The Daily Brew — Short Tafsīr on the Go

No. 7 — Six Numbers, One Universe

Sūrat al-Qamar (54): Is Anything Really Random?

Preamble — A personal note

This video on the cosmological constant, Leonard Susskind’s work, Martin Rees’s Just Six Numbers, Newton’s reflections and Qur’anic passages about games of chance helped inspire my PhD research into randomness. Susskind also knew Feynman personally, as he recounts in My Friend Richard Feynman. I could discuss this for hours. But this is Daily Brew: about 1,000 words.

Is randomness a fundamental of reality, or sometimes simply what we call an outcome we cannot predict?

1. Sūrat al-Qamar: Everything by decree

54:49 — Qadar
إِنَّا كُلَّ شَىْءٍ خَلَقْنَـٰهُ بِقَدَرٍ
Indeed, We have created everything, perfectly preordained.
54:50 — Divine command
وَمَآ أَمْرُنَآ إِلَّا وَٰحِدَةٌ كَلَمْحٍۭ بِٱلْبَصَرِ
Our command is but a single word, done in the blink of an eye

In context, the chapter warns, recalls earlier peoples and affirms Allah’s sovereignty. It does not offer equations for cosmology or settle the interpretation of quantum mechanics.

2. Martin Rees: The universe’s six numbers

Rees’s Just Six Numbers (1999) describes conditions that influence whether complex structures can exist.

Number	Physical meaning	Significance
N ≈ 10³⁶	Electromagnetism versus gravity between protons	Stellar scale
ε ≈ 0.007	Nuclear fusion mass-to-energy efficiency	Elements and stars
Ω ≈ 0.3	Matter density relative to critical density	Structure and expansion
λ ≈ 0.7	Normalised dark-energy contribution	Cosmic acceleration
Q ≈ 10⁻⁵	Initial cosmic irregularities	Galaxy formation
D = 3	Large spatial dimensions	Physical geometry

These are selected physical parameters, not six mathematically independent, timeless constants. Rees himself considered a multiverse rather than claiming his numbers proved divine design.

3. The cosmological constant: A staggeringly small number

The cosmological constant Λ describes a constant vacuum-energy contribution to the expansion of space. In the standard model, Λ ≈ 1.1 × 10⁻⁵² m⁻² (roughly 2.8 × 10⁻¹²² in Planck units). This dimensional Λ is not the same number as Rees’s normalised λ ≈ 0.7.

Why fine-tuning? If positive vacuum energy had been much larger during galaxy formation, accelerating expansion could have prevented matter from gathering into galaxies and stars. Meanwhile, comparisons with certain Planck-scale theoretical estimates produce a mismatch of roughly 120 orders of magnitude. That is a problem for explaining vacuum energy, not a calculated one-in-10¹²⁰ probability of a Creator. Emerging evidence for evolving dark energy also means the cosmological-constant model is still being tested.

4. Newton, Feynman and the Creator

In the General Scholium to his Principia (1713), Newton wrote that the beautiful planetary system

“could only proceed from the counsel and dominion of an intelligent and powerful being.”

This was Newton’s theological reasoning, not an experimental measurement of God.

Feynman, speaking figuratively about the fine-structure constant (approximately 1/137), wrote in QED:

“You might say the ‘hand of God’ wrote that number.”

This is a different quotation, about a different constant—not Susskind saying he had discovered the Creator.

For me, the precision of physical law is a compelling sign of Allah. That conviction is philosophical and theological; the scientific problem remains open, but the subtle hints clearly point to it.

If you look at the video, Susskind says,

“that’s a stretch”, “nobody believes that’s accidental”
“Benevolence” of “Nature”.

The word “Benevolence” I find very interesting – The Benevolent. Ar-Rahman (الرَّحْمَنُ), one of the 99 names of Allah is often translated as “The Beneficent”.

So, if it is not “accidental” what is it?

The narrator himself mentions it alludes to a “designed” universe. But the physicists “did not want to accept it”.

I don’t mean to be pedantic, but this is “science” – which is supposed to simply follow the data and logic. Not scientists’ own “beliefs”. It seems the data points to a “designer”.

The exact statement is this –

“Hidden in the laws of nature was a value so precise it was impossible to deny that our universe was designed“.

5. Randomness, Sunnah and accountability

A coin toss may be predicted using classical initial conditions. Reduce the available information, and we instead predict probabilities. That is epistemic uncertainty.

The Prophet ﷺ taught that everything is by decree, even incapacity and capability (Ṣaḥīḥ Muslim 2656), and that Allah recorded creation’s decrees fifty thousand years before the heavens and earth (Muslim 2653b). Ibn Kathīr interprets Quran 54:49 in terms of Allah’s prior knowledge and decree, not our ability to calculate all outcomes.

Quran 54:52–53 — Recorded deeds

وَكُلُّ شَىْءٍ فَعَلُوهُ فِى ٱلزُّبُرِ
Everything they have done is ˹listed˺ in ˹their˺ records

وَكُلُّ صَغِيرٍ وَكَبِيرٍ مُّسْتَطَرٌ
Every matter, small and large, is written ˹precisely˺.

Information theory investigates uncertainty as we experience it in our lives. Sūrat Al-Qamar reminds believers of Allah’s knowledge and decree.

Final round-up — the Subtle, the Aware

Rees identifies the conditions. Susskind confronts the puzzle and, almost despite himself, calls nature benevolent. Newton sees counsel and dominion. Feynman sees a hand pushing a pencil. The Qur’an names what they circled: a creation perfectly measured, hinting — gently, subtly, never coercively — at its Maker.

Science asks: how does it work? My research asks: how much can we predict? And Sūrat al-Qamar points beyond both — to Al-Laṭīf, whose signs are subtle, and Al-Khabīr, from whom nothing is hidden.

Footnote I — Qadar and determinism

In Sunni theology, Qadar concerns Allah’s knowledge, will, decree and creation. Physical determinism concerns whether physical laws and complete states uniquely determine later states. They must not be equated without argument. Divine knowledge does not entail that humans can calculate every outcome.

Footnote II — Six numbers and fine-tuning

Rees’s selection is illustrative rather than a complete catalogue of independent fundamental constants. Hypothetically changing one number while holding everything else unchanged may not describe a self-consistent physical universe. Neither fine-tuning nor anthropic reasoning alone provides a measured probability for God or a multiverse.

Footnote III — The limits of the analogy

Sūrat al-Qamar centres on warning, divine power, remembrance and accountability. Al-Māʾidah 5:90–91 addresses forbidden practices—not a general theory of randomness. These connections with Rees, Newton, Feynman, Susskind and information theory are contemporary reflection, not tafsīr attributed to the Prophet ﷺ or Ibn Kathīr.

Daily Brew No. 7 — References and Further Reading

1. Qur’an, Sunnah and Tafsīr

Sūrat al-Qamar (54) — Complete Chapter — The Moon; divine decree, warnings and accountability.
Al-Qamar 54:49–53 — Everything created by Qadar; divine command and recorded deeds.
Al-Mulk 67:14 — Allah’s knowledge of His creation; Al-Laṭīf and Al-Khabīr.
Al-Anʿām 6:103 — Allah encompasses all vision, while no vision encompasses Him.
Al-Māʾidah 5:90–91 — Gambling, intoxicants and divining arrows.
Al-Māʾidah 5:90 — Muhammad Marmaduke Pickthall Translation — Including the expression “games of chance.”
Tafsīr Ibn Kathīr on Al-Qamar 54:49 — Classical commentary on divine decree.
Ṣaḥīḥ Muslim 2656 — Everything is by decree, including capability and incapacity.
Ṣaḥīḥ Muslim 2653b — The decrees recorded 50,000 years before the creation of the heavens and earth.
Sunan Abī Dāwūd 4700 — The Pen commanded to write the decrees of creation.
Ar-Raḥmān — The Beneficent, One of Allah’s Beautiful Names — Further theological reflection on divine mercy and benevolence.

2. Science, Cosmology and Historical Sources

Martin Rees — Just Six Numbers: The Deep Forces That Shape the Universe (1999) — The six quantities affecting cosmic structure and the conditions for life.
Leonard Susskind — The Anthropic Landscape of String Theory (2003) — Original theoretical paper exploring the landscape of possible physical environments.
Leonard Susskind — The Cosmic Landscape: String Theory and the Illusion of Intelligent Design (2005) — Susskind’s book examining the cosmological constant and anthropic reasoning.
Sheri Fink — The Anthropic View of the Universe, New York Academy of Sciences (2006) — Report of Susskind’s April 2006 Academy presentation.
Leonard Susskind — Interview with the Istituto Nazionale di Fisica Nucleare (2025) — Susskind explains why the cosmological constant is so extraordinarily small.
Leonard Susskind — Interview on Feynman, Holography and Unanswered Questions (2018) — Extended scientific interview.
Planck Collaboration — Planck 2018 Results. VI. Cosmological Parameters (2020) — Peer-reviewed measurements used in modern cosmology.
Isaac Newton — Principia, General Scholium (1713; English translation 1729) — Newton’s original theological reflections on cosmic order.
Nicolae Sfetcu — Newton’s Principia on God-Mediated Action (2019; posted to SSRN 2023) — Historical and philosophical discussion of Newton’s understanding of divine action.
Richard Feynman — QED: The Strange Theory of Light and Matter (1985) — See p. 129 for the discussion of the fine-structure constant and the figurative “hand of God” expression.

3. Additional Academic Research

These papers provide a stronger scientific foundation for the article’s discussion of fine-tuning and uncertainty.

Steven Weinberg (1987) — Anthropic Bound on the Cosmological Constant. Physical Review Letters, 59, 2607–2610. A foundational analysis of how the cosmological constant affects gravitational structure formation.
Steven Weinberg (1989) — The Cosmological Constant Problem. Reviews of Modern Physics, 61, 1–23. A classic scientific review of the unexplained smallness of vacuum energy.
Sean M. Carroll (2001) — The Cosmological Constant. Living Reviews in Relativity. A detailed introduction to the history, physical meaning and observational constraints.
Luke A. Barnes (2012) — The Fine-Tuning of the Universe for Intelligent Life. Publications of the Astronomical Society of Australia, 29, 529–564. A comprehensive review of physical fine-tuning arguments and their limitations.
Persi Diaconis, Susan Holmes and Richard Montgomery (2007) — Dynamical Bias in the Coin Toss. SIAM Review, 49, 211–235. Particularly relevant to the article’s distinction between physical mechanisms, initial conditions and apparent randomness.
DESI Collaboration (2025) — DESI DR2 Results II: Measurements of Baryon Acoustic Oscillations and Cosmological Constraints. Recent observational evidence relevant to whether dark energy is truly constant over cosmic time.
Wang and Mota (2025) — Did DESI DR2 Truly Reveal Dynamical Dark Energy?. A critical assessment of how robust the evidence for evolving dark energy is.

For additional philosophical background: Stanford Encyclopedia of Philosophy — Fine-Tuning.

4. Accompanying Videos

Leonard Susskind — Cosmological Constant (Featured Video) — Central video accompanying the article; particularly the segment from 1:56 onwards.
Leonard Susskind — Is the Cosmos a Computer? — A discussion of whether describing the universe computationally is merely a metaphor or something stronger.
Leonard Susskind — My Friend Richard Feynman (TEDxCaltech, 2011) — Susskind recalls his friendship with Richard Feynman.

5. Methodological Note

This article is a contemporary personal reflection, not independent scholarly tafsīr. Qur’anic Arabic follows the displayed ʿUthmānī text on Quran.com; English translations are renderings of meaning.

Scientific measurements, explanatory hypotheses and philosophical interpretations are distinguished throughout. The relationship between cosmic fine-tuning and divine creation is presented as a theological and philosophical reflection, not as an experimentally established conclusion.

The Leonard Susskind video is an accompanying source; any quotation attributed directly to him should be checked against the original audio before publication.