More facts about ants: they are blind and deaf Their only sense is touch, which they use to navigate by picking up vibrations. These vibrations are picked up through their feet. Ants also use their antennae to navigate the world. Plus they have a sense of smell which is said to be 4-5 times stronger than most insects.
Looking through ant eyes
Ants' eyes are not like ours. Ants have compound eyes with many units, called ommatidia. Their eyes look like an array of LEDs you'd see in a traffic light (except in a dome shape). Each ommatidium sees one point in space so the whole eye sees one image but different portions of it.
Ants are similar to many other insects in that they possess senses such as hearing, touch and smell. Although hearing is very different in ants than animals that typically have ears, ants do possess the capability to hear.
The visual system of an ant is comprised of a pair of compound eyes and a set of simple eyes called ocelli.
Individual ants have tiny brains but together the many ants of a colony can exhibit remarkable 'intelligence'. Ants exhibit complex and apparently intelligent behaviour; they can navigate over long distances, find food and communicate, avoid predators, care for their young, etc.
William James Sidis has the World's Highest IQ. Anywhere from 250 to 300 is his IQ score, almost twice the score of Albert Einstein. At the age of eleven, William famously entered Harvard University, becoming the youngest person to enter.
As far as entomologists are concerned, insects do not have pain receptors the way vertebrates do. They don't feel 'pain,' but may feel irritation and probably can sense if they are damaged. Even so, they certainly cannot suffer because they don't have emotions.
Ants don't have complex emotions such as love, anger, or empathy, but they do approach things they find pleasant and avoid the unpleasant. They can smell with their antennae, and so follow trails, find food and recognise their own colony.
Ants, like other insects, have a heart that pumps hemolymph rhythmically.
Scientifically representation of ants indicates that they don't have vocal cords. This means that there is no way they can produce screaming sounds.
Many ants chirp to each other by rubbing two hard parts of their abdomens together. Different species can use these scraping sounds for things like getting organized, communicating with mates, and calling for help.
The short answer is ants have something similar to blood, but scientists call it “haemolymph”. It is yellowish or greenish. In vertebrates (animals with backbones such as humans, cats, dogs, snakes, birds and frogs) blood's main job is to move important things around the body.
Easily. They process information at a much faster rate than we do. This is why their relative, subjective perception of time is much slower. They need to process a lot less information than we do, which accelerates the process even further.
Ants, or other insects, cannot make their way into a living human brain via the ears, nor would it be possible for them to actually stay alive in the brain even if they could. The aural system and the brain itself has a number of defence mechanisms and physical properties that make such an invasion impossible.
A recent study of ants' sleep cycle found that the average worker ant takes approximately 250 naps each day, with each one lasting just over a minute. That adds up to 4 hours and 48 minutes of sleep per day. The research also found that 80 percent of the ant workforce was awake and active at any one time.
When the ants are crushed, a unique odor becomes detectable; some describe the smell as rotten coconut, others say it smells like ammonia. They are polygenic (multiple queens within one colony), which allows them to grow their colonies at an incredible rate; a single colony can have as many as 10,000 workers.
Social insects communicate mouth-to-mouth. If you've ever watched ants, you've probably noticed their tendency to "kiss," quickly pressing their mouths together in face-to-face encounters. That's how they feed each other and their larvae. Now, scientists report that the insects are sharing much more than food.
Over 15 years ago, researchers found that insects, and fruit flies in particular, feel something akin to acute pain called “nociception.” When they encounter extreme heat, cold or physically harmful stimuli, they react, much in the same way humans react to pain.
Ants become the pallbearer
After a few days the dead ant is carried off and placed on the “ant graveyard” by the other dead ants. This may seem like ants have complex feelings and need a few days to grieve before they dispose of the body, but in reality it's far more chemical than that.
Ants learn very rapidly, their memory lasts up to 3 days, decreases slowly over time and is highly resistant to extinction, even after a single conditioning trial. Using a pharmacological approach, we show that this single-trial memory critically depends on protein synthesis (long-term memory).
Some ants, like leaf-cutters, use their feces as manure for gardens that grow fungal food, but only certain “sanitation workers” are permitted to handle it. Ants in general are well known for their cleanliness—disposing of the dead outside the nest and leaving food scraps and other waste in special refuse chambers.
CHIMPANZEES. RECKONED to be the most-intelligent animals on the planet, chimps can manipulate the environment and their surroundings to help themselves and their community.
Dolphins are well known to be one of the most intelligent species on the planet. They are highly capable of both learning and mimicry.
Chimpanzees. Chimps are our closest relatives in the animal kingdom, so it's unsurprising they display intelligence similar to that of humans. Chimps fashion spears and other tools, display a wide range of emotions, and recognize themselves in a mirror. Chimps can learn sign language to communicate with humans.