The Kronos Heads to Gela Alta in Search of a Meteorite

The Kronos’s planned expedition to Gela Alta is framed as a meteorite-recovery mission, but the account steadily unsettles that description. In a cabin conversation, Smilla learns that the stone lies beneath a cold glacier in a lake of meltwater, weighs an estimated fifty tons, and is supposedly rich in diamonds and unfamiliar substances. Her knowledge of glacier temperatures makes the water itself an anomaly; the ship’s rebuilt forward tank makes the expedition’s purpose more disturbing still, suggesting that Tørk may expect to retrieve something living.

The recovery plan and its prize

Huddled on the bunk in his cabin, Føjl explains that the object is a meteorite wedged into a kind of saddle in the cliff beneath the ice. Tørk has called it ancient, and the plan is to pick it up. The meteorite is not a casual discovery: photographs among Tørk’s papers had shown Smilla what looked like X-rays, including the Widmannstätten structure, the pattern formed by the relationship between nickel and iron in meteorites. In retrospect, those images had pointed toward the expedition’s real objective.

The reported scale of the find gives the recovery its extraordinary stakes. Tørk says the meteorite weighs fifty tons and is the biggest ever found. On the 1991 expedition, the team took oxygen and acetylene and cut off several fragments. He also claims that the stone contains diamonds and substances not found on Earth. To Føjl, those possibilities carry the bright appeal of a child’s treasure; Smilla recognizes the enthusiasm, but the circumstances around it make the promise of hidden riches feel less innocent.

Secrecy and the question of ownership

Føjl says that a discovery of interest in Greenland must be reported to the National Museum in Nuuk. The museum would then contact the Mineralogical Museum and the Institute for Metallurgy in Copenhagen, after which the find would be registered as a matter of national interest and confiscated. His explanation makes the expedition’s secrecy legible: the group is not simply collecting a valuable specimen, but acting to keep it outside the official chain of reporting and control.

That proposed confiscation also places the recovery within a tension between the expedition’s private ambitions and the public institutions responsible for a find in Greenland. The stone’s exceptional size and alleged contents sharpen that conflict. The more important the meteorite might be, the less plausible it becomes that its removal is an ordinary scientific undertaking.

A glacier that should not contain a lake

Føjl describes the meteorite as almost covered by meltwater and close to the ice surface. Seidenfaden believes it should be reachable either through a meltwater tunnel or through cracks in a crevasse beside the saddle. Getting it out is harder: the proposal is to enlarge the tunnel that drains the lake, using explosives, and carry out the recovery as underwater work.

Smilla tests the explanation against the physics of ice. She acknowledges the account that pressure can lower the melting point: at depth, the weight of the ice raises the temperature, and temperate glaciers in the Alps and Rocky Mountains can hold meltwater far below the surface. Føjl says Tørk explained the phenomenon to him. But Gela Alta is not a temperate mountain glacier. Smilla identifies it as a small cold glacier: its surface is about 14°F, its base about the same, and the melting point under the pressure there is around 32°F. On those conditions, not a drop of liquid water should form inside it.

The contradiction is not an abstract technical dispute. The lake is the route by which the team intends to extract the fifty-ton stone; if the water cannot naturally exist in that glacier, both the stated recovery plan and the account of the meteorite’s surroundings become suspect. Føjl does not seem persuaded by Smilla’s objection. She considers whether he does not understand it, whether Tørk’s influence has made him trust the explanation, or whether the ice remains difficult to comprehend for someone not born to it.

From meteorite to possible living thing

Smilla offers a tentative explanation for the heat she suspects must be present: it may come from the stone, which could be emitting energy, perhaps radioactivity. She does not present this as certainty. Instead, she sets it against another clue aboard the Kronos. The ship’s forward tank has been rebuilt so that it can be sterilized, and it is supplied with oxygen and compressed air. Its construction is suited to transporting a large animal.

Together, the anomalous water and the adapted tank alter the meaning of the expedition. Smilla suspects that Tørk may believe the object they are going to retrieve is alive. The meteorite remains a stone in Føjl’s account and an unproven source of heat in hers, but the ship has been equipped for a different kind of cargo. The planned journey to Gela Alta thus holds two incompatible explanations in view: the recovery of an unprecedented extraterrestrial specimen, and the containment of something capable of living. The evidence does not resolve that uncertainty; it makes the expedition’s scientific language increasingly difficult to take at face value.