop. To represent the genetic instructions required to produce the proteins of a single-celled organism, hundreds of pages of printed paper—featuring 100% error-free coding—would be needed. Consequently, an increasing number of atheist scientists acknowledge that this immense complexity can be explained solely by positing an intelligent Creator as its initiator.
Genetic Variation
Darwin attributed the diversity of animals and plants to evolution. Thanks to modern genetic research, we now know that this diversity is genetically determined. Accordingly, every organism is endowed with specific genes that determine who or what that organism is. These genes are established during reproduction and are subsequently activated or deactivated by environmental conditions—such as light and weather conditions or food availability. The switching on and off of genes causes living organisms to change in specific ways. This presupposes that all genes within these organisms were present from the very beginning. Science distinguishes between so-called genotypes and phenotypes. The genotype describes the total complement of all genes present within an organism. The phenotype describes those genes that are expressed within the organism at a specific point in time. This means that every human, every animal, and every plant possesses far more genes than are outwardly visible. This principle can be illustrated using the example of a wolf: Everyone knows that the many breeds of dogs did not arise through evolutionary development, but rather represent the result of selective breeding and inbreeding. Dog breeds are the expression of the wolf's potential for genetic variation. The genes for these various forms were already fully encoded within the wolf; otherwise, breeding would not be possible. Thus, no new genetic information is created in this process. The same applies to all animal and plant species on Earth. Another example is the transformation process of a caterpillar into a butterfly: For a caterpillar to transform into a butterfly, the genes for "caterpillar" and the genes for "butterfly" must both be present within the caterpillar. During the caterpillar stage, the genes for the caterpillar are switched on, while the genes for the butterfly are switched off. As soon as the caterpillar pupates, metamorphosis (transformation) takes place. In this process, the genes for the caterpillar are deactivated, and the genes for the butterfly are activated. In this case, there is no alteration of the genetic information, but rather an activation or deactivation of genes.
Genetic variations encompass an organism's form, size, and fur or skin color, as well as its organs and internal functions. Among dogs, horses, and birds, there exists a vast diversity of forms and colors. This diversity, however, is not the result of evolution, but rather an expression of genetic variation. In certain beetles, the color and pattern of their dorsal armor change with the shifting of the seasons. The snowshoe hare and the Arctic fox—which alter their fur color during specific seasons—as well as lizards and insects capable of adapting their coloration to their immediate surroundings, are likewise not products of evolution. Some individuals of certain animal species—in contrast to their conspecifics—possess reduced body parts. Examples include birds inhabiting islands that lack wings; since these appendages are not required, the corresponding genes become deactivated. Other animals—such as the blind cave fish or the blind cave crayfish—possess neither eyes nor pigmentation. In these cases, too, specific genes—deactivated here due to the absence of daylight—remain dormant because they are not needed within their particular habitat. What is at work here is not evolution, but rather degeneration—a process in which superfluous organs are broken down. This process can occur within the span of a single generation or a few generations, and may potentially be reversed over the course of several generations. Such reduction can also be observed in various parasites; while all body parts remain visible and functional during the initial stages of their lives, these structures atrophy once the animal penetrates a host and its organs lose their function. Just as with animals and plants, the various human races also arise through genetic variation. Here, too, all the genes enabling this variation must have been present from the very beginning. This implies that all human beings—regardless of their physical appearance or skin color—are fundamentally equal in worth, and that no human race possesses any selective advantage over another—contrary to what the theory of evolution might suggest. The diversity that GOD has created is intended to serve the purpose of enjoying the distinctiveness within creation and praising GOD for it.
Reproduction
Humans—like the vast majority of animal species—consist of males and females. From a mathematical perspective, the possibility that the biological sexes arose genetically by chance and independently of one another is ruled out. A human possesses a total of 46 chromosomes. Of these, 23 are derived from the mother and 23 from the father. When genetic exchange takes place, the number of chromosomes must first be reduced—or halved—since the entire complement of chromosomes cannot be accommodated within the egg cell. In biology, this process is known as meiosis. During meiosis, the chromosomes from the male and female align side by side and divide into chromatids. In the course of this, an exchange of genetic information occurs. In scientific terminology, this process is referred to as segregation (separation). At certain points, the arms of the chromatids cross over one another. This phenomenon is called "crossing over." The resulting end product contains a mixture of genes from both the father and the mother. The transmission of these genes must occur with absolute precision and without error; otherwise, no life could be conceived, or the life conceived would suffer irreparable damage. Here, too, the genes that govern the entire process of fertilization must have existed from the very outset. Likewise, the sperm and egg cells within the male and female must have already been present and precisely coordinated with one another—both in terms of their composition and their specific function—for otherwise, neither fertilization nor, consequently, the generation of offspring would have been possible. Furthermore—to avoid extinction—the very first cell must have already possessed the capacity to reproduce itself within a short span of time, a scenario that is highly implausible. Atheistic science offers no plausible explanation for any of these facts.
Natural Wonders
In total, the human body comprises 79 organs (the digestive system, including the mouth, esophagus, stomach, intestines, liver, and pancreas; the cardiovascular system, including the heart, blood, and blood vessels; the respiratory system, including the lungs, trachea, and nose; and the nervous system, including the brain, spinal cord, kidneys, and sensory organs). All components of the human body exhibit a complexity that is both profound and irreducible. They are internally coherent and, at the same time, optimally coordinated with one another. It is their connection to the brain that renders them functional. Taken together, they form an absolutely finely tuned and harmonious masterpiece: the human being. Science rightly regards every single organ, in its own right, as a miracle. The brain is the most vital human organ. It processes sensory impressions with a high degree of differentiation, coordinates complex behaviors, and regulates fundamental, life-sustaining bodily functions such as heartbeat and respiration. It consists of approximately 100 billion individual nerve cells (neurons), which are interconnected by over one trillion synapses. Each neuron is networked with up to 30,000 others. The total length of these neural pathways measures approximately 6 million kilometers. The speed at which electrical impulses travel along the neural pathways within the brain reaches 350 km/h. The brain is capable of storing data amounting to approximately 30 million gigabytes. The heart is another vital organ. It pumps blood through arteries and veins throughout the entire body (approximately 8,000 liters per day, or 400 million liters over a lifetime) and beats about 70 times per minute—100,000 times a day—over the course of a lifetime. It adapts its rhythm to the pumping force currently required; a faster pulse during times of danger or physical exertion enables the transport of greater quantities of oxygen and nutrients. While the right ventricle pumps blood into the lungs—where carbon dioxide is exchanged for oxygen—the left ventricle pumps fresh blood to all parts of the body. Blood collects in the atria to be propelled onward in pulses, while the heart valves prevent backflow. Both eyes contain 132 million photoreceptor cells and process approximately 35,000 impressions per hour. In the process, about one million chemical reactions occur every second. The eye enables spatial orientation, as well as the distinction of shapes, 7 million colors, movements, speeds, and distances, along with the recognition of individuals and complex situations. The structure and function of the eye are comparable to those of a camera.
The human body contains approximately 100 trillion cells, 100 to 200 billion of which are replaced by new ones each year. Sensory cells are capable of perceiving and distinguishing approximately 10,000 different scents as well as five basic tastes. Human skin covers an area of about two square meters, weighs up to 10 kilograms, and is completely renewed every 120 days. It contains millions of cells, as well as pain, pressure, and temperature receptors, 15 sebaceous glands, 100 sweat glands, 4 meters of nerve fibers, and 1 meter of blood vessels. Furthermore, the human body possesses a total of 212 bones, 656 muscles, approximately 400 tendons, and countless pieces of cartilage. The lungs enable breathing and ensure that oxygen from the inhaled air is transported via the bloodstream throughout the entire body. They have a surface area of 100 square meters and contain over 300 million tiny air sacs. The liver is the central organ for metabolism; it stores vital nutrients and purifies the blood of toxins. Every day, approximately 2,000 liters of blood are pumped through the liver—equivalent to 1.5 liters per minute. It possesses the remarkable ability to regenerate; that is, removed portions of the organ can grow back. The human hand consists of 27 bones, 29 joints, approximately 123 ligaments, 48 nerves, and 30 arteries. The nerve pathways enable the perception of various surface textures and temperatures. Added to this are countless other wonders: a new human being is created from the fusion of an egg cell and a sperm cell. A single ejaculation can contain up to 400 million sperm. The composition of the Earth's atmosphere makes life possible under tolerable climatic conditions. Clouds transport thousands of tons of water across distances of many kilometers; this water falls to Earth as rain, giving rise to new life. After water has seeped into the ground, it emerges anew from a spring, before a portion of it evaporates due to sunlight and condenses into clouds in the upper layers of the atmosphere. Wounds heal, and cells regenerate. Plants utilize light, CO2, and water to produce life-sustaining oxygen. All edible fruits and vegetables contain nutrients that are precisely tailored to human needs. Can so many miracles be mere coincidence?
Other Phenomena
Nature is replete with phenomena that cannot be explained through evolution, as they originate from neither matter nor energy, possess no utility in terms of species preservation, and, in some instances, even stand in contradiction to the fundamental tenets of evolutionary theory. These include, among others, symbiotic systems that facilitate the coexistence of various animal and plant species for mutual benefit or in mutual dependence (e.g., insects and flowering plants, ants and aphids, gastrointestinal bacteria, algae and fungi, plants and nitrogen-fixing bacteria, cleaner fish, and many more). Furthermore, there are additional phenomena such as love, gratitude, joy, compassion, altruistic behavior, logical reasoning, the capacity for self-reflection, pleasurable sensations, self-awareness or consciousness, conscience, a sense of right and wrong, beauty and aesthetic sensibility, creativity and artistic gifts, supernatural occurrences, and much else.
Conclusion
Scientific efforts to explain the origin and complexity of life through chance and evolution fail due to a lack of evidence and thus remain nothing more than hypotheses. The Big Bang and evolutionary theories are not the result of scientifically grounded insights into nature, but merely the sole remaining—and purely theoretical—attempt to explain the origin of the universe, provided one denies the existence of an intelligent Creator as its source. The assumption that the origin of the universe and of all complex life forms on this planet is a matter of pure chance is implausible. GOD is neither fully comprehensible to the human intellect, nor can His existence be scientifically refuted. Although we cannot see GOD, He is discernible through the beauty, complexity, and perfect order of the universe and of nature. The more insights science gains into creation, the more the greatness and glory of this brilliant Designer are highlighted. Furthermore, in the beginning, it was not atheism—but rather faith in an omnipotent Creator—that served as the driving force behind natural science. It is, therefore, no coincidence that many of history's most brilliant scientists—such as Einstein, Newton, and Galileo, whose scientific discoveries significantly advanced technological development—were convinced of GOD's existence. The widely held assumption—prevalent to this day—that faith and science are mutually exclusive, and that rigorous science must fundamentally be atheistic, is fundamentally flawed. Just as one cannot separate an inventor from his invention, neither can science and GOD be separated from one another. The mission of science is to uncover the truth, not to prove a specific dogma—such as the theory of evolution. This requires research that is both unbiased and open to all possible outcomes. Instead of postulating an ideological agenda that excludes GOD—as the Creator and Cause of the universe—from the outset, it should consider every possible explanation for the origin of life—including the one to which all evidence in creation points: namely, GOD.