Do ants have the ability to think Is it true that some people say that ants don t have brains?

Science has proven that millions of years before the advent of modern humans, ants were undergoing many social innovations: division of labor, farming, and even slavery. In fact, these traits have developed to the extreme in some ant populations.

Therefore, it has been argued that the acquisition of such capabilities is not unrelated to their development history of tens of millions of years. Based on further research, biologists have discovered that ants achieve an interdependent tissue system through cross-breeding. It is this interdependence that makes them an organized force.

And how does the process of an interdependent organizational system like ants be implemented in the execution of specific tasks? Scientists explained that ants leave behind chemicals called exohormones wherever they go, and other ants can use these chemicals to determine whether they are on the right path, because the greater the concentration of this substance, the more ants they have traveled, which means that it is a more reasonable route.

If an ant finds food, it returns to the nest to inform its companions and leaves "pheromones" along the way as a sign of where the colony is heading to the food. Pheromones will gradually evaporate, and if two ants find the same food at the same time and take different routes back to the nest, the smell of pheromones will be lighter on one of the more detouring roads, and the colony will tend to follow a closer route to the food location.

In fact, ants don't just rely on releasing information hormones as signposts, and scientists have recently made new discoveries. How do ants use geometry when they don't release hormones? In an ant society, worker ants are responsible for gathering food, and in a dangerous environment, ants must know how to orient themselves.

There is no doubt that ants release pheromones to lay out their food and route networks, but researchers continue to find that in the pheromone network, the angles of the two pheromones are between 50 and 60 degrees. Scientists speculate that this is the real secret of ants' way of understanding. Through experiments, scientists concluded that if the angle of the fork is between 0 and 120 degrees, the ants will not be able to correctly identify the route.

It seems that between 50-60 degrees is the geometric angle of the ant's path.

In terms of "traffic", ants are always able to find the nearest route for the transportation of their goods, and even if the road is unexpectedly blocked, they can quickly find another most suitable route. This enlightens scientists as to whether they can solve some of the problems that humanity is currently facing.

As a result, American scientists immediately thought that they could develop a new computer calculation method based on the way ants find food. The Swiss believe that this algorithm can be used to arrange the route of the oil trucks; In turn, BT arranged the best route for signal transmission within the communication network to improve communication efficiency.

From this, we can see that the thinking of ants is unimaginable.

If you have the ability to think, why copy so much, it saves time and energy

It's true, it's based on the research of some scientists, and people don't believe in such things, because ants are still very smart.

Yes, biologically it has no brains, but it has a quick mind, good cooperation skills, and a strong sense of familia.

I don't think so, I think any living thing has a brain, and without a brain you can't think and live.

A: Ants are sentient creatures, sentient creatures, sentient creatures, all have the characteristics of thinking and choosing and expressing emotions, so insects can think about problems.

Second, sentient organisms also have three thinking grades of low, medium and high, morphology, body color, the more similar or similar to the ruthless objects in the living environment, the lower its thinking level, the worse the logical ability, almost survival instinct thinking and choice, and for "the living environment form, body color, sound, smell" does not match or is not close to the sentient beings are particularly sensitive.

Third, any kind of creature that thinks and chooses based on survival instinct is "short-sighted" or sensitive to the smell of survival needs, and has a high degree of vigilance to odors, which is actually caused by the needs of survival instinct. Scientists have found that ants do not have brains and live in two-dimensional space. In addition, ants do not have vocal organs, but their biggest feature is that they can move objects that exceed 50 times their body weight.

Also known as the lazy ant effect.

A handful of "lazy" ants who seem to have nothing to do all day spend most of their time "scouting" and "researching". They are able to see where the tissue is weak while remaining in a state of exploration for new foods, thus ensuring that the colony is constantly receiving new food**, which is known as the "lazy ant effect".

The Evolutionary Biology Research Group at Hokkaido University in Japan observed the activity of a black ant colony of 30 ants. It turned out that most of the ants were very diligent in finding and moving things, while a few ants were idle all day long, looking around, and people called these few ants "lazy ants".

Interestingly, when the biologists marked the ants and cut off them from food**, the ants who were usually very diligent behaved at a loss, while the lazy ants "stepped forward" and led the ants to move to a new food source that they had already detected.

These seemingly no-do ants spend their time "scouting", so they can play a major role in the colony when it runs out of food. They are able to see the weaknesses of the tissue, while maintaining a state of exploration for new foods, thus ensuring that the group is constantly receiving new food**.

The ability of "lazy ants" to keep ant colonies alive in difficult times makes them irreplaceable in ant colonies. Therefore, most "diligent ants" are willing to feed those "lazy ants" who do not work, because their intense and orderly work is often inseparable from those "lazy ants" who do not work.

Ants have a high IQ. According to relevant studies, ants have 250,000 brain cells, and are the most intelligent species of all insects.

The high IQ of ants can be used to describe the characteristics of the group, such as "high knowledge" and "highly educated". Ants are social animals, and there are often thousands of ants in a single anthill, which is also consistent with the characteristics of the colony in its physical state. In addition, ants are very weak and famous, but if they are not given enough attention, ants can also cause serious disasters (such as ant plagues), so some people call ants "the strong with weak lead".

Introduction

In the ant family, there are about 10,000 different species, of which 10,000 have been identified. Ants are highly social antids with a high level of intelligence. Ants can build complex castles, domesticate fungi and other insects for their own use, have strong positioning and communication skills, can use a variety of navigation techniques to find their way home, and can wage war and enslave defeated ants.

What is even more surprising is that ants have a high learning ability, and it is usually the experienced ants who teach the young ants some predatory or other skills until the latter learns, so the ants are also considered to be the only animals outside of humans that can teach each other in this way.