Moby Dick; Or, The Whale

Hypothesis on Whale Head Honeycomb Air Connection

The narrator proposes a hypothesis connecting the whale’s unique head structure to atmospheric pressure. Considering that ordinary fish possess a swimming bladder capable of distension or contraction, and that the Sperm Whale lacks such a provision, the narrator wonders if the mysterious “lung-celled honeycombs” within the whale’s head might have an unknown connection to outer air. This would make them susceptible to atmospheric distension and contraction, potentially contributing to the whale’s irresistible power.

Life Force Behind the Whale’s Forehead Wall

Behind the dead, impregnable, uninjurable wall of the whale’s forehead swims a mass of “tremendous life.” This life force can only be adequately estimated as one estimates piled wood—only “by the cord.” Crucially, this enormous mass obeys a single volition, moving with the same responsiveness as the smallest insect, making the whale’s entire massive body responsive to one unified will.

Conclusion on the Sperm Whale’s Immense Destructive Power

The narrator promises to detail further the whale’s concentrations of potency and “braining feats.” When complete understanding is achieved, the reader should be prepared to accept that the Sperm Whale could have “stove a passage through the Isthmus of Darien, and mixed the Atlantic with the Pacific” without causing the reader to “elevate one hair of your eye-brow.” The narrator concludes that understanding this truth requires the perspective of a “salamander giant” rather than a provincial observer.

CHAPTER 77. The Great Heidelburgh Tun.

Moby Dick devotes this chapter to explaining the intricate anatomy of the sperm whale’s head before describing the process of extracting its precious cargo, drawing an extended comparison between the whale’s case—a cavity containing the valuable spermaceti—and the legendary Heidelburgh Tun, the great wine cask of German folklore. The upper portion of the whale’s head is described as divisible into the junk, a fibrous honeycomb saturated with oil, and the case, a silken-lined chamber that holds the most prized substance in its purest form: spermaceti, which flows liquid during life but crystallizes into beautiful formations upon contact with air, much like the first thin ice forming on water. A large whale’s case can yield approximately five hundred gallons of this substance, though the treacherous extraction process results in considerable loss, and the operation of tapping this reservoir is characterized as both marvelous and perilously close to disaster, requiring the utmost care to avoid wasting its invaluable contents. The chapter prepares the reader for the detailed description of this dangerous procedure by establishing the extraordinary scale and value of the whale’s internal architecture.

Sperm Whale Head Internal Structure

The chapter opens with a discussion of the “Baling of the Case,” which requires understanding the intricate internal structure of the sperm whale’s head before proceeding. This sets the stage for examining how the whale’s head is anatomically organized to house its most valuable resources.

Sperm Whale Head Quoin Division

The sperm whale’s head can be conceptualized as a solid oblong shape. When divided on an inclined plane sideways, the head separates into two distinct quoins—geometric shapes that are essential to understanding its internal anatomy. The lower quoin consists of bony structure forming the cranium and jaws, while the upper quoin comprises an unctuous mass entirely free from bones, with its broad forward end creating the expanded vertical forehead of the whale. At the middle of the forehead, this upper quoin can be further subdivided horizontally into two nearly equal parts.

Quoin Term Definition

A footnote explains that “quoin” is not a Euclidean geometric term but belongs to the domain of pure nautical mathematics. This term had not been previously defined in literature. Melville clarifies that a quoin differs from a wedge in that its sharp end is created by the steep inclination of one side, rather than through the mutual tapering of both sides as found in a wedge.

Junk and Case Subdivisions

When the upper quoin is subdivided horizontally, it creates two distinct parts separated by an internal wall of thick tendinous substance. The lower subdivided portion is called the “junk” and consists of an immense honeycomb of oil, formed by the crossing and recrossing of tough elastic white fibres into ten thousand infiltrated cells throughout its entire extent. The upper part is known as the “Case.”