Certainly! One example of time dilation that does not involve traveling near the speed of light or specialized equipment is the phenomenon known as gravitational time dilation. According to the theory of general relativity, gravity affects the flow of time.
In the presence of a massive object, such as a planet or a black hole, time runs slower compared to a location farther away from the gravitational field. This means that clocks closer to the massive object will tick more slowly compared to clocks located farther away.
An everyday example of gravitational time dilation is the time difference between clocks at different elevations. Suppose you have two identical clocks, one placed at sea level and another at the top of a mountain. Due to the gravitational field being slightly stronger at sea level, the clock at sea level will experience a slightly slower passage of time compared to the clock on the mountain. The difference in time between the two clocks will be extremely small and not easily observable without precise measurements, but it does exist.
This effect has been confirmed through experiments and observations. For instance, atomic clocks flown in airplanes or placed at different altitudes have been found to show slight time differences when compared to reference clocks on the ground.
Gravitational time dilation is a consequence of the curvature of spacetime caused by massive objects and is an example of how gravity can affect the flow of time without the need for high speeds or specialized equipment.