Today (2017 C.E. - 2025 C.E.)

This archive spans the years 2017 through 2025, a period marked by rapid advances in clean energy, medicine, technology, and social equity. It collects documented breakthroughs, policy wins, and scientific achievements from the present era. If you want evidence that progress is real and ongoing, this is where to look.

Solar farm, for article on U.S. electric grid investment

U.S. announces ‘largest ever’ investment in its electric grid to advance climate goals

A $3.46 billion federal investment is rewiring America’s electric grid, spreading across 58 projects in 44 states to make power more reliable and ready for clean energy. The projects are designed to bring more than 35 gigawatts of new renewable energy online — roughly half the country’s utility-scale solar capacity as of 2022. They’ll also fund 400 microgrids, giving hospitals, neighborhoods, and rural communities a way to keep the lights on when storms take down the main grid. Each project had to direct benefits toward communities historically hit hardest by outages and pollution. For a clean energy future to actually reach everyone, the wires connecting it all matter just as much as the panels and turbines — and this is what modernizing with equity in mind looks like.

Hong Kong skyline at sunset

Hong Kong courts rule in same-sex couples’ favor

Hong Kong’s Court of Appeals ruled in favor of two same-sex couples in separate cases involving their rights to own and rent public housing. While same-sex marriage is not legal in the city, the rulings follow other decisions that have firmly established same-sex couples’ rights to equal treatment under the law.

A fossil fuel-free ammonia plant at the Kenya Nut Company, for article on green ammonia fertilizer

The Kenya Nut Company to become world’s first farm to produce fossil-free fertilizer on site

Green ammonia is about to be made on a working farm for the first time anywhere, at a macadamia operation outside Nairobi producing one ton per day. The plant runs on solar power, splitting water for hydrogen and pulling nitrogen from the air — skipping the natural gas that fertilizer production has depended on for over a century. That matters because the average bag of fertilizer in sub-Saharan Africa travels 10,000 kilometers to reach a farm, leaving growers exposed to every global price shock. Built by U.S. startup Talus Renewables, the system is small enough for a single farm and designed for places where supply chains are long and fragile. If it works, it offers a glimpse of food systems that are both cleaner and more self-reliant.