"Completely science" refers to a perspective where the universe and human experience are understood exclusively through scientific methods and empirical evidence . This approach, often called
, suggests that science has the potential to provide a complete description of everything in existence.
Below is an article structure and key concepts to help you prepare a piece on this theme. Article Title Ideas The Boundless Horizon : Can Science Describe Everything? The Scientific Lens : Viewing the World through Pure Evidence. Absolute Inquiry : The Journey Toward a Completely Scientific Worldview. Core Sections for Your Article 1. The Foundation of "Pure" Science
Define what it means to lead a "completely science" life or study. It involves: Empirical Observation : Relying only on what can be measured or observed. Logical Rigour
: Using clear logic and evidence rather than intuition or tradition. Universal Laws
: The belief that fundamental principles govern the existence of the entire universe. 2. Science as a Human Adventure
A completely scientific approach is not just about dry facts; it is a collective human effort. Diversity of Talents
: Science requires different perspectives and skills from across the globe to solve complex problems, like building the Very Large Telescope Lifelong Curiosity
: For many, science is a "smooth transition" from childhood curiosity into a professional identity. 3. The Structure of Scientific Communication If you are writing this as a formal piece, follow these Standard Manuscript Steps Science Lives: School choices and 'natural tendencies' 09-Mar-2015 — completely science
We often think of crying as a simple sign of sadness, but from a biological perspective, it is one of the most complex human behaviors. While every mammal has basal tears to lubricate their eyes, humans are the only species that cry emotional tears. Not All Tears Are Equal
Science shows us there are actually three distinct types of tears: Basal Tears:
These are always in your eyes, acting as a shield to keep them moist and clear of dust. Reflex Tears:
Triggered by irritants like onions or a gust of wind to wash away foreign particles. Emotional Tears:
These contain higher levels of stress hormones, like ACTH and enkephalin (a natural painkiller), suggesting that crying is literally a way for the body to "flush out" stress. The Survival Mechanism
In infants, crying is the primary tool for communication. It is an evolutionary "alarm" designed to trigger an immediate caregiving response from others. Scientific research confirms that responding promptly to these cries doesn't "spoil" a child; rather, it builds the neural pathways for trust and emotional regulation. The "Reset" Button
Have you ever felt a sense of relief after a good cry? That isn't just in your head. Emotional crying activates the parasympathetic nervous system (PNS), which helps your body rest and digest. It acts as a physical reset button, moving you from a "fight-or-flight" state back into balance. The Bottom Line:
Science proves that crying isn't a sign of weakness—it’s a sophisticated biological process designed to heal us and keep us connected to others. "Completely science" refers to a perspective where the
If you are looking for tips on how to improve your own science writing, you can check out the Oxford University Blogging Guide SINTEF Guide to Science Blogs for professional advice on structure and engagement. specific scientific topic like quantum physics or space exploration? How to write a science blog
Here are a few options for a text titled "Completely Science," depending on the tone you are looking for:
When you encounter a claim presented as “completely science,” ask these five questions:
If a topic fails two or more of these, it may be partially science, but not completely science.
In the last decade, science faced a "replication crisis." Suddenly, we realized that many published studies (especially in psychology and cancer biology) failed the reproducibility test. A completely science study doesn't just get a p-value of 0.05 once. It gets the same result in Edmonton, Tokyo, and Cape Town, by different teams, using pre-registered protocols (where they declare their hypotheses and analysis plans before running the experiment).
In an age of clickbait headlines, wellness gurus selling "quantum" supplements, and viral TikTok life hacks, the phrase "completely science" is often thrown around as a badge of ultimate authority. But stop and think: What would it actually take for something to be completely science? Is it just peer review? A Nobel Prize? Or is it something far more fundamental—and far more beautiful?
When scientists and rigorous philosophers use the term (or its conceptual equivalent), they aren't talking about a single study or a charismatic professor’s opinion. Being completely science means a claim, practice, or body of knowledge has successfully navigated every gauntlet of the scientific method. It means it is falsifiable, reproducible, predictive, and self-correcting.
Let’s dissect the anatomy of complete science and learn how to distinguish it from "science-ish" pseudoscience that wears a lab coat as a costume. Is there a pre-registered methodology
For a discipline or hypothesis to be considered completely science, it cannot just tick one box. It must satisfy four non-negotiable pillars. If even one pillar is weak, the structure is not complete.
String theory is mathematically elegant and offers potential unification of quantum mechanics and general relativity. However, it has made zero testable predictions to date. Many physicists argue it is not yet science at all—let alone completely science—because it fails falsifiability.
Philosophers of science, from Hume to Kuhn, have noted a problem: induction. No number of white swans proves “all swans are white.” Similarly, gravitational theory has been confirmed billions of times, but we cannot prove it will hold tomorrow with 100% certainty. That is the problem of induction.
Thus, “completely science” does not mean “absolutely certain forever.” Instead, it means:
Given all available evidence, using the most rigorous methods we currently possess, no competing explanation fits better, and the theory has survived every serious attempt to falsify it.
This is sometimes called “scientific realism.” It is the most honest kind of certainty humans can achieve. And it works—spectacularly well. Computers, vaccines, rockets, and GPS all depend on knowledge that is completely science.
The now-retracted 1998 Wakefield paper linking MMR vaccine to autism was not completely science—it had a sample size of 12, no control group, and undisclosed conflicts of interest. Real science requires thousands of subjects, blinding, and replication. Subsequent studies on millions of children found zero link, making the original claim unscientific.
Key takeaway: Using the word “science” does not make something completely science. Just as “vegan” on a label doesn’t prove a food is healthy, “science-backed” requires scrutiny.