Atmospheric carbon gets turned back into coal, tobacco plants are repurposed as “green bioreactors,” and an artificial intelligence text generator becomes worrisomely good at its job.

Atmospheric carbon gets turned back into coal, tobacco plants are repurposed as “green bioreactors,” and an artificial intelligence text generator becomes worrisomely good at its job.

Atmospheric carbon gets turned back into coal, tobacco plants are repurposed as “green bioreactors,” and an artificial intelligence text generator becomes worrisomely good at its job.

Atmospheric carbon gets turned back into coal, tobacco plants are repurposed as “green bioreactors,” and an artificial intelligence text generator becomes worrisomely good at its job.

Atmospheric carbon gets turned back into coal, tobacco plants are repurposed as “green bioreactors,” and an artificial intelligence text generator becomes worrisomely good at its job.

Atmospheric carbon gets turned back into coal, tobacco plants are repurposed as “green bioreactors,” and an artificial intelligence text generator becomes worrisomely good at its job.

Atmospheric carbon gets turned back into coal, tobacco plants are repurposed as “green bioreactors,” and an artificial intelligence text generator becomes worrisomely good at its job.

Hospitals, pharmacies, and patients all rely on logistics companies that deliver heat-sensitive medicines, such as insulin and vaccines, to keep them at the right temperature at every step in the transport chain.

Hospitals, pharmacies, and patients all rely on logistics companies that deliver heat-sensitive medicines, such as insulin and vaccines, to keep them at the right temperature at every step in the transport chain.

Hospitals, pharmacies, and patients all rely on logistics companies that deliver heat-sensitive medicines, such as insulin and vaccines, to keep them at the right temperature at every step in the transport chain.