We made a Bio-Accurate Bloop | What if it was real?

The Hypothetical Existence of the Bloop and its Implications

The Bloop refers to a mysterious sound discovered in 1997 from the depths of the sea, believed to be emitted by a massive, unknown creature.
The exact size of the Bloop is uncertain, but it is portrayed as being larger than a regular whale, potentially reaching 350 meters in length.
Speculating on the size, a Bloop of this magnitude would have teeth measuring between 2 to 6 meters long and a tail fluke spanning 183 meters wide.
The estimated mass of the Bloop would be a staggering 849,744 tons, making it significantly heavier than any known marine mammal.
Considering its physical features and vocalization abilities, the Bloop is believed to be a mammal, potentially a member of the whale family.
The Bloop is thought to have originated from the Southern Ocean, indicating that it would inhabit this area if it were real.
To determine its diet, it would be necessary to explore the available food sources in the Southern Ocean.

The Antarctic Ocean provides natural cooling for Bloop due to its size and heat generation from cellular activity.
Bloop would face the challenge of maintaining energy intake to fight the biological effect known as gigant.
The world's entire ecosystem would likely suffer if Bloop had to satisfy its daily caloric needs.
Bloop would require a significant amount of calories per day, estimated to be around 30,834,975,600.
Consuming such a high amount of calories would require Bloop to eat an unrealistic number of humans, around 245,000 per day.
Resorting to eating the largest animals on the planet, Bloop would need to consume 40 large whales every day.
Feeding Bloop for a week would have a significant impact on ecosystems and the global food chain.
In reality, an animal as large as Bloop would not be sustainable on Earth.
However, a biologically plausible and larger version of Bloop could hypothetically evolve from a smaller ancestor over time.

The Bloop would have evolved from the amphibian class, specifically from the ancient Paleozoic ancestors.
It is likely that Bloop's ancestors would have adapted to live in deeper water as opportunistic predators and scavengers.
Bloop's ancestors would have waited out food scarcity and increased in size as the ecosystem improved.
Bloop would have developed better swimming abilities and used ambush tactics to target whales as they entered the oceans.
The researchers have created a biologically plausible version of Bloop called Cryosidon Cavin, potentially measuring 35m in length and weighing 300 to 420 tons.
Cryosidon Cavin would have a jaw span of 6 to 7m with teeth ranging from 6 inches to 5 feet in length.
Cryosidon Cavin would have a lattice-like bone structure for strength without excess weight and would be cold-blooded, requiring fewer calories than a warm-blooded animal.

Whales historically communicate over large distances, similar to how the mysterious ningan creatures are rumored to communicate.
With the current changes in the world's oceans and the rapid decline in the population of Antarctic whales, these apex predators would face challenging circumstances.