How Universities Ensure Conformity
An undergraduate class project, later published
in a journal, ends up reinforcing evolutionary dogma,
even while candidly admitting that ‘no one knows,
from a scientific perspective, how life could have
been formed from an early Earth that had no life.’
Recent Paper Illustrates the Method of Evolutionary Regurgitation
by Dr. Sarah Buckland-Reynolds
Scientific progress relies on iterative testing and challenging previously held perspectives. Regardless of one’s philosophical assumptions, science is supposed to search for truth in the material world. The scientific community holds to these values theoretically, but a concerning trend is seen in practice: rewarding conformity in the fields of biological and chemical evolution.
One case in point is a well-written review article titled:
Deep-Sea Hydrothermal Vent and Impact-Generated Hydrothermal Vent Systems: Insights into the Origin of Life (Cinquemani and Lutz, Journal of Marine Science, March 2026). This paper by Rutgers student Shea Cinquemani developed from her undergraduate project that was further refined and co-led by oceanographer Richard Lutz.
Cinquemani’s graduation photo is shown in the press release from Rutgers (31 March 2026). Cinquemani stated that: “We question everything. We may never know exactly how we began, but we can try our best to understand how things might have occurred.” Shea went further to say that: “No one knows, from a scientific perspective, how life could have been formed from an early Earth that had no life.”
However, instead of questioning prevailing views, the published journal paper reinforces the narrative of abiogenesis in hydrothermal vents, concluding that: “it could be proposed that biotic life could be generated by the heat energy and chemical compositions of impact-generated hydrothermal vents”.
This article reflects both on the logical and scientific inconsistencies of these conclusions and sends an urgent call for upcoming scientists to be unafraid to challenge prevailing narratives. Only this can truly ensure the advancement of robust science.
A Profound Admission to Evolution’s Speculative Nature
Cinquemani and Lutz commence their synthesis with an astounding admission about the tenuous nature of their subject. In their words:
“Life’s origin on Earth is a highly debated topic—one that often encompasses more than science. While there is very little definitive evidence about how the first biological molecules came to be…”
Such candid acknowledgment is important to note as it represents an implicit admission regarding the philosophical bases of theories of chemical evolution and the lack of evidence.
In a journal that is dedicated to scientific inquiry, however, the authors proceed to collate the common arguments found in previously published literature and some competing prevailing theories – of course, with the exception of intelligent design and special creation.
What is particularly evident throughout the article is the authors’ consistent use of speculative language. For example, there were 18 instances of the phrase “could have”, 21 instances mentioning “hypothesis” or “hypothesized”, and 11 instances of the use of “may have”. These phrases are used to describe the core of their thesis: in describing the supposed processes involved in abiogenesis in hydrothermal vents:
“The hot crater could have facilitated the formation of organic molecules at high yield, which may have condensed into the precursors of biomolecules as the heat energy of the impact eventually dispersed and the crater cooled down.” (Italics added.)
While such language is consistent with their admission of this theory as “encompassing more than science,” its publication in a scientific journal and its inclusion in mainstream curricula as science rather than philosophy are concerning.
When one computes probabilities of these uncertainties mathematically, even larger concerns arise.
Quantifying Improbabilities
The improbability of life arising spontaneously from hydrothermal or impact-generated systems is staggering. Even secular scientists admit the odds are vanishingly small. The RNA world hypothesis, for instance, requires the spontaneous formation of complex polymers under hostile conditions. Yet RNA is chemically unstable, especially in high-temperature environments like hydrothermal vents. While the authors acknowledge this difficulty indirectly, they fail to disclose how improbable these hypotheses are. In their admission, they state:
“The biological molecules that make up living DNA, RNA, or other forms of genetic material had to be built on something, and those polymers responsible had to come together via chemical reactions to create larger structures.”
But what is the estimated probability of such reactions producing functional RNA?
In a longstanding seminal publication by Physicist Hubert Yockey, the chance of forming a single functional protein by random processes was computed as less than 1 in 1065. When extended to the complexity of even the simplest cell, the improbability exceeds 1 in 1040,000, estimated astronomer Fred Hoyle. These numbers defy rational belief. Yet evolutionary literature continues to present such scenarios as a possibility.
Contradictions Among Evolutionists
The article further highlights the vast contradictions even within evolutionary circles. Cataloguing some competing hypotheses, the authors write:
“These hypotheses prompted further concepts that invoked different forms/builders of the RNA molecule as the base of life, including the ribonucleoprotein (RNP) world, peptide nucleic acid (PNA) world, and threose nucleic acid (TNA) world hypotheses.”
Photo credits: Illustra Media, Origin
Some propose an RNA-first model, others a lipid-first model, and still others a metabolism-first approach, each presenting its own challenges to the formation and sustenance of life.
Additionally, the authors interestingly further admit that evidence for life before 3.5 billion years ago is “debated.” In their words: “Without hard proof, this possible pre-3.5 Ga biological activity is debated.”
Despite this, the authors proceed as though these debates do not undermine the overall evolutionary framework. This inconsistency reveals an intrinsic bias: evolutionary explanations must be maintained, even when evidence is scant or contradictory.
More Logical and Scientific Inconsistencies
Logically, the idea that life arose from non-life contradicts the principle of biogenesis, which states that life comes only from life. Louis Pasteur’s experiments in the 19th century demonstrated this conclusively, yet evolutionary science continues to ignore or downplay it. Interestingly enough, the authors do acknowledge Pasteur’s work by stating:
“Pasteur’s work disproving spontaneous generation in the 1860s forced origin-of-life hypotheses to shift away from the idea that life simply emerged from nothing…”
Despite this important admission, the authors still argue for the possibility of processes that would effectively violate this principle, citing mechanisms proposed in the RNA world and lipid world hypotheses—both of which ultimately depend on some form of spontaneous generation.
Are Hydrothermal Vents Really Conducive to Life Formation?
Hydrothermal vents are fascinating ecosystems, but a true critical analysis of the limitations of any role they could play in origin-of-life hypotheses is often absent from mainstream literature. Instead, the authors describe the discovery of vent communities in 1977 and the conditions that made some scientists consider this a cradle of earth’s life. As they explain:
“The combination of the lack of sunlight, high biomass, multiple trophic levels, and high levels of hydrogen sulfide (H2S) pointed to chemosynthesis as another energy-generating metabolic pathway…”
What the authors failed to mention, however, is that chemosynthesis in life surviving around present-day vents is a fully functional metabolic system that is dependent on existing life. It does not explain how life began.
In addition to this, the extreme temperatures of hydrothermal vents would degrade fragile organic molecules. The authors themselves note that vent fluids can reach “around 400 °C yet remain in liquid form due to the high pressure of the deep ocean.” At such temperatures, amino acids and nucleotides would be destroyed, not assembled. The very environment touted as a cradle of life is chemically hostile to life’s building blocks.
Impact-Generated Systems: Relying on Catastrophism?
As is evident from the article’s title, the authors devote significant attention to impact-generated hydrothermal systems, suggesting that meteor strikes created these environments they believe might have been conducive to the origin of life. Yet this 
theoretical reliance on impacts poses many problems with the theory. In their words, the authors speculate:
“These impact-generated hydrothermal vent environments may have provided ideal conditions for early microbial life (clay substrates, serpentinization, and high-temperature water-based solvents) and possibly even the origin of life.”
However, even if such systems existed, they would have been transient, lasting only thousands of years, which is merely a slither of time when compared to evolutionary timescales required for random formation of life.
The improbability of complex molecules forming, surviving, and organizing into living cells within such a narrow window is immense. The reliance on catastrophic impacts as creative events further contradicts the evolutionary narrative of gradualism, revealing internal inconsistency.
The Educational Concern
Perhaps the most concerning aspect of this review is its pedagogical impact. By presenting speculative hypotheses in a scientific journal, it conditions students to continue to accept conjecture with little critical analysis. While it is evident that efforts were made by the authors to mention the work of Pasteur and the contradicting views, the conclusion reinforced the evolutionary hypothesis.
This paper, originating as an undergraduate class project, illustrates how deeply entrenched the evolutionary narrative is in the training of future scientists. Academia rewards conformity to evolutionary paradigms rather than the persistent pursuit of critical inquiry or the open discussion of non-evolutionary paradigms.
The admission was made by the first author, Cinquemani, as echoed in ScienceDaily:
“No one knows, from a scientific perspective, how life could have been formed from an early Earth that had no life. How does something come from nothing?”
That is an honest and important question—one that should invite deeper inquiry rather than reinforce existing dogma/assumptions. For it not to be central to the resulting paper is concerning. It raises a broader question: To what extent are emerging scientists trained to repeat prevailing theories rather than critically evaluate them?
A Biblical Perspective
While evolutionary views of life’s origin remain speculative, from a Biblical creationist standpoint, the origin of life is not a mystery. Life was created by God, intentionally and purposefully. As Psalm 33:6 affirms: “By the word of the LORD were the heavens made; and all the host of them by the breath of his mouth.” The complexity of life, the improbability of abiogenesis, and the contradictions within evolutionary theory all point to intelligent design.
For the future advancement of legitimate science, the philosophical aspects versus the evidential aspects should be clarified. As creationists, we lament trends of conformity and call for a return to true scientific inquiry – research that is not based on speculative narratives, but is willing to consider alternative frameworks, including intelligent design.
Dr. Sarah Buckland-Reynolds is a Christian, Jamaican, Environmental Science researcher, and journal associate editor. She holds the degree of Doctor of Philosophy in Geography from the University of the West Indies (UWI), Mona with high commendation, and a postgraduate specialization in Geomatics at the Universidad del Valle, Cali, Colombia. The quality of her research activity in Environmental Science has been recognized by various awards including the 2024 Editor’s Award from the American Meteorological Society for her reviewing service in the Weather, Climate and Society Journal, the 2023 L’Oreal/UNESCO Women in Science Caribbean Award, the 2023 ICETEX International Experts Exchange Award for study in Colombia. and with her PhD research in drought management also being shortlisted in the top 10 globally for the 2023 Allianz Climate Risk Award by Munich Re Insurance, Germany. Motivated by her faith in God and zeal to positively influence society, Dr. Buckland-Reynolds is also the founder and Principal Director of Chosen to G.L.O.W. Ministries, a Jamaican charitable organization which seeks to amplify the Christian voice in the public sphere and equip more youths to know how to defend their faith.