Register Now: Advances in Spectroscopy for Pharma and Biopharmaceutical Analysis Symposium
|Articles|June 1, 2009

World's Strongest Laser Unveiled

The world's most powerful laser was unveiled Friday at the Lawrence Livermore National Laboratory (Livermore, California).

The world's most powerful laser, known officially as the National Ignition Facility, was unveiled Friday at the Lawrence Livermore National Laboratory (Livermore, California).

The super laser was created to help keep tabs on the nation's nuclear weapons stockpile while also studying the heavens. It is the size of a football field and consists of 192 separate laser beams, each traveling 1,000 feet in one-thousandth of a second to converge simultaneously on a target the size of a pencil eraser.

Federal officials plan to use the laser on an assignment that would include ensuring aging nuclear weapons are functioning properly without resorting to underground testing. Other uses will include the study of astrophysics and experiments in developing green energy programs.

Beginning in 2010, scientists also will use the laser for experiments aimed at creating controlled fusion reactions similar to those found in the sun.


Related to this article

Pittsburgh, Pennsylvania, USA. Beautiful Pittsburgh at twilight. | Image Credit: © checubus - stock.adobe.com
Organized by CPACT, the April 27 to 29 meeting at the Marriott Pittsburgh City Center will bring together scientists, engineers, and vendors across the process industries, with keynotes on PAT, Raman, and NIR applications and an abstract deadline of December 7, 2026.
Abstract concept of connecting molecules DNA network vector neurons | Image Credit: © bill2499 - stock.adobe.com
Garth Simpson of Purdue University outlines plans to survey more ordered molecular assemblies and to apply interface-specific chiral spectroscopy to enzyme reactors, solid-phase synthesis, spin-selective reactions, and, ultimately, a new analytical method.
Curated 2026 Evergreen Content from Spectroscopy. ©  Chanakarn -chronicles-stock.adobe.com
Spectroscopy's editors gather 143 evergreen articles from 2026, including tutorials, terminology guides, technique reviews, application surveys, peer-reviewed research and the magazine's long-running columns, and organize them by subject so readers can build lasting knowledge one topic at a time.