Data center opposition a rare issue uniting Americans across the political divide | 60 Minutes

America and the world are experiencing a major technological revolution driven by artificial intelligence. At the heart of this revolution are data centers, large industrial facilities housing powerful computer equipment that consumes massive amounts of electricity. With more than 3,000 data centers across the country and plans for an additional 1,500, these facilities are now a hot topic during the midterm elections.

To understand the controversy surrounding data centers, CBS News correspondent Norah O'Donnell traveled to Texas, a state known for its massive development of such facilities.

Jazmin Villegas, a resident of Red Oak, Texas, resides on a farm near a proposed data center campus nearly three times the size of the current one nearby. When she learned of the impending construction, Villegas, a former Marine, felt compelled to take action. Villegas explained that while she is not opposed to data centers outright, she is concerned about their potential impact on her community, including pollution, water usage, noise, and the effects on her family's livelihood.

The controversy surrounding data centers extends beyond just environmental concerns. In towns and cities across the country, residents have expressed worries about rising electricity bills, the growing power demand, and the potential strain on local infrastructure. They also question the transparency of the decision-making process, accusing city councils of making these choices without proper input or public scrutiny.

Michael Webber, a professor at the University of Texas specializing in the relationship between water and energy, has been consulted by tech companies when they seek to build in Texas. Webber insists that data centers must adhere to certain principles, including being tax-paying, power-flexible, water-positive, and carbon-negative. He emphasizes that these facilities should not take excessive amounts of water, overload the grid, or harm the surrounding land.

The rapid growth and size of data centers for AI purposes are unprecedented compared to previous decades. While older data centers typically had a capacity of around five megawatts, modern AI data centers can reach 1,000 megawatts, a 200-fold increase in scale. This scale disparity raises questions about whether the demand for artificial general intelligence (AGI) will ever be fully satisfied, leading to a continuous need for more data centers and advanced computing power.

Proponents of data centers argue that they will drive significant technological advancements, including the development of AGI, which could revolutionize various industries such as healthcare, manufacturing, and autonomous systems. However, the controversy surrounding data centers highlights the balance between technological progress and the potential environmental, economic, and social implications of their widespread adoption.