The octopus is second only to humans in IQ, can it replace humans as intelligent creatures?

No, although the octopus is very intelligent, the octopus belongs to the cephalopod family, and even if the physiological and biochemical characteristics of this creature can give the octopus some advantages in the ocean, it will still be at an absolute disadvantage compared to vertebrates on land, such as shorter lifespan, lack of intergenerational communication, etc., which is undoubtedly a congenital disadvantage.

Of course not, although the IQ of the octopus is very high, there is still a big gap with us humans, there is no way to compare, even after many years, it is impossible to replace humans.

No. Because the octopus's IQ is far worse than that of humans, and humans are evolving faster, I don't think it can replace humans as intelligent creatures.

IQ is equivalent to the intelligence level of a 2-year-old child. There are scientific experiments that show that octopuses can even open the cap of the bottle and eat the delicious small crabs inside.

Octopuses are invertebrates.

The most intelligent species, it has even more neurons than some mammals.

Its cleverness is shown in two ways, one is that it can use tools to close the octopus into a plastic bottle, and it can unscrew the cap from the inside. Another aspect is that it has the ability to learn, and octopuses that do not use tools will learn and use them as soon as they see their own kind using them.

The average lifespan of an octopus is generally about 3 years, and if the living conditions are very ideal, they can live up to about 4 years old. The octopus has well-developed eyes, which is the only similarity between it and humans, and it is very different from humans in other aspectsThe octopus has three hearts, two memory systems: one is the brain memory system, and the other memory system is directly connected to the sucker.

It only takes a very short time for a baby octopus to learn what it should be; Unlike most animals, the learning of baby octopuses is not based on the teachings of their elders. The baby octopus learns to hunt, camouflage, and find a better place to live on its own.

Octopus habits.

Octopuses are carnivorous and feed on gills and crustaceans (shrimp, crabs, etc.), with some species eating plankton. It's not a matter of whether it likes it or not, because of the stable structural myoglobin.

It is necessary for the octopus to survive in the deep sea.

It fights to the death with lobsters just to compete for astaxanthin.

Astaxanthin is the strongest antioxidant.

It is necessary to ensure that the structure of myoglobin is stable and not oxidized.

According to 2008 scientist Francisco of Leiden University in the Netherlands.

The professor and his experimental team members found that ripe shrimp, crab, salmon and other fish show an attractive bright red color through precise quantum computing methods, because shrimp, crab, salmon are rich in astaxanthin, and the natural red substance of ripe shrimp, crab, salmon and other fish is astaxanthin.

How high is an octopus IQ? Why do some people think that if humans die out, octopuses will replace them? Octopuses have "foreign" genes, and further exploration by marine biologists could reveal even more breakthroughs.

The world is still so vast that we don't fully know the outside world! The octopus looks completely different from other animals, not even other mollusks, with eight grasping arms, a huge brain, and problem-solving abilities. But there are still many scientists who have studied and have not asserted that the octopus came from an extraterrestrial source.

The massive expansion of a small number of genes, as well as the extensive modification of genomic linkages and repetitive contents, have played a key role in the evolution of morphological innovation in cephalopods, including their large and complex nervous systems. In the results of the August 2015 octopus gene sequencing study, the words "alien", "space" or even "earth" did not appear.

One explanation why octopuses (cephalopods) differ greatly from their putative evolutionary ancestors (nautilus) is that their genes come from the "universe". The genome of the octopus shows an astonishing level of complexity, and the octopus belongs to the sheath-like subclass of mollusks (cephalopods), whose evolutionary history dates back more than 500 million years. Cephalopods are also very diverse, and the sheath-like with complex behaviors (squid, squid, and octopus) may have arisen in a purely terrestrial evolutionary model of more primitive nautiloids.

However, the genetic differences between octopuses and their ancestors, the subclass of the sheath, are very large. Its massive brain and complex nervous system, camera-like eyes, nimble body, instantaneous camouflage through the ability to transform colors and shapes are just a few of the distinguishing features that have suddenly appeared in the evolutionary scene.

From the unanimously agreed ancestor nautilus to the common squid to the common octopus, these transformed genes are not easily found in any existing life form, and from a terrestrial evolutionary point of view, they seem to have been borrowed from a distant "future" or, more realistically, from the universe as a whole.

The IQ of the octopus is very high, second only to humans. Because many people think that the IQ of octopuses is particularly high, and some octopuses have higher IQs than humans, they think that octopuses will replace humans.

I think the IQ of the octopus is very high, but I don't think the octopus will replace the human because the human IQ is also very high.

The octopus has a large **brain, and each of its tentacles also has a unique network of small "brains". They require an incredibly complex coordination of eight tentacles and hundreds of sensitive suckers, not to mention the ability to camouflage in a coral reef background. By changing pixel color blocks and textures, as well as wrist and foot distortions, these body artists can instantly blend into the background, only to reappear when threatening an opponent or attracting a mate.

But for predators, the soft limbs of an octopus are a delicious meal. So the octopus has evolved a "thinkable **" that is able to blend into the background in seconds. These fast-changing artists not only change their colors with the pigments within the body, but are also able to complete their performances with smooth textures and curvatures of the body and wrists and feet.

When they quietly sway their two brachiopods, they may be able to disguise themselves as a seaweed.

On a microscopic level, the magic of the octopus is that, unlike human neurons, which are mostly distributed in the brain, most of the neurons in the octopus are distributed on the brachiopods. As a result, the eight brachiopods can work in multiple threads at the same time, independently perceive the environment, and respond extremely quickly, and many behaviors do not require specific instructions from the brain. What's even more amazing is that some species of octopuses (and squid and cuttlefish) can dramatically rewrite their own RNAs, diversifying the proteins in the individual's nervous system to adapt to environmental changes.

For humans and most living things, this is completely incredible.

The octopus has a huge brain, with more than 500 million neurons, the main brain only accounts for about 10% of the neurons, and the two huge optic nerve lobes account for 30%, and the remaining 60% are on the tentacles. Make the octopus more creative and more complex in its behavior. In addition to "genes" and "brains", octopuses also have two memory systems, one is the brain memory system, and the other is connected to the tentacles, which can generate and store short-term and long-term memories, and can easily learn skills.

Because octopuses have always lived in the sea and don't need much food, they don't need to evolve as many abilities, so they don't become intelligent creatures.

The main reason is that they do not have sufficient nutrient content in their blood, and they cannot compete with other fish, and they also lack metabolic ability, and it is also because of this reason that they cannot become intelligent creatures.

Mainly because the development of the octopus is limited, its biological structure is relatively simple, so it has not become intelligent.

It has two memory systems inside its body, which allow it to short-circuit the aquarium's wiring, causing power outages; Because the octopus does the incomprehensible things on earth, and because of the unique structure of its body, it has a strong memory function, and it also has a strong number of genes to adapt itself to the current environment, and at the same time it can effectively transform, so scientists believe that it is not an earth creature.

The octopus has a very high IQ, the brain cells and nervous system of the octopus brain are very complex, and the imitation ability is particularly strong, because the color of the octopus's blood is blue and the color of the blood of animals on the earth is different, and the chromosomes and genes are also different from the genetic arrangement of carbon-based organisms on the earth.

The octopus is a marine creature, and many scientists say that the octopus probably did not breed on Earth in the first place. But this is a speculation that has not yet been confirmed.

The IQ of the octopus is relatively high, but it is not to the point of being terrible. Octopuses have the highest IQ among invertebrates, and they even have more neurons than some mammals. Many people think that octopuses have terrible IQs for two main reasons, the first is that octopuses use tools, and they can unscrew plastic bottles.

The second is that they have a strong learning ability, and when they see similar tools in use, they can quickly learn to use them themselves. <

Octopuses do not have a terrible IQ, they belong to animals with relatively high IQs. Among the invertebrates, octopuses are one of the higher IQ species, and they have more neurons than some mammals. The reason why many people think that octopuses have a terrible IQ is mainly because they can use tools and have a strong ability to learn.

If octopuses are placed in a plastic bottle and the cap is tightened, they can escape by unscrewing the cap on their own. The second is that they have a strong learning ability, and when octopuses that do not know how to use tools see their own or other animals using tools, they will quickly learn and use them. Therefore, it is in these two points that humans think that the IQ of octopuses is terrible.

Octopuses do not have a higher IQ than humans, and although they already belong to the invertebrate animals with a high IQ, there will still be a big gap between their IQ and that of humans. In general, the IQ of an octopus is equivalent to that of a human at about 2 years old. Of course, there are also some octopuses with relatively high IQs, and the IQ is about the same as that of 3-4-year-old humans.

Not only do octopuses have a high IQ, but they are also very strong in their ability to learn and camouflage. When they discover the same kind of tools, they learn them very quickly. When hunting, they quickly change the color and structure of their bodies to hide themselves.

It is because octopuses are very suitable for living in water, and they have evolved for a long time and have not developed legs like land animals, so there is no way to live on land.

Because octopuses have not evolved a respiratory system that can survive on land, they are still living in the water until now.

This is because octopuses are adapted to live in the ocean, so they are still living in the water, so they can meet their special body structure.