
Many major U.S. cities aren’t bouncing back post-pandemic – new research explains why
Research
Stanford economist Nicholas Bloom examines why some downtowns may not return to normal and what this could mean for the future.
Long COVID knocked a million Americans off their career paths
In the News
Part of the rise in employment among Americans with disabilities can be attributed to more opportunities to work from home, says economics Professor Nicholas Bloom.

Study finds Paxlovid adds no clear long-COVID benefit
Research
Paxlovid, while effective in preventing severe COVID-19, didn’t appear to help long-COVID patients in a single-center study.

A new way to see viruses in action
Research
Stanford researchers revealed the replication process of SARS-CoV-2 using super-resolution microscopy, which may have applications for drug development.

How court rulings constrained public health powers during pandemic
Analysis & Insights
More than 1,000 lawsuits challenged community mitigation efforts and public health orders imposed during the COVID-19 pandemic. While most of those plaintiffs lost their cases, a new study looks at the 112 that were successful.

Unexpected cells may spread COVID-19
Research
A previously overlooked type of immune cell allows SARS-CoV-2 to proliferate, Stanford Medicine scientists have found. The discovery has important implications for preventing severe COVID-19.

Maternal vaccination against COVID-19 lowered risk of preterm births, Stanford study finds
Research
A new study by Stanford sociologist Florencia Torche shows the powerful impact of soon-to-be-moms getting the COVID-19 vaccine during pregnancy: It’s good for mother and baby.

Stanford researchers expand disease tracking in wastewater
Research
Researchers have developed methods for using wastewater to track the levels of various respiratory viruses in a population. This can provide real-time information about virus circulation in a community.

Pandemic stress physically aged teens’ brains, a new study finds
News
The brains of adolescents who were assessed after the pandemic shutdowns ended appeared several years older than those of teens who were assessed before the pandemic. Until now, such accelerated changes in “brain age” have only been seen in children experiencing chronic adversity, such as neglect and family dysfunction.