The God and Science!

Why do so many people make such a laughable attempt to prove God through science?

Science does not recognize or acknowledge “Bhagbaneshwarallah (Bhagban, God and Allah), .” Such things are not even topics of scientific discussion. Science does not seek refuge in them; rather, they must themselves plead with science to announce their existence. If “Bhagbaneshwarallah” is to be scientifically validated, it must pass through the rigorous steps of the scientific method.

Science is one of humanity’s most powerful tools, which uncovers the mysteries of nature and expands the boundaries of our knowledge. It does not show bias toward any person, religion, or belief. Science deals only with natural phenomena that are observable, testable, and repeatable. “Bhagbaneshwarallah”—a composite concept of Bhagban, God, and Allah—is a supernatural entity. It is not a subject of science, because science can neither test nor prove supernatural claims. In this article, we will discuss the steps of the scientific method in detail, see how an idea becomes a scientific theory or fact, and examine why “Bhagbaneshwarallah” cannot even reach the very first step of this process.

The Fundamental Steps of the Scientific Method

The scientific method is a systematic, skeptical, and evidence-based process. Its primary goal is to explain natural phenomena, make predictions, and then test those predictions. Generally, its steps are as follows:

1. Observation & Question:

Everything begins with real-world observation. For example, an apple falls from a tree—this is an observation. The question arises: why does the apple fall downward, not upward? Or, seeing the diversity of life forms, we ask: how did so many different species come into existence? At this stage, the question must lie within the natural world—something that can be observed through the senses or instruments.

2. Forming a Hypothesis:

This is an educated guess or a possible explanation that must be testable. A hypothesis states, “If this is the case, then this result should occur.” It is not a proven fact, but rather a proposal that can be proven wrong. A good hypothesis must be falsifiable—meaning it must be framed in such a way that it can be disproven through testing.

3. Experimentation, Data Collection & Analysis:

To test a hypothesis, controlled experiments or careful observations are conducted. These experiments must be repeatable so that other scientists can obtain the same results. The data are analyzed to determine whether the hypothesis is correct. If contradictory evidence repeatedly appears, the hypothesis is discarded.

4. Developing a Theory:

When a hypothesis succeeds repeatedly in experiments under various conditions, encounters no contradictory evidence, and can unify and explain many observations, it becomes a scientific theory. In science, the term “theory” is completely different from its everyday usage (such as “my theory is that it will rain”). In everyday language, a theory can mean a guess or idea. In science, however, a theory is the most advanced, well-established explanation. It never claims to be an absolute “proven truth,” but rather the best current explanation based on available evidence.

5. Fact or Law:

A fact is a repeatedly confirmed observation, such as “objects fall downward” or “evolution occurs in the living world.” A law is usually a mathematical formula that describes relationships between phenomena, such as Newton’s law of gravitation (F = G m1 m2 / r²). A law describes what happens, but not why it happens.

In science, a theory represents the highest level of explanation. It integrates many facts, laws, and hypotheses. For example, gravity is a fact (apples fall). It has laws (Newton’s equations). But the comprehensive explanation of why mass curves spacetime and creates attraction is Einstein’s General Theory of Relativity. Similarly, evolution is a fact—the living world undergoes change in species, supported by evidence from fossils, genetics, anatomy, and laboratory experiments (such as bacterial antibiotic resistance). The explanation of this fact is the theory of natural selection (contributions from Darwin and later scientists).

Why “Bhagbaneshwarallah” Fails Even the First Step of the Scientific Method

“Bhagbaneshwarallah” is a concept of a supernatural being—omniscient, omnipotent, and an invisible creator. To establish it scientifically, the first requirement is observation. But there is no reliable, repeatable observation that directly points to the existence of such a being. Religious scriptures, personal experiences (such as visions or answered prayers), or historical claims are not scientific observations because they are subjective, not repeatable, and cannot be verified under controlled experimental conditions.

Suppose someone proposes the hypothesis: “Bhagbaneshwarallah created the universe.” How can this be tested? In a controlled experiment, we cannot turn the creator “on” or “off” to observe the outcome. If an event occurs, it can be attributed to “God’s will,” and if it does not occur, that too can be attributed to “God’s will.” This claim is not falsifiable—it cannot be proven wrong by any experiment. Therefore, it does not even meet the basic criteria of a scientific hypothesis.

Science operates only with natural causes. Supernatural explanations lie outside the boundaries of science because they do not allow for testing or prediction. For instance, if someone recovers after prayer, it may be called a divine act, but placebo effects, spontaneous recovery, or other natural causes may also explain it. Double-blind studies on the effects of prayer have been conducted, but no consistent, repeatable evidence has been found that confirms supernatural intervention.

Examples: Evolution and Gravity

Evolution is a fact. The fossil record shows the progression of species, genetic similarities (over 98% DNA similarity between humans and chimpanzees), embryology, and direct observations (such as changes in the beaks of Galápagos finches) all support it. Its explanation is the theory of natural selection—adaptation through variation, inheritance, and environmental pressures. This theory makes predictions (such as antibiotic resistance), and those predictions have been repeatedly confirmed.

On the other hand, gravity is a fact. Newton’s laws describe it mathematically. Einstein’s relativity provides a deeper explanation—curvature of spacetime. This theory explains phenomena such as the bending of light, black holes, and the accuracy of GPS systems.

If “Bhagbaneshwarallah” is claimed to be the cause of creation, the question arises: which observation makes this explanation better than others? The Big Bang, quantum fluctuations, the multiverse, or other natural models are testable (even if not yet complete). But saying “God did it” produces no new predictions and allows no experiments.

Common Misconceptions and Why They Are Unscientific

Many people say, “Science cannot explain everything, therefore God exists.” This is the “God of the gaps” argument—filling the unknown with God. But the unknown parts of science (such as dark matter or a complete explanation of consciousness) may receive natural explanations in the future. In the past, lightning was thought to be the wrath of gods; now we know it is an electrical discharge.

Another argument is: “Many scientists were religious (Newton, Einstein, etc.).” Personal belief is not scientific evidence. Newton discovered gravity through natural observation and mathematics, not through divine assistance. Einstein used the word “God” metaphorically to describe the elegance of nature, not belief in a personal deity. A scientist’s religiosity is not a criterion for scientific validity.

The belief of millions of people is also not evidence. In the past, it was widely believed that the Sun revolved around the Earth, but Copernicus, Galileo, and observation proved otherwise. Numbers or popularity are not scientific standards; evidence and experiment are.

Religious scriptures (the Bible, the Qur’an, the Vedas) are not tested in laboratories. They may provide philosophical, moral, or spiritual guidance, but they are not scientific explanations of natural phenomena. Science is self-correcting—old theories are revised when new evidence appears (from Newton to Einstein). Religious claims, however, are often treated as immutable.

The Limits of Science and the Place of Religion

Science cannot prove or disprove “Bhagbaneshwarallah” because it lies outside the domain of science. Science is confined to the natural world. If a supernatural being exists beyond the universe or violates natural laws, it becomes untestable. Those who claim “Bhagbaneshwarallah” as scientific confuse science with belief. Belief is personal, cultural, or philosophical. It may offer comfort, morality, or meaning, but to demand scientific proof for belief is foolish.

Science helps us understand how the world works—curing diseases, advancing technology, exploring space. Religion or philosophy asks, “Why do we exist?” or “What is the meaning of life?” These are different questions with different domains of answers. Forcing one onto the other harms both.

Science does not “recognize” anyone—not God, not Allah, not Bhagban. It only demands evidence. Until any supernatural claim meets the criteria of observation, hypothesis, experimentation, and replication, it is not a subject of science at all. Science is humble—it admits that we do not know everything, but what we do know is evidence-based. Attempting to scientifically prove “Bhagbaneshwarallah” is an insult to science because it misuses the scientific method.