Octopuses demonstrate higher intelligence than previously believed

Paris – June 13, 2026: Recent research has revealed that octopuses possess higher intelligence than previously assumed. In experiments, octopuses were encouraged to recognize themselves in a mirror and deliberately search for food. This discovery brings a new perspective to the understanding of cephalopod cognitive abilities.

Researchers placed octopuses in an aquarium with a mirror and observed their behavior. At first, the octopuses showed interest in the mirror image but soon recognized that the reflection was not a real entity. Afterwards, the octopuses began deliberately searching for food located out of their direct view. This suggests that octopuses can see their surroundings from another perspective and possess the ability to strategically search for food.

These results shed new light on the cognitive abilities of octopuses and other cephalopods. Until now, self-recognition and complex problem-solving skills were thought to be limited mainly to mammals and birds. However, the ability of octopuses to recognize themselves in a mirror and intentionally search for food shows that these abilities can also exist in animals with entirely different nervous systems.

Researchers emphasize the need for further studies to understand the exact mechanisms behind this behavior. It remains unclear whether octopuses have true self-awareness or if this behavior is driven by complex instincts. Nevertheless, this discovery opens new possibilities in the study of animal intelligence and will help deepen the understanding of cognition evolution in the animal kingdom.

This research has been published in a renowned professional journal and has already attracted international attention. Scientists around the world are discussing the implications of these results for animal behavior and the evolution of intelligence. However, some experts caution against drawing premature conclusions and stress the need for further verification to accurately identify the causes and effects of the behavior.

Overall, this discovery strengthens the view of octopuses as highly intelligent and complex animals. It highlights the importance of studying animal cognition and may improve understanding of the evolution of behavior and intelligence in the long term.

Additionally, these research results are expected to have practical applications, such as in robotics and artificial intelligence development. The flexibility and adaptability of octopuses could provide valuable inspiration for the design of advanced technologies.

In conclusion, this research shows that the animal world still holds many surprises and reaffirms that science continuously gains new insights into the complexity and diversity of life on Earth.