“Understanding Scientific Theories of Origins: Cosmology, Geology, and Biology in
Christian Perspective” – Book review
Introduction
Understanding Scientific Theories of Origins is a comprehensive analysis and exploration of
mainstream scientific theories regarding the origins of the universe, life, Earth, species, and
humanity, while also examining the theological perspectives on them, with the aim to close
the apparent gaps between science and faith.
To navigate this challenge, my essay is organized as follows. I will begin with Chapter 5,
examining the book's insights on the ancient cognitive framework, and emphasizing the
functional aspects of creation and the significance of God's spoken word in Genesis 1.
Subsequently, I will go on to Chapter 8, which explores cosmological viewpoints, going over
the Big Bang theory, Steady State models, and how religious beliefs shaped scientific
decisions. Finally, I will focus on Chapter 10, exploring contemporary cosmology and its
implications for our understanding of the universe. Throughout, the authors aim to shed light
on the nuanced relationship between science and faith and the potential for enrichment and
harmony in the realms of empirical evidence and spiritual convictions.
Lastly, I will expose my personal critical thoughts based on the chapters previously
mentioned. The key points of my critical review can be summarized as follows:

Challenging preconceptions

Interpreting Ancient text

Credibility of the Doctrine of Creation

Interpretive flexibility and Extremism
Therefore, my critical thoughts underscore the complex and dynamic nature of the
relationship between science and faith, with a focus on interpretation, credibility, and the
potential for mutual enrichment.
Chapter 5 – Cosmic origins: Genesis 1:1-2:4
In this chapter, the authors explore the relationship between the Book of Genesis, the ancient
Near East (ANE), and modern science. Since the Old Testament was written for the people of
the ancient world, they aim to understand the cultural and cognitive context of the ancient
world to gain deeper insights into the biblical text without imposing modern interpretations.
The authors highlight that the Bible often aimed to shape the thinking of its ancient audience
in a unique way. They explore ancient texts and myths, even from pagan cultures like the
Babylonians, to understand the perspectives of the ancient world, which may have influenced
the Israelites. They argue that it's more faithful to the text to employ an ancient cognitive
framework rather than a modern one, since an ancient cognitive framework is more similar to
the way people thought and interpreted in the ancient world.
While it cannot force us to read the Bible a certain way, modern science might make us
reconsider passages that appear to go against scientific knowledge. However, while doing
this, we should always make an effort to maintain proper hermeneutics, exegesis, and
theology throughout the process.
The authors emphasize that, when approaching accounts of origins, we should consider the
ancient Israelite concept of existence and the type of origins account they believed it to be.
We emphasize on the material side of creation because, as contemporary readers, we view
creation as an act that transforms something from being "nonexistent" to something
"existent." However, there are other ways in which we can understand and interpret creation.
This is why the authors focus on three different aspects regarding creation to determine what
happened: the nature of what is created on each day in Genesis 1, the terminology that is used
for creative activity, and the starting point and ending point (that is, the “before” and “after”
descriptions).
First, the authors dissect the creation account in Genesis 1 by examining the text day by day.
They argue that this account emphasizes the establishment of crucial functions that support
human existence, rather than material object creation, aligning with the ancient Near Eastern
view of creation. While Genesis 1 describes the creation of light, the sky, animals, the
authors, the description of the creation does not focus on these aspects as material objects, but
rather on the organization, role and function that bring order to the universe.
The authors then proceed to delve into specific terms in Genesis 1 that influence our
interpretations, such as bara’ (create), ‘asah (made), and tov (good): keeping in mind that we
are dealing with an English translation that might not be accurate or might change the nuance
of the words, these terms as well often seem to emphasize function and order rather than
material creation. Again, the authors stress the importance of abandoning our usual habit of
thinking in material terms about creation.
They also explore the significance of God's spoken word in creation, drawing parallels with
ancient cosmologies. The most typical way that God works is through his spoken word, and
God's word initiating a process does not necessarily mean immediate creation but rather
focuses on the functional aspect of creation.
The authors continue their reflection by highlighting the importance of examining the
transition between two states in any origins account: before the creative activity, when the
subject under discussion did not exist, and after the creative activity, when the subject comes
into existence. They argue once again that Genesis 1 focuses on the establishment of order
and function in the cosmos, reflecting the cognitive environment that was more familiar to
the Israelis in the ANE.
The authors propose a fresh interpretation of Genesis 1, emphasizing the establishment of
God's sacred space, akin to a temple. They argue that the narrative focuses on how the
cosmos functions for its inhabitants, allowing for harmony between the biblical account and
scientific explanations of the universe's material origins. As the authors put it, we can
understand better by thinking about the story of how a house is built and how a home is built:
while science is more interested in the house story (material aspect), Genesis 1 is more
interested in the home story (functional aspect).
In summary, the authors offer a novel interpretation of Genesis 1, emphasizing its focus on
sacred space, order, and function, and suggest that this perspective enables a harmonious
relationship between biblical narratives and scientific understandings of the cosmos.
Chapter 8 – The Big Bang model and contemporary cosmology
In this chapter, the authors explore the concept of the Big Bang as a scientific model
explaining the origin and expansion of the universe. Georges Lemaître proposed this model in
1931, suggesting that the universe had a specific starting point: according to him, it originated
from an infinitely dense point and expanding uniformly, creating spacetime itself. This
unique explosion of spacetime contrasts with typical mass-energy explosions into empty
space, because they all involve pre-existing mass-energy. Moreover, the Big Bang model
doesn't have a defined center or external space into which it expands: the rate of expansion is
uniform, with more distant galaxies receding faster. In other words, as the universe expands,
space is being generated.
The chapter then outlines three possible scenarios based on the fact that, while the universe is
expanding, gravity is still at work, pulling on space: a closed universe that contracts back to a
point (Big Crunch), an open universe that expands indefinitely, and a flat universe with
slowing expansion. These scenarios have implications for the universe's fate, leading to two
different scenarios: if the universe is closed, eventually the cosmos will contract to the point
where living things cannot survive due to the intense gravity and high temperatures. On the
other hand, if the universe is either open or flat, temperatures will ultimately reach a state of
equilibrium throughout the whole domain, causing what is known as “heat death” of the
universe.
The authors emphasize that these scientific scenarios don't address questions of God's
intentions and ultimate purpose in creation; they focus on how creation operates rather than
its meaning or purpose, urging theological investigation to tackle such existential questions.
According to general relativity, spacetime is interconnected, making the question of what
happened before the Big Bang incoherent from a physical perspective.
The text then proceeds to explore the Steady State models that competed with the Big Bang
model in the early 20th century. Prominent scientists Bondi, Gold, and Hoyle proposed the
most famous Steady State model in 1948. They aimed to explain Hubble's red-shift
measurements and discrepancies in the age and distances of galaxies while maintaining a
universe that appeared unchanging. The Steady State model upheld a perfect cosmological
principle, striving for uniformity in space and time. It introduced an energy creation
mechanism that challenged energy conservation but was reinterpreted as energy density
conservation, ensuring homogeneity.
The Steady State model, however, faced criticism due to its reinterpretation of energy
conservation and extremely low energy production rates, making it nearly undetectable. The
mechanism's physical plausibility raised questions, as it seemingly violated thermodynamic
laws. To reconcile observed data with the Steady State model, galaxies were proposed to be
continually accelerating beyond the observable limit, allowing for a static universe.
The authors then focus on the cosmological debate between the Big Bang and Steady State
models from the 1920s to the early 1960s. During this period, no decisive evidence favored
one model, leading scientists to consider special assumptions each model made. Theological
considerations also played a significant role, with scientists supporting either model based on
their beliefs about the universe's purpose. Notably, even non-religious scientists associated
atheism with the Steady State model and Christianity with the Big Bang. However, no single
factor determined the choice between these models.
The text discusses two primary pieces of evidence that supported the Big Bang model over
the Steady State model: cosmic microwave background radiation and the relative abundance
of light elements. Cosmic microwave background radiation was a crucial prediction of the
Big Bang model, representing an early snapshot of the universe. Its detection with the
expected properties provided strong empirical support for the Big Bang model. Additionally,
the relative abundance of light elements aligned with Big Bang predictions, leading most
astronomers to abandon the Steady State model.
The chapter closes by describing contemporary cosmology, which has refined the Big Bang
theory. In the early 1980s, measurements of mass-energy density revealed a near-perfect
flatness in the universe. This led to the development of the inflationary Big Bang model,
introducing cosmic inflation to explain the universe's precise properties without relying on
specific initial conditions. Observations of Type Ia supernovae revealed an accelerating
cosmic expansion, suggesting the presence of dark energy, and data from the Planck satellite
estimated the universe's composition as 4.9% ordinary matter, 26.8% dark matter, and 68.3%
dark energy.
Contemporary cosmology continues to explore the universe's fundamental properties and the
forces governing its expansion.
Chapter 10 – Biblical and theological perspectives on the origins of the universe
This chapter explores the relationship between the doctrine of creation and modern
cosmology, emphasizing several key aspects. It begins by highlighting the Creator/creature
distinction and the idea that creation is intended to be distinct from, yet not independent of,
God. The authors suggest that creation has the capacity for development and growth, drawing
support from biblical texts that depict creation as an ongoing project with trinitarian
involvement. Creation as a dynamic (non-static) process is supported by several biblical
passages: this shows that creation is a project moving toward its ultimate calling through the
help and ongoing involvement of the Trinity. Therefore, this view aligns with the discovery
that the universe is active and expanding continuously.
The chapter then focuses on the alignment between the biblical concept of ex nihilo creation
and the Big Bang theory in modern cosmology. General relativity predicts a singular
beginning to the universe, which aligns with the biblical notion of ex nihilo creation. While
some perceive the Big Bang as evidence of this concept, others see them as fundamentally
consistent.
According to the authors, the doctrine of creation proves that the universe should be lifeaffirming. They refer to the fine-tuning of fundamental constants and the magnitude of the
Big Bang as evidence of the universe's life-affirming nature. However, they caution against
using fine-tuning as absolute proof of divine creation since it is also consistent with
multiverse theories, particularly those based on string theory.
The chapter emphasizes the functional integrity of the universe, related to its ministerial
nature. It discusses how the physical laws and constants of physics and chemistry make lifesustaining elements and compounds possible. These aspects of creation are seen as ministers
to the universe, underpinned by the Son's superintendence and the Spirit's enabling, resulting
in the universe's life-affirming character.
Furthermore, the authors highlight that one of God's purposes for creation is for it to be an
active participant in its own existence, referencing Genesis 1:24. They suggest that the finetuning of the universe is directly connected to its collaboration with the Son and the Spirit in
bringing about and sustaining life.
In summary, the chapter explores the compatibility between the doctrine of creation and
modern cosmological concepts, such as the Big Bang and fine-tuning. It underscores God's
intentions for a life-affirming universe with functional integrity, highlighting the active
participation of the universe in its own coming into being. Additionally, the authors examine
the concept of fine-tuning in the universe and its implications, discussing the question of
whether a Creator or a multiverse is responsible for the life-affirming nature of the cosmos.
They also critique the limitations of relying solely on scientific inquiry, particularly when it
leads to metaphysical naturalism. The authors propose a theological interpretation of
contemporary sciences, and they emphasize the purpose within the universe that goes beyond
what scientific methods can reveal.
Critical thoughts
As someone who embraces the agnostic perspective, while still maintaining an openness to
different points of view, I was naturally drawn to Understanding Scientific Theories of
Origins. The authors' intention to bridge the gap between religious beliefs and scientific
theories intrigued me as I, like many others, had previously viewed these two as mutually
exclusive and at odds with one another.
As I read the chapters I discussed earlier in the essay, my preconceived notions were
continually challenged: the text not only presented a compelling case for the coexistence of
science and faith but also shed light on the potential for their mutual enrichment.
I had been accustomed to a dichotomy where science explored the natural world and religion
delved into the supernatural, but the authors presented a more nuanced perspective. By
considering ancient cognitive frameworks, embracing the concept of functional integrity in
creation, and examining the fine-tuning of the universe, the book demonstrated how these
two domains could be seen as complementary rather than conflicting.
The realization that science and faith can coexist, and even enhance one another, opened up
new possibilities for harmonizing personal beliefs and scientific understanding, prompting a
deeper exploration of the interplay between empirical evidence and spiritual convictions. This
newfound perspective challenged my previous limitations in thinking, emphasizing that the
relationship between science and faith is far more complex, dynamic, and potentially fruitful
than I had previously assumed.
The book under discussion provides valuable insights and encourages a shift in perspective. It
emphasizes the importance of recognizing that the Bible was written in a cultural and
intellectual context vastly different from our modern one. The authors argue against imposing
our contemporary mindset onto biblical interpretations. However, in my opinion, this
approach raises certain doubts.
One of my concerns relates to the potential for an ongoing cycle of reinterpretation. As new
knowledge and scientific discoveries continually reshape our understanding of the world, the
Bible remains anchored in the incomplete perspective of its original audience. This leads to a
fundamental question: is it possible to arrive at a definitive interpretation of the Bible when
its context is so distinct from our own, and as our own understanding of the world evolves?
I believe that another issue arises from the book's discussion of the doctrine of creation.
According to the authors, the universe's life-affirming nature supports this doctrine. However,
an alternative explanation, the multiverse theory, exists, even though empirical proof for it is
currently lacking. This creates a logical problem: the credibility of the doctrine of creation is
based on the universe's life-affirming qualities, but these could potentially be explained by
other yet-to-be-proven theories, like the multiverse theory. Just because we lack empirical
evidence for the multiverse now does not rule out the possibility of future discoveries. This
situation is analogous to the people in the ancient Near East lacking knowledge of the
physical laws governing the sky, the moon and the stars, which we now understand.
Furthermore, the authors' analysis of specific terms used in Genesis 1 and 2, such as bara’
(create), ‘asah (make), and tov (good), reveals that the Bible can be interpreted in various
ways. While this flexibility allows individuals to find personal meaning in the scriptures, it
also raises the risk of extremism. Some people continue to base their beliefs on a literal
interpretation of the Bible, like the Young Earth Creationists who assert that the Earth is only
a few thousand years old. The challenge here is to determine the criteria for discerning the
correct approach to interpretation. How can we establish that a literal interpretation, which
may lead to extreme views, is incorrect compared to an interpretation that explores alternative
meanings of the terms used in biblical passages?
In conclusion, although I appreciate the authors' noble effort to debunk the perception of an
inherent conflict between science and religion, I still believe that there are crucial unresolved
issues in their relationship. One of the most fundamental of these issues is the inherent
interpretative flexibility of the Bible, which poses an ongoing challenge. It is doubtful that a
definitive resolution to this matter can be reached, and it may remain an open question,
particularly in light of potential future scientific discoveries.
I am intrigued by the prospect of how this issue will be addressed in the future, as science
advances and our understanding of the world evolves. Maintaining a positive relationship
with any ideology, text, or idea requires, in my humble opinion, keeping an attitude of
curiosity and open-mindedness. I will continue to embrace this attitude while waiting for new
approaches to the complex relationship between science and religion.