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How Oak Ridge National Laboratory staff helped responders in the fight against the Gatlinburg fire in Tennessee.

What you clicked, liked, loved and shared in 2016.

When the wind turbine industry needs to test out new designs, it turns to the National Wind Technology Center at the National Renewable Energy Laboratory.

Researchers at Pacific Northwest National Laboratory developed technology that can convert human waste into sustainable biofuel.

Scientists are developing computers that will be 50x faster than today’s by 2020, which will enable the first complete simulations of plasma.

Hydrogen and fuel cell technologies power cars, buildings and more. But how much do you know about them? Test your knowledge with this quiz!

Researchers at the National Energy Technology Laboratory developed a new catalyst for turning CO2 into fuel that is much cheaper and works much better than the platinum used today.

Today we recognize the service and sacrifice of American Veterans and their families.

Meet Linda Bagby, an engineering physicist at Fermilab.

Scientists at Argonne National Lab used their Advanced Photon Source to analyze the inside of dinosaur bones to determine once and for all just what T-Rex's tiny arms were used for.

Join Energy.gov to celebrate Energyween, a spooky, week-long celebration of energy, how we use it, and what each of us can do to make our energy use more sustainable.

Remote Alaska Communities Energy Efficiency Competition helps communities implement energy solutions that can be replicated throughout rural Alaska and potentially other Arctic regions.

Researchers at Oak Ridge National Laboratory found a way to turn carbon dioxide into a fuel that can be used in vehicles today.

Engineers at Idaho National Lab and the National Renewable Energy Laboratory helped build the world’s first triple hybrid renewable energy plant. It combines geothermal power, solar panels and concentrating solar power into one reliable energy source.

Research led by Berkeley Lab just broke a major barrier in transistor size by creating gate only 1 nanometer long.

In honor of Hydrogen Day, check out some of H2’s many uses and find out how the National Labs are studying ways to harness its powers to help solve the nation’s energy challenges.

As Hurricane Matthew bears down on Florida, the Energy Department (DOE) is monitoring energy infrastructure and coordinating responses across the federal community, state and local governments, and with partners in industry.

Solar Decathlon 2017 houses built by collegiate teams to join the landscape of a burgeoning “smart city” in Denver.

How wind, solar, LEDs and electric vehicles are leading the way in America's clean energy revolution, visualized in six simple charts.

Scientists at Brookhaven National Laboratory are getting closer to understanding what makes materials become superconducting at unusually high temperatures.

Researchers at Idaho National Laboratory designed a ballistic barrier to protect electrical substations from attack.

As world leaders gathered at the United Nations this week, the Obama administration and global partners today announced several unprecedented steps to secure an ambitious amendment to the Montreal Protocol.

Learn what the Final Rule for the Integrated Interagency Pre-Application Process is and why its important.

The same technology that keeps certain toxins from leaving a power plant is now cleaning indoor air...and saving money!

After the first anniversary of the Iran Deal, we gave some of the most commonly asked questions to Energy Secretary Ernest Moniz.