Direct Current - An Energy.gov Podcast

Presenting "People Powered," a new series on clean energy careers! There are millions of good-paying jobs in energy, and we'll be introducing you to the folks who do them — starting with Kaly Moore, construction manager at a Washington, DC, solar company.

Presenting "People Powered," a new series on clean energy careers! There are millions of good-paying jobs in energy, and we'll be introducing you to the folks who do them — starting with Kaly Moore, construction manager at a Washington, DC, solar company.

Contained within a single glass of beer is hundreds of hours of labor and vast amounts of resources. Join us as we go inside a popular craft brewery and learn how DOE programs are helping reduce costs while saving water and energy.

Stretching nearly two miles under a freeway in Palo Alto, CA, the Linac Coherent Light Source (LCLS) is a huge X-ray laser with the power to capture images of molecules in motion. Now, a big upgrade is taking this SLAC Lab facility to the next level.

With $40 billion in lending authority, the Loan Programs Office is one of the Energy Department's most powerful clean energy investment tools. We sat down with Director Jigar Shah to talk about how LPO works, and what's in store for the future of energy.

The nation's 16th Secretary of Energy, Jennifer Granholm, sat down with Direct Current to talk clean energy, climate, her "obsession" with creating millions of good-paying union jobs, and her vision for the Department of Energy.

Developed by Los Alamos National Lab, SuperCam is the scientific “Swiss Army Knife” for NASA's Mars Perseverance Rover. In this episode, we hear from the SuperCam team what it's like shooting rocks with lasers, and how it could help us find life on...

It zaps. It snaps. It scans. It even dusts! SuperCam is the NASA Mars Perseverance Rover’s multitalented “Swiss Army Knife” of planetary science. In this episode, we hear from the Los Alamos National Laboratory team behind SuperCam about what it’s like to shoot lasers at rocks on Mars — and how it could help us find hard evidence of ancient extraterrestrial life on the Red Planet.

NASA's Mars Perseverance Rover is loaded with technology developed by the Department of Energy, including a nuclear battery fueled by plutonium-238. Listen as we follow the rover’s power source on its 7-year, 5,000-mile journey from lab to launch pad.

NASA's Mars Perseverance Rover is loaded with technology developed by the Department of Energy and our National Labs, including a nuclear battery fueled by plutonium-238. In this episode, Direct Current follows the rover’s power source on its incredible seven-year, 5,000-mile journey from the lab to the launch pad.