Lawrence Livermore National Laboratory

While 3D printing is a burgeoning technology, it's limited by the fact that items can only be printed from a single material. A new system still uses just one print resin, but that substance can form into two different solid materials as needed.

With the promise of unlimited energy, Xcimer has raised over US$100 million from investors and the US Department of Energy to develop a high-energy laser system that's intended for use in a practical fusion power plant.

Lawrence Livermore National Laboratory has published an extensive paper confirming the validity of its 2022 fusion experiment where multiple lasers focused on a sphere of deuterium and tritium to achieve the first fusion ignition in a laboratory.

Although an increasing number of devices are being developed for use on or in our bodies, such devices tend not to be very … "body-like." A new 3D printing resin could change that, by allowing for variable stiffness throughout single objects.

For the prospect of limitless, clean energy produced through nuclear fusion to become a reality, scientists need the reactions at the heart of the technology to become self-sustaining, and newly published research has edged them closer to that goal.

"Extraordinary results" from experiments with an extraordinarily high-powered laser have just taken us a whole lot closer to the goal of fusion ignition, where the energy generated through nuclear fusion is enough to trigger a runaway effect.

​A team of engineers has developed a new way of 3D-printing metals that could improve on existing, laser-on-powder based methods. It relies on using semi-solid metals that are solid at rest, but can flow when force is applied, making it possible to move through the nozzle of a printer.

About 10,000 reels of film recording the 210 above-ground US nuclear tests are the focus of a project at the Lawrence Livermore National Laboratory (LLNL) that has spent the past five years transferring the decomposing images to digital format.

New research from the Lawrence Livermore National Laboratory has found that hydrogen can greatly improve both the capacity and conductivity of lithium-ion batteries.

Phosphors are essential to fluorescent lighting, and thus office parks the world over, but their use of rare-earth elements makes them less than ideal. Now new types of phosphors have been developed that use substantially less rare-earth elements than current phosphors found in fluorescent bulbs.

To prevent a real life General Jack D Ripper from starting World War III, Livermore National Laboratory’s (LLNL) Defense Technologies Division is developing a system that uses a nuclear weapon's own radiation to protect itself from tampering.

The best advice for surviving a nuclear bomb is to be somewhere else when it goes off. If that doesn't work out for you, though, a recent study carried out at the USDOE's Lawrence Livermore National Laboratory (LLNL) provides some simple guidance for maximizing your chances of survival.