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Time in nature is perceived differently

06.04.2024

In today's world, saturated with technology and the fast pace of life, the perception of time plays a key role in our daily experience. However, new research by scientists has revealed that our perception of time can change significantly depending on the environment around us. This impact is especially noticeable from nature.

A study led by psychologist Ricardo Correia from the University of Turku in Finland found an interesting connection between our perception of time and exposure to natural environments. Scientists have found that time seems to pass slower when we are outdoors, away from the hustle and bustle of the city.

Walking through the countryside or spending time in green parks creates the feeling that time is increasing. This effect of nature extends not only to current moments, but also to our perception of the past and future. Through contact with nature, we become less prone to instant gratification, preferring long-term goals.

Why does nature have such an impact on our perception of time? This is due to the many benefits that come from being in a natural environment. Scientists note that nature helps reduce anxiety, improve sleep and overall well-being. These factors influence how we perceive the past, present and future.

However, access to nature is not always easy, especially for city dwellers. Creating green spaces in urban areas is becoming increasingly important to make the benefits of nature available to everyone. For those who don't have access to nature often, other strategies can help, such as time-use audits or reducing time spent on digital devices.

Nature has a significant impact on our perception of time and overall well-being. Understanding this connection can help us manage our time more effectively and strive for a more balanced lifestyle.

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At the end of 2013, Ford announced an autonomous version of the Fusion Hybrid, which is capable of driving on the roads without the participation of a driver. The car is equipped with circular video cameras, laser radars and various sensors that scan the traffic situation, and the on-board computer builds a three-dimensional map of space based on this information and, using special algorithms developed at the University of Michigan, controls the movement of the car in a specific situation.

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