Three-person IVF births and tracking artificial intelligence readiness in the US

Babies born via three-person IVF spark biotech debate as new data maps artificial intelligence readiness across the US.

Researchers in the United Kingdom have announced the birth of eight babies through a pioneering in vitro fertilization technique involving DNA from three individuals. This process, aimed at preventing mothers with genes for mitochondrial diseases from passing on severe disorders, incorporates the mitochondrial DNA of a third donor in addition to the nuclear DNA of the biological parents. By transferring the nuclei of fertilized eggs into donor eggs with healthy mitochondria, these embryos carry the desired genetic traits while minimizing the risk of hereditary mitochondrial illnesses. The accomplishment, enabled by mitochondrial donation technology, is being celebrated by scientists as a remarkable milestone in reproductive medicine, though some remain cautious about declaring the trial a comprehensive success.

Meanwhile, a new interactive report from the Brookings Institution provides unprecedented insight into the regional landscape of artificial intelligence integration and employment across the United States. Using four key charts, the study visualizes where artificial intelligence companies and jobs are concentrated and identifies communities that might struggle to adapt. The analysis seeks to inform policymakers on where interventions are most needed, given the difficulty in predicting how artificial intelligence may reshape local economies and job markets in the coming years. The data underscores the uneven distribution of artificial intelligence resources and opportunities, raising fresh debates on equitable technology access and workforce adaptation.

Elsewhere in the newsletter, the discussion turns to technology trends and policy shifts shaping the current landscape: from ongoing debates around energy demand and air-conditioning´s essentiality during extreme temperatures, to legislative battles on science funding and public health preparedness amid disease outbreaks. Also spotlighted are developments in supercomputing for medical research, controversies around data privacy and artificial intelligence training, and the precarious rise of open-source artificial intelligence platforms reliant on big technology companies´ support. Collectively, these stories frame an environment where scientific innovation, social responsibility, and political agendas are increasingly intertwined.

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