Enabling a world powered by safe, clean and plentiful fusion energy while leading discoveries in plasma science and technology PPPL aims to solve a grand scientific challenge of the 21st century – harnessing on Earth the fusion energy that drives the sun and stars to produce a safe, clean and virtually unlimited source of power for generating the world’s electricity. We are simultaneously leading advances in next-generation computing and microelectronics, and are forming partnerships with industries that are shaping these fields and accelerating the development of fusion energy. The Lab of the Future PPPL has plans to transform its campus over the next decade to reflect our mission as a laboratory of the future as we continue to develop fusion energy while also developing new plasma-based technologies for generations to come. The centerpiece of this transformation will be the planned Princeton Plasma Innovation Center (PPIC), a multimillion-dollar, ultra-modern, energy-efficient facility with cutting-edge laboratories for microelectronics research, remote collaboration space and a state-of-the-art visualization room to allow PPPL scientists to lead and participate in experiments around the world. Learn More About PPIC An aerial rendering of PPIC. (Photo credit: SmithGroup) A Huge Space for Innovation PPPL plans to build on its past as we repurpose the massive structure that housed the Tokamak Fusion Test Reactor in the 1980s and 1990s to construct modern research space. The Fusion Research and Technology Hub (FuRTH), which includes this facility and a new office building, will provide space for researchers advancing fusion energy in this century through public-private partnerships.The Lab of the Future will be supported by a multimillion-dollar upgrade of PPPL’s infrastructure, including modernizing its communications network, electrical systems, HVAC, and chilled water systems, making the campus truly a 21st century centerpiece for scientific and engineering research. Tokamak Experimental Science We innovate and improve on the tokamak concept at the Lab through NSTX-U, our primary fusion device, and also around the world — performing essential research that advances the field of fusion energy science. Applied Materials and Sustainability Sciences (AMSS) We aim to be a leader in the science and application of low-temperature plasmas, helping to sustainably decarbonize multiple industries and enable the technologies of tomorrow. Partnerships We have the expertise, talent and infrastructure to power once-unthinkable possibilities. Come partner with us.
