Lecture 25

25. The Role of Contradiction in Discovery and Knowledge

Summary
This lecture examines how contradiction and apparent paradoxes function as essential catalysts in the discovery of truth across philosophy, natural science, and theology. Drawing on Aristotle’s account of examining difficulties beforehand, Berquist traces this insight through Heraclitus, twentieth-century physicists (Planck, Bohr, Heisenberg, Einstein), and theological examples, arguing that recognizing contradictions orients the mind toward truth and serves as a sign of progress when contradictions are resolved.

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Lecture Notes

Main Topics #

The Role of Contradiction in Discovery (Aristotelian Framework) #

Aristotle argues that examining difficulties and contradictions beforehand is necessary for discovering truth. The mind encountering contradiction is like feet tied by rope—unable to proceed until the knot is untied. Discovery is fundamentally an “untying of the difficulty seen before.”

Four Reasons for Examining Difficulties #

  1. Direction: Seeing contradictions tells you where to go—toward resolving them
  2. Progress Recognition: When contradictions disappear, you know you’ve arrived at truth
  3. Knowledge of Goal: Those who examine difficulties know what they’re seeking; those who don’t are like travelers without a destination
  4. Better Judgment: Like a jury hearing both prosecution and defense, examining reasons on both sides of a contradiction prepares one better to judge truth

Heraclitus and the Philosophy of Contradiction #

Heraclitus anticipates Aristotle’s insight with key fragments:

  • “War is the father of all things”—conflict/contradiction generates new knowledge
  • “The hidden harmony is better than the apparent harmony”—true harmony lies beneath apparent contradictions
  • “If you do not expect the unexpected, you will not find it”—recognizing contradictions reveals what was previously hidden
  • His advice: “Dispute”—engage contradictions dialectically

The Importance of Asking the Right Question #

Heisenberg’s principle: “Asking the right question is frequently more than halfway to the solution of the problem.” Berquist illustrates with a diagram showing that more time and effort precedes asking the right question than answering it. The Socratic method in the Meno exemplifies this—through carefully posed questions, Socrates helps the slave boy recognize his mistake about doubling a square and discover the correct solution.

The Socratic Method and Apparent Paradox #

Most people exist in a state of “apparent harmony”—thinking they know something without recognizing internal contradictions. Socrates reveals these contradictions, freeing people from error and enabling them to truly seek knowledge. In the Meno, the slave boy initially believes doubling the side doubles the square (apparent harmony), but when confronted with the contradiction (2×2=4, 4×4=16, and 16≠2×4), he recognizes his ignorance. The hidden harmony emerges: the diagonal of the square provides the correct doubling.

Key Arguments #

The Knot Metaphor #

  • Physical contradiction = feet tied by rope requiring the loose end to unravel
  • Mental contradiction = the mind tied and unable to proceed
  • Finding the loose end and unraveling it = making a discovery
  • Appears across Aristotle, Einstein (“wall of contradictions blocks scientific progress”), and Shakespeare

The Heuristic Power of Dialectic Logic #

Bohr understood that logic’s dialectical character—its ability to reveal contradictions—possesses heuristic power (power of discovery). Contradictions orient the mind in the right direction and signal when understanding has been achieved.

Contradiction as External Sign of New Knowledge #

Bohr conceived of contradictions as “merely the external appearance of new knowledge” and saw in apparent contradictions “the germ of wider and more comprehensive coherence and harmony.”

Important Definitions #

Apparent vs. Hidden Harmony #

  • Apparent harmony: State of thinking you know something without recognizing internal contradictions (most people exist here)
  • Hidden harmony: True harmony that emerges when contradictions are resolved; hidden beneath apparent contradiction is profound truth

Heuristic (ἡ εὕρησις) #

From Greek hurain = to find or discover. The heuristic power of logic is its power of discovery—its capacity to orient the mind toward what is not yet known.

Dialectical Method (διαλεκτικός) #

Reasoning that brings out contradictions and moves toward resolution. Different from mere reflection; requires dialogue and mutual testing of ideas.

Examples & Illustrations #

From Physics #

Max Planck and Quantum Hypothesis: Told that physics was complete with no fundamental discoveries to make, Planck encountered black body radiation producing contradictions—existing theory predicted infinite energy (impossible). The quantum hypothesis resolved this contradiction, beginning twentieth-century physics.

Niels Bohr and Atomic Stability: Recognized that Rutherford’s atom model (miniature solar system) could not account for atomic stability under classical mechanics. This acute contradiction “pointed to the quantum postulate as the only possible escape from the acute dilemma.” Made him “absolutely confident of the truth, the quantum postulate.”

Werner Heisenberg: In conversations with Bohr about quantum theory, contradictions between experimental results drove the search for right questions. Once Heisenberg asked the right question one night in Copenhagen, he achieved breakthrough understanding. The uncertainty principle resolved contradictions between classical and quantum mechanics.

Albert Einstein and Relativity: “The relativity theory arose from necessity… from serious and deep contradictions in the old theory from which there seemed no escape.” Its strength lies in “consistency and simplicity with which it solves all these difficulties.” Einstein notes contradictions between classical mechanics and electromagnetic phenomena forced creation of new theory.

Gamow (Russian physicist): “The staggering contradictions between theoretical expectations on the one side and observational facts on the other are the main factors in the development of science.”

From Philosophy #

The Meno: Socrates asks slave boy how to double a square. Boy answers: double the side. When shown that 2×2=4 but 4×4=16 (not 2×4), boy recognizes his error and his ignorance. Socrates then shows the correct answer using the diagonal method, illustrating discovery through contradiction and right questioning.

Anaxagoras on Mind: Apparent contradiction—mind appears self-ruling (logic proves this) yet ruler must be separated from ruled (mind is not separate from itself). Resolution: mind rules itself by using what it knows to know what it doesn’t know; ruled in what is unknown by what is known.

From Theology #

Matthew 22: Christ asks Pharisees how the Messiah can be both David’s son (descended from David) and David’s Lord (the one David addresses as Lord). Apparent contradiction resolved by hidden harmony: Christ is both God (Lord of David) and man (descended from David). Shows Christ’s pedagogical method resembles Socrates’—revealing ignorance in those who claim knowledge.

Notable Quotes #

“War is the father of all things.” — Heraclitus

“The hidden harmony is better than the apparent harmony.” — Heraclitus

“If you do not expect the unexpected, you will not find it; for it is hard to be found and difficult.” — Heraclitus

“Nothing is more interesting to the true theorist than a fact which directly contradicts a theory generally accepted at that time.” — Max Planck

“The staggering contradictions between theoretical expectations on the one side and observational facts on the other are the main factors in the development of science.” — George Gamow

“It is by emphasizing this conflict, it may be also possible in the course of time to discover a certain coherence of the new ideas.” — Niels Bohr

“Asking the right question is frequently more than halfway to the solution of the problem.” — Werner Heisenberg

“The relativity theory arose from necessity… from serious and deep contradictions in the old theory from which there seemed no escape.” — Albert Einstein

“All of the essential ideas in science are born in a dramatic conflict between reality and our attempts at understanding.” — Albert Einstein

“Their aim is to break down the wall of contradictions which frequently blocks the way of scientific progress.” — Albert Einstein

Questions Addressed #

Why Do Physicists Succeed When Others Fail? #

Heisenberg observes that physicists began to ask the right questions once they recognized strange apparent contradictions between experimental results. These contradictions enabled them to ask the right questions and thereby go “more than halfway to the end.” Contrast with philosophers who sometimes fail to ask the right question and therefore “don’t get anywhere.”

How Does Recognition of Ignorance Enable Learning? #

In the Meno, Socrates shows the slave boy that he doesn’t know how to double a square. This is beneficial: first, the boy is freed from a false opinion; second, he now knows he doesn’t know; third, he’ll want to know. Only then can genuine learning occur.

What Sign Indicates Arrival at Truth? #

When contradictions disappear or “staggering contradictions” become resolved, this is a sign that truth has been found. Bohr noted that until sufficiently violent contradictions appear in a field of inquiry, progress cannot be made. The disappearance of contradiction = sign of progress; its persistence = direction of inquiry.

How Does Christ’s Method Compare to Socrates'? #

Both reveal ignorance in those who claim knowledge by pointing out contradictions. Socrates questions the slave boy about geometry; Christ questions Pharisees about Scripture. Both point to hidden truths beneath apparent contradictions (the theorem beneath the slave boy’s error; the Incarnation beneath the apparent contradiction about Christ being both David’s son and Lord).