Marcos Cabello
Reporter, Social Sciences and Business & Economics
@marcosacabMarcos Augusto Cabello, based in Boston, covers the Social Sciences and Business & Economics for The Academic Times. Prior to that, he obtained his Juris Doctor from Boston University School of Law and his bachelor’s degree in criminology and philosophy, with a minor in psychology, from Florida State University.
Researchers have uncovered a potential association between marital loss and dementia, adding to the well of knowledge about the relationship between stressful life events and mental illness.
U.S. states led by Republican governors had much higher rates of COVID-19 infections and deaths throughout 2020, according to a new analysis that quantifies how much politics impacted the effects of the pandemic.
Industrial robotization in the workforce is projected to worsen the gender pay gap, according to new research using data from across Europe, signaling that any progress toward closing the gap may be quickly eroded without intervention.
Researchers have failed to replicate a study demonstrating that the European Union brand significantly impacted people's evaluations of and trust in government policies, suggesting that government branding may not impact how people perceive public policy and helping to fill the dearth of knowledge about public brands.
A first-of-a-kind study maps and identifies marine areas that, if strictly protected from fishing and other habitat-damaging activities, could provide a comprehensive solution to three of humanity's most pressing issues: climate change, loss of biodiversity and the global decrease of Earth's fishing supply.
A DNA analysis of a 6,200-year-old massacre reveals that this ancient act of organized violence was an instance of indiscriminate killing, according to research published Wednesday that conducted the largest genetic analysis of an ancient massacre to date.
Neanderthals’ disappearance from Northwestern Europe occurred much earlier than previously thought, according to new research using modern technology that completely strips skeletal samples of contaminants that are likely the culprits of radiocarbon misdating.