The final installment in a trilogy on existence, God, and religion, this essay examines the prospects for reviving African spirituality—long overshadowed on the continent by Christianity and Islam—through the embrace of quantum entanglement.

By Chudi Okoye

It is a truly exquisite irony of history. Ever since its arrival in Africa, Western Christianity, together with Islam, has steadily eroded and nearly obliterated African traditional religions, a process immortalized in the haunting first lines of David Diop’s 1956 poem, The Vultures: “In those days / When civilization kicked us in the face / When holy water slapped our cringing brows / The vultures built in the shadow of their talons / The bloodstained monument of tutelage.” Yet now, at the enigmatic edge of quantum physics, Western science offers an unexpected opportunity for the renewal of African spirituality. Through the phenomenon of ‘quantum entanglement’—where two particles become mysteriously linked regardless of their distance apart—Western science could aid the revitalization of African traditional religion and foster further syncretization of African Christianity. With the promise of quantum entanglement, it seems that what one current of Western culture nearly extinguished, another may now help to restore.

There’s an important caveat, however. The restorative potential of quantum physics for African spirituality depends on the willingness of Africans to embrace it. Unlike the historical incursion of Western religions, the integration of quantum physics into African spiritual thought will not be forced. Its transformative promise will require Africans, through intellectual engagement, to perceive its relevance and embrace it willingly—an act of self-agency that could occasion a cultural renaissance across the continent.

Entangled Phenomena
Quantum entanglement is among the most mind-bending phenomena in quantum mechanics, the branch of physics that studies the behavior of subatomic particles. It stands as one of the most counterintuitive concepts in modern physics, challenging long-held assumptions about the nature of reality. Its discovery and subsequent development have significantly influenced our understanding of the universe, challenging classical interpretations of the physical world.

The seeds of quantum entanglement were sown soon after the start of the 20th century, in the formative years of quantum mechanics, with significant contributions—often amid heated debates—from some of the greatest physicists of the era. Albert Einstein—who, by the beginning of that century, had emerged as a leading figure in physics, having already revolutionized the field with his theory of relativity—was deeply skeptical of the probabilistic nature of quantum mechanics. To Einstein, the randomness of quantum events stood in stark contrast to the predictability of classical physics, where cause and effect were clear and could be unambiguously theorized. He questioned the idea that two connected particles could instantaneously influence each other’s states or behavior, regardless of the distance separating them, which would suggest that observing one particle could reveal information about the other. This phenomenon, Einstein argued, violated the fundamental principle of locality, which states that an object can only be directly influenced by its immediate surroundings, and that no interaction or physical effect can travel faster than the speed of light.

Einstein’s discomfort culminated in 1935 when he, along with Boris Podolsky and Nathan Rosen, formulated what became known as the Einstein-Podolsky-Rosen (EPR) paradox. In their seminal paper, “Can Quantum-Mechanical Description of Physical Reality Be Considered Complete?” they argued that quantum mechanics, as it stood, was incomplete, primarily due to the implications of entanglement. The term entanglement was introduced in a letter to Einstein that same year by another prominent physicist, Erwin Schrödinger (of the ‘Schrödinger equation’ and ‘Schrödinger’s cat’ fame), encapsulating the idea of particles being interlinked such that the quantum state of one cannot be described independently of the other. This was a radical departure from the assumptions of classical physics. Dismissing this concept, Einstein provocatively labeled it “spooky action at a distance,” contending that some “hidden variables” must be at play and that quantum mechanics could not provide a complete description of physical reality. This only deepened the divide between Einstein and proponents of the new quantum framework.

Meanwhile, the Danish physicist Niels Bohr, one of the foremost architects of quantum theory and Einstein’s friend as well as intellectual adversary, took a starkly different view. He argued that quantum mechanics was indeed a complete theory and that entanglement was not a flaw in our understanding of nature. Rather, Bohr insisted that it reveals the interconnectedness of particles at the subatomic level, with non-locality (instant connection across distances) and randomness serving as fundamental features of reality. This directly challenged Einstein’s deeply held belief in locality and causality.

Though Einstein, who passed away in 1955, did not live to witness it, the reality of quantum entanglement has been robustly confirmed through decades of rigorous experimentation following the theoretical debates. In 1964, Irish-British physicist John Stewart Bell developed a mathematical theorem (‘Bell’s Theorem’) that provided a way to test the competing interpretations of quantum mechanics. Subsequent experiments, including groundbreaking work by physicists such as John Clauser, Alain Aspect, and Anton Zeilinger—who were awarded the 2022 Nobel Prize in Physics for their independent studies—have largely supported Bohr’s view. These experiments solidified our understanding of quantum entanglement, proving conclusively that entangled particles exhibit correlated behaviors that cannot be explained by “hidden variables” theories or other classical assumptions. The findings established entanglement as a cornerstone of modern physics.

The discovery of quantum entanglement has sparked revolutionary thinking across multiple disciplines. For instance, it has enabled the development of groundbreaking technologies such as quantum computing (which leverages phenomena like entanglement and superposition—where quantum bits can be both 0 and 1 simultaneously—to perform complex calculations exponentially faster than classical computers) and also quantum cryptography (which relies on entanglement to create theoretically unbreakable communication channels). Though as yet speculative, researchers are even exploring potential applications in neuroscience and consciousness studies, imagining entanglement as a tool for understanding complex biological systems.

The philosophical implications of quantum entanglement are profound, challenging our understanding of space, time, and reality itself. The instantaneous linkage of entangled particles across any distance suggests a universe far more interconnected than classical physics ever envisioned. This interconnectedness compels us to rethink foundational concepts, such as causality, locality, and the very fabric of existence.

The theological implications of quantum entanglement are equally compelling. A growing number of religious scholars and theologians see this phenomenon as a scientific metaphor for the spiritual concepts of unity and interconnectedness. Several mystical traditions postulate themes of universal unity that resonate with quantum entanglement—from Ein Sof or ‘The Infinite’ in Kabbalah (a tradition in Jewish mysticism) to the notion of Wahdat al-Wujud or ‘Unity of Being’ in Sufism (a mystical practice in Islam); from the Buddhist idea of dependent origination to Indigenous views of interconnection. Quantum entanglement provides a scientific language that appears to validate varied theological notions about the interconnectedness of all existence. It suggests a universe where separation may be more illusory than real, with connections extending beyond conventional notions of space and time.

At its core, the story of quantum entanglement is a reflection of humanity’s enduring curiosity—a relentless drive to understand a universe that consistently defies our assumptions. It reminds us that reality is not only interconnected but also far more mysterious and awe-inspiring than our ordinary perceptions reveal. Some theologians and philosophers see quantum mechanics as a bridge between science and spirituality. The notion that particles remain connected across vast distances resonates deeply with the spiritual concepts of divine omnipresence and universal consciousness—central themes in African spirituality, which has the interconnectedness of all existence at its core.

World Religions in Africa
Christianity and Islam, two of the world’s major religions, both arrived in Africa through complex processes of trade, conquest, and cultural exchange. Christianity made its first appearance on the continent in the 1st century AD, with Egypt becoming a major center during the early Christian era. The missionary efforts of figures like Mark the Evangelist laid the groundwork for the Christian church in Alexandria around 50 AD (barely 17 years after the death of Jesus), about the same time Christian missions were beginning to spread in Europe through Paul the Apostle’s pioneering evangelism in modern-day Turkey and Greece.

Biblical accounts suggest that African contact with Christianity predated its spread to Europe. For instance, Jesus’ parents fled to Egypt with him to escape King Herod’s massacre of infants in Bethlehem (Matthew 2:13-15), an event that likely occurred in 5 or 4 BC. During Jesus’ lifetime, Simon of Cyrene, from modern-day Libya, was compelled to carry his cross on the way to the crucifixion (Matthew 27:32, Mark 15:21, Luke 23:26). Shortly after, the Ethiopian eunuch, a high official in the court of Queen Candace, encountered Philip the Evangelist and became one of the first recorded African converts to Christianity (Acts 8:26-40).

By the 4th century, Christianity had deeply entrenched itself in the Axumite Empire (modern-day Ethiopia and Eritrea), which adopted it as a state religion under the influence of early missionaries like Frumentius. Prominent African theologians and Church Fathers such as Tertullian, Origen, and Augustine of Hippo made significant contributions to Christian doctrine. Tertullian coined the term “Trinity” and defended the faith against heretical movements. Origen’s work in biblical exegesis systematized early Christian theology, while Augustine’s writings articulated key concepts that shaped Western Christianity.

Despite its early foothold in North and East Africa, however, it took centuries for Christianity to spread across the continent. In the 15th century, the Portuguese reintroduced Christianity to parts of Sub-Saharan Africa, notably the Kingdom of Kongo, where Catholicism was adopted by the ruling elite. The 19th and 20th centuries saw further expansion as Christian missionaries, often allied with colonial administrators, sought mass conversions. Unlike Europe’s gradual Christianization over centuries, often driven by military conquests and monarchs seeking to unify their domains under a single faith, the Christianization of Africa occurred amidst socio-political upheavals, including native resistance that was overcome under European colonial influence. By 2020, the success of Christianity in Africa was evident, with approximately 49.3% of the region’s population identifying as Christian, making Africa home to more Christians than any other continent.

Like Christianity, Islam established roots in Africa early on, with its expansion beginning in the 7th century AD through migration, trade, and military invasion. In 614 AD, Prophet Muhammad advised his followers to seek refuge in the Christian Kingdom of Axum to escape persecution in Mecca, marking the first hijrah, or migration. Following this, Islam spread through North Africa via trans-Saharan trade routes and military conquests. In 639 AD, Muslim forces under General Amr ibn al-Asi began the conquest of Egypt, which was completed by 641 AD. From Egypt, Islam spread across North Africa, with Arabic becoming the dominant language. Trade also brought Islam to East Africa, where coastal interactions with Persian Gulf traders led to its establishment, making Somalia the region’s first Islamic state. Islam gradually permeated West Africa via Berber traders, integrating with local cultures despite initial resistance from rulers. By the 17th century, it had also reached southern Africa, brought there by Dutch and British settlers importing Muslim slaves. Overall, as of 2020, Islam accounted for 41.5% of Africa’s population.

The impact of Christianity and Islam on traditional African religions has been profound, leading to significant demographic and cultural shifts. In 1900, upwards of 90% of Africans practiced indigenous religions. By 2020, however, the demographics had reversed: Christianity and Islam together accounted for over 90% of the population, leaving less than 10% adhering to traditional faiths. This decline is particularly stark in countries like Nigeria, where the two major world religions encompass about 99% of the population, according to sources like Pew Research and the CIA World Factbook.

This shift was not merely religious but also cultural. Traditional African practices, such as ancestor worship, community-based rituals, and cosmological systems, were often suppressed or reinterpreted within the frameworks of Christianity and Islam. Traditional beliefs were frequently labeled as primitive, demonic, or simply “pagan,” and viewed as inferior by practitioners of the foreign faiths.

Among my own people, the Igbos in Nigeria, for instance, Christianity led to the abandonment of abhorrent practices like the killing of twins and human sacrifice, and it introduced monogamy in place of predominant polygamy—a particular change perceived differently, depending on one’s perspective. However, Christianity also displaced many salutary aspects of traditional spirituality. The concept of Chi, a personal deity or divine essence believed to guide individuals through life by bringing fortune and protection, was central to Igbo cosmology. One’s life fortunes were thought to hinge on their relationship with their Chi and its efficacy as a life force. With the advent of Christianity, however, many Igbos shifted their allegiance to Jesus of Nazareth, regarding him as their ‘Lord and Savior’ and reducing Chi to a mere artifact of Igbo vernacular. This transition diminished the veneration of ancestral spirits and indigenous divination practices as Christian beliefs and customs took precedence.

At the same time, traditional morality, rooted in earthly sanctions, gave way to a focus on eternal rewards and punishments in the afterlife. Christianity introduced a new religious hierarchy centered on a single deity, religious leaders, and a priestly class. Catholicism, in particular, replaced the worship of smaller gods and ancestors with the veneration of saints. Sacred groves were destroyed, traditional rituals were labeled as pagan, and indigenous identities often faced an existential crisis under the weight of imposed Christian ideologies. This transformation disrupted cultural continuity and created divisions within families and communities. We see such communal disruption today in my own home town, Awka.

Initially, the Igbos resisted the incursion of Christianity, clinging to their indigenous faiths and traditions. Over time, however, missionary efforts and colonial influence eroded this resistance, leading to a near-complete surrender. Widespread conversion to Christianity followed, with many traditional ceremonies and festivals honoring ancestral lineage abandoned in favor of Christian practices.

The displacement of traditional African religions mirrors, to some extent, the transition from paganism to Christianity in Europe. In Europe, paganism receded gradually through missionary work, state endorsement, and occasional coercion. In contrast, Africa’s transition was often more abrupt, driven by external pressures from missionaries and colonial authorities, which disrupted local customs and belief systems on a larger scale.

Despite being marginalized in the current cultural landscape, traditional African religions have persisted, not so much in institutional forms but through syncretic processes that blend them with Christian and Islamic practices. This fusion is evident in various cultural expressions, such as the incorporation of indigenous symbols into Christian worship among the Igbo or the emergence of African Independent Churches like the Aladura movement in Nigeria, which combine Christian doctrines with indigenous spiritual practices. Similarly, Islamic practices in Africa often incorporate elements of Sufism, aligning with African mysticism.

This phenomenon mirrors historical syncretism in the West, where pagan traditions were integrated into Christian practices, such as the adaptation of winter solstice festivals into Christmas celebrations. In the Americas, syncretic religions like Vodou and Santería combined African spiritual practices with Catholicism. Likewise, in Africa, traditional practices continue to blend with Christian and Islamic contexts, reflecting the resilience and adaptability of indigenous spiritualities.

Quantum Spirituality for Africa
At its core, quantum entanglement reveals a universe of profound interconnectedness, where distinctions between individual entities blur. This concept resonates deeply with traditional African spiritualities, which emphasize the unity of all things and the interplay between the natural and transcendent realms. The well-known concept of Ubuntu, meaning “I am because we are,” embodies this ethos, highlighting the deep connection between individuals, their communities, and the wider natural world.

Similarly, the Shona concept of Ukama signifies kinship and interconnectedness, emphasizing balance and harmony within ecosystems. Ukama underscores the interdependence of humans, nature, and spiritual forces, fostering respect for all forms of life and the environment. It promotes collective responsibility for communal well-being, extending its impact across generations and bridging the physical and spiritual dimensions of existence.

Other African traditions echo these principles. Among the Igbo, concepts like Umunna (kinship), Igwebuike (strength in unity), and Chi (personal deity) embody the interconnectedness of individual and communal spirituality. Igbo cosmology also invokes Ezumezu, a complement to Chi, symbolizing interconnectedness across realms as well as the spiritual and temporal completeness of an individual as part of a potent totality ordained from creation. Similar ideas appear in Yoruba spirituality, through Omoluabi (ethical living) and Iwa (moral integrity), as well as in Swahili traditions like Ujamaa (familyhood and collective responsibility). These shared principles form the bedrock of African spirituality, contrasting with the individualistic ethos of most Western cultures.

Across Africa, spirituality is deeply woven into the continuum between physical and transcendent existence, embodying principles of interconnectedness that resonate with quantum entanglement. The notion of non-locality in quantum entanglement—the idea that particles remain connected across vast distances—mirrors African beliefs in spiritual connections that transcend time and space, such as ancestral ties and a universal life force. These parallels provide a framework for reinterpreting African cosmologies within a modern scientific context, offering cultural revitalization and philosophical enrichment.

The intersection of quantum entanglement and African spirituality invites deeper exploration, presenting opportunities to unite ancient wisdom with contemporary science. Principles like Ubuntu and Ukama align philosophically with quantum interdependence, underscoring shared values of community, harmony, and interconnectedness. Embracing these parallels could foster syncretism, strengthening communal bonds and restoring traditional beliefs. It could also reaffirm Africa’s cultural heritage, countering narratives of cultural erasure and offering Africa a unique platform to contribute meaningfully to global scientific and philosophical dialogues.

Africa’s current religious landscape reflects a history of displacement, but also one of resilience. While Christianity and Islam reshaped the continent’s spiritual identity, traditional beliefs have endured through adaptation and syncretism. Quantum entanglement offers a new lens for understanding these traditions, enriching them by connecting spirituality with science.

By embracing quantum entanglement as a metaphor, Africa can reclaim its spiritual heritage while confidently engaging with the future. As quantum science evolves, it may uncover deeper insights into the nature of interconnectedness—insights that could reinvigorate African spirituality and foster a more inclusive understanding of human consciousness.

In this journey, Africa has the potential to lead, uniting ancient wisdom with modern science and contributing to a global dialogue that celebrates the diversity and richness of the human experience. African scholars can extend current scientific exploration into the intersections with African spirituality. But African involvement need not be confined to academia. Spiritual leaders who have embraced syncretism can further enrich their practices by integrating insights from quantum physics. By fostering dialogues between science, religion, and tradition, Africa stands poised to reclaim and redefine its spiritual heritage in the context of contemporary knowledge.

A philosophical meditation on existence.

By Chudi Okoye

The question of why our universe (and possibly other universes) came into existence, specifically why there is something rather than nothing, has preoccupied theologians, philosophers, scientists, and even lay people like me for centuries. As the German polymath Gottfried Wilhelm Leibniz famously noted, nothing is simpler than something, which makes this inquiry all the more profound.

To clarify, I use the term ‘nothing’ in a strict metaphysical sense to mean the absence of matter, energy, space, time, laws, properties, or even potential for existence—a pure state of non-being, the absolute negation of ‘something.’ In contrast, ‘something’ encompasses anything that exists or has being, whether tangible or intangible, physical or abstract. It includes matter, energy, ideas, laws, entities, or phenomena that can be identified, experienced, or conceived, and it is the opposite of ‘nothing,’ encompassing all that can be said to “be” without presupposing any specific source or grounding for that existence.

I will commence this brief discussion of how thinkers down the ages have tackled the problem of why ‘nothing’ supposedly became ‘something’ by acknowledging that some thinkers in fact deny objective existence. Prominent among these: the Irish philosopher George Berkeley, who argued in an early 18th century treatise that “to be is to be perceived” (in Latin, esse est percipi)—which means that objects exist only insofar as they are perceived by a mind; and René Descartes, who doubted the existence of the external world, concluding with his famous ‘Cogito, ergo sum’ (‘I think, therefore I am’). Immanuel Kant, meanwhile, suggested that human perception is limited to ‘phenomena’—the world as it appears to us—while the true essence of things, the ‘noumena,’ remains inaccessible (more on this later). Other traditions, such as Madhyamaka Buddhism, also challenge the permanence and inherent existence of things, arguing that all phenomena are empty of inherent self-existence.

A more recent objection comes from Markus Gabriel, who, in his book Why the World Does Not Exist, argues that the concept of ‘the world’ as an all-encompassing totality is incoherent. Gabriel contends that reality consists of distinct ‘fields of sense,’ each with its own objects, facts, and contexts—be it in science, politics, or art. He thus rejects the very idea of a unified ‘world.’ This is part of his broader push for a ‘new realism’ that embraces the plurality of existence.

Still, despite these counter-intuitive contentions, the majority of thinkers believe there is something rather than nothing. And in this brief essay (very brief, considering the subject), I plan to explore how a few of them have attempted to explain phenomena.

There are some, like the English philosopher Stephen Law of the University of Oxford, who argue against the wisdom of attempting to answer this question at all. Prof. Law contends that this requires humans to step outside their “spacio-temporal” setting to imagine what could have triggered ‘nothing’ to become the ‘something’ that is our universe—a task he considers impossible. It is a position you might find too in Kant, who argued that such a question is beyond human comprehension, as human reason is limited to phenomena (objects of experience, or how things appear to us, including external objects, physical processes, and internal objects like feelings), not what he called noumena (“things-in-themselves” or reality that exists independently of our experience and are not directly accessible to us).

The British cosmologist, Martin Rees, agrees with this position, in one interview invoking the popular statement with which the late Austrian philosopher, Ludwig Wittgenstein, ends his book, Tractatus Logico-Philosophicus: “Whereof one cannot speak, thereof one must be silent.”

The objection to this question goes even further back, to the 5th century BC Greek philosopher Parmenides, who argued that the very idea of ‘nothing’ is a logical impossibility. For Parmenides, the concept of ‘nothingness’ is incoherent because ‘what is not’ cannot be thought or spoken of—after all, to speak or think of ‘nothing’ is to grant it a kind of existence, which contradicts its definition. Parmenides posited that only ‘Being’ truly exists, and that this Being is eternal, uncreated, and indivisible. Parmenides’ radical view challenged the common understanding of reality as composed of change and plurality. Instead, he argued that change and diversity are illusions, products of human perception rather than truths about reality. This idea influenced later philosophers, such as Plato and Aristotle, and it laid the foundation for metaphysical debates about the nature of existence and non-existence.

Aristotle himself considered the universe to be eternal; yet he rather confusingly (to me anyway) propounded the construct of an “Unmoved Mover,” which he developed to avoid an infinite regress in explaining the origin of motion in the universe. While Aristotle’s concept was primarily concerned with the eternal continuity of motion rather than the temporal origin of the universe, it raises an intriguing question: If the universe is eternal, with no beginning or end, why is there a need for a prime mover at all? Does the concept of the “Unmoved Mover” merely explain the perpetuation of motion, or does it have deeper implications for the origin of the universe itself, which Aristotle might not have intended? I think the latter.

There is, of course, the argument from theistic creation, familiar to all who adhere to one religion or another. St. Augustine, for instance, famously argued that God created the universe ex nihilo (out of nothing). For Augustine, this act of creation was not a process in time but the very beginning of time itself—he claimed that time was created along with the universe, making it meaningless to ask what ‘preceded’ creation. In doing so, Augustine anticipated modern scientific notions of “spacetime,” as in Albert Einstein’s theory of relativity, where time is intertwined with the fabric of the universe. However, I would argue that Augustine’s position raises a deeper question he does not fully address, namely: Why did God create the universe at all? Also, if God created the universe from a pre-existing nothing, as Augustine insists, does this imply that God was part of that nothing, or—God forbid!—that God was Himself nothing before creation? This is of course preposterous, but it is not an illogical interrogation of Augustine. For Augustine, creation was an act of divine freedom and love, not necessity, but this leaves unresolved the metaphysical conundrum of why a self-sufficient God would choose to create at all.

Gottfried Leibniz, mentioned earlier, who famously posed the question “Why is there something rather than nothing?”, argued that this universe exists because it is the “best of all possible worlds”—a creation according to divine wisdom and reason. However, I believe this answer addresses a different question than the one Leibniz posed: Why do we have this specific universe? Leibniz’s claim that this is the best possible world explains the particular nature of our universe, but it does not explain why there is something in existence at all, rather than nothing. Leibniz invokes the principle of sufficient reason—the idea that everything must have a reason or cause—and he attributes the creation of the universe to God as a “necessary being,” not unlike Augustine and other theistic philosophers. However, Leibniz does not address the deeper question of why a “necessary being” like God exists in the first place, or why God would create anything.

There are some later thinkers, including David Hume, Bertrand Russell, and Derek Parfit, who apply the so-called ‘brute fact’ logic to the question, asserting that the universe simply exists, and that there is no need to explain why it does. This view differs from denying the possibility of humans meaningfully contemplating the question of why there is something rather than nothing, as it acknowledges the question but claims that it lacks any further explanation.

Despite the ‘brute fact’ argument, modern physicists like Stephen Hawking and Lawrence Krauss have attempted to provide non-theistic answers to the question. Hawking, for instance, suggested that the universe could arise spontaneously from the laws of quantum mechanics. In his co-authored book, The Grand Design, he famously stated: “Because there is a law like gravity, the universe can and will create itself from nothing.” Similarly, Krauss, in A Universe from Nothing, argues that quantum fluctuations in a vacuum could spontaneously generate universes, without the need for a creator. However, critics have noted that ‘nothing’ in Krauss’ theory is not pure non-existence, as traditionally conceived in philosophy, but rather a quantum vacuum with inherent physical properties. Furthermore, critics claim, Krauss does not address the question of where these physical properties in the vacuum come from.

While Krauss and others have proposed the quantum fields argument for the spontaneous emergence of something from nothing, an actual mathematical demonstration of this was provided by a trio of Chinese quantum cosmologists in a 2014 paper. The paper, titled “Spontaneous Creation of the Universe from Nothing” and written by Dongshan He, Dongfeng Gao, and Qing-yu Cai of the Chinese Academy of Sciences, argues that the universe could emerge spontaneously from “nothing,” which the authors define as the absence of matter, space, and time, through the principles of quantum mechanics. Using the Wheeler-DeWitt equation (which frankly I myself found a little difficult to understand), the authors describe how quantum fluctuations can generate a “true vacuum bubble” that expands exponentially, driven by a quantum potential similar to the cosmological constant (that is, the force said by physicists to drive the accelerated expansion of the universe). This process, according to the paper, provides a scientific framework for the universe’s inflationary dynamics and avoids singularities (that is, points of infinite density, such as those predicted in black holes or the Big Bang).

It turns out, however, as with Lawrence Krauss, that the ‘nothing’ propounded in this paper is not absolute; it presupposes the existence of quantum laws and potentials. So, although Krauss and others propose quantum fields as a mechanism for the spontaneous emergence of the universe, their concept of ‘nothing’ is not absolute non-existence. It presupposes a quantum vacuum with physical properties. This leaves unanswered the deeper metaphysical question of why there are quantum laws or why there is anything at all, instead of absolute nothingness.

Modern cosmology has also grappled with the question of whether the universe’s total energy can provide insight into its origin. Some physicists, such as Krauss and Alan Guth, have proposed the zero-energy universe hypothesis, which suggests that the universe’s positive energy (from matter and radiation) and negative energy (from gravitational potential) perfectly cancel out, resulting in a net total energy of zero. This hypothesis aligns with the idea that the universe could arise spontaneously from “nothing” without violating conservation laws. However, even if the universe’s total energy is zero, this does not resolve the deeper metaphysical question of why such a balance exists or why the laws permitting this spontaneous emergence are themselves in place. While this hypothesis offers a fascinating scientific explanation for how the universe might have emerged, it still leaves unanswered the ultimate “why” of existence—why there is something rather than nothing.

The question “Why is there something rather than nothing?” remains one of the most profound and unresolved mysteries in human thought. Despite millennia of exploration by philosophers, scientists, and theologians, no universally accepted answer has emerged. Philosophy illuminates the question’s depth and offers deeply reflective answers, but these are fragmented and often substitute one mystery for another. Science, for its part, excels in describing the mechanisms of existence, offering powerful insights. Cosmological models like the Big Bang theory describe how our universe emerged and evolved. Yet they often assume pre-existing laws, leaving unanswered the question of ultimate origin. The notion of quantum creation, proposed by physicists like Stephen Hawking and Lawrence Krauss, seems to offer credible answers. However, the ‘nothing’ in such propositions includes quantum fields and physical laws, which are something rather than nothing. So science offers an as yet incomplete explanation. This permits the persistence of theological explanations. But these merely provide existential comfort and moral meaning; they do not empirically resolve the metaphysical problem of why something presumably emerged from nothing.

The question remains unresolved for several reasons: it may be beyond the limits of human cognition: if existence is rooted in a transcendent principle or entity, it might lie beyond our capacity to comprehend; or it may be that there’s nothing like nothing—as some argue, existence is the default and there’s no plausible alternative to it; or it may in fact be that we aren’t framing the question properly—our inability to conclusively answer this question may be simply due to linguistic confusion rather than metaphysical complexity.

This persistent uncertainty surrounding the question of why there is something rather than nothing is precisely why I find my position of agnostic theism—firm belief in God; uncertainty about God’s attributes or role in nature—to be both intellectually honest and philosophically coherent. It embraces the limits of human knowledge while remaining open to the possibility of a transcendent reality. It is a view about which I hope to write more fully at a later time.