What is the potential lifespan estimated for cool and dim red dwarfs?
Answer
Trillions of years
Red dwarfs maintain a slow burn rate that allows them to last for trillions of years, potentially outliving the current age of the universe.

Related Questions
Which stellar color generally indicates a cooler surface temperature?What critical factor determines the lifespan of a star on the main sequence?Approximately how long might a massive blue star exhaust its core fuel compared to the Sun's benchmark?What characteristic do blue supergiants possess that drives their nuclear furnace at an almost unbelievable pace?What is the potential lifespan estimated for cool and dim red dwarfs?What is the primary obstacle for sustaining complex life around blue stars, even if they host planets in a habitable zone?Why do blue stars consume their fuel at a disproportionately higher rate than cooler, smaller stars?What is the color associated with the Sun in the context of stellar temperature comparison?What physical aspect dictates a star’s color?Why is finding a blue supergiant actively burning in its prime statistically less likely across the observable universe?