Listening to new music is exciting for fans, especially when a major artist releases a long-awaited album.
But a new study suggests that the excitement surrounding album release days may come with an unexpected danger on the roads.
Researchers investigating the effects of smartphone use on driving safety found that traffic deaths increased noticeably on days when major albums were released.
The study, published as a working paper by the National Bureau of Economic Research, discovered that music streaming jumps sharply on those days—and so do fatal car accidents.
The research was led by Vishal Patel, a surgical resident at Brigham and Women’s Hospital and clinical fellow at Harvard Medical School.
Patel said the idea for the study came from a personal experience while driving.
One day, his wife sent him a text message asking him to listen to a newly released song.
As he scrolled through his phone to find it, he briefly looked away from the road and realized his car had begun drifting out of its lane.
That moment made him think about how many drivers might be doing the same thing at the same time when a popular album is released. If millions of people are reaching for their phones to search for new music while driving, the combined risk could be significant.
Studying distracted driving is difficult because researchers cannot ethically ask people to use their phones while driving during an experiment.
Instead, Patel and his colleagues took advantage of what scientists call a “natural experiment.” They examined real-world data from major album release days to see whether accidents changed during those periods.
The team analyzed data from the 10 most streamed albums released between 2017 and 2022. They compared music streaming activity on the release days with the levels during the 10 days before and after each release. Using data from Spotify, they found that streaming increased dramatically on release days, rising by about 43 percent compared with nearby dates.
Next, the researchers looked at national traffic fatality data for those same days. On average, there were about 139 traffic deaths on album release days, compared with roughly 121 deaths on the surrounding days. This represented an increase of about 15 percent, or roughly 182 additional fatalities across the 10 release days studied.
The researchers say several factors could explain the rise in accidents. Some drivers may be actively searching for new music on their phones, taking their eyes off the road. Others may simply be distracted by excitement about the release. Loud music could also make it harder to hear important sounds such as horns or sirens.
The data also revealed patterns among the drivers involved in these accidents. Many were younger, which fits with the fact that younger people tend to stream music more often. Fatal crashes were also more common in single-occupant vehicles, where there was no passenger to help manage the music or phone.
Patel says the issue of distracted driving may become even more complex in the future. Modern cars now include advanced technology such as cameras, sensors, and automatic braking systems that can improve safety. At the same time, new technologies—including artificial intelligence—could create even more opportunities for drivers to divide their attention.
While these tools may eventually help reduce risks, the researchers say the study highlights an important reminder: even brief distractions behind the wheel can have serious consequences.
