Denise Adorno Lopes at ORNL is advancing nuclear fuel design for safer, more efficient reactors, exploring new materials and manufacturing approaches to enhance energy security and competitiveness.

ORNL is advancing 3D printing in nuclear reactor components, potentially enhancing safety and efficiency in energy generation and supporting increasing AI power demands.

ORNL is researching ways to build nuclear reactors more affordably by using advanced materials like UHPC and 3D printing, while ensuring safety standards.

Gale Hauck, an engineer at ORNL, is leading nuclear industry advancements and plays a key role in the DOE Microreactor Program, with a focus on new reactor technologies.

Three ORNL researchers were named Corporate Fellows for their significant contributions to scientific research and mentorship.

The Oak Ridge National Laboratory highlights the Center for Bioenergy Innovation's ECD program that helps develop scientific leaders through research opportunities and collaboration across institutions, with a focus on advancing the bioeconomy.

ORNL researchers Sarah Szakas and Hunter Andrews were named top young analytical scientists, recognized for their contributions to spectrometric techniques and analysis.

ORNL researchers Maldonado and Dong attained IEEE senior membership, recognizing their significant contributions to materials research and power systems respectively.

ORNL's National Neutron Scattering School hosted 50 postgraduate students for a comprehensive curriculum on neutron scattering techniques, with lectures and hands-on experiments at SNS and HFIR facilities.

ORNL honored individuals and teams for their contributions to science, technology, and operations at its annual Awards Night, with notable mentions for Brenden Ortiz and the Polyglot Detection Team.

ORNL researchers have developed a portable underwater X-ray system that offers safer and immediate inspections, potentially revolutionizing maritime safety checks without harming marine life.

Philip Dee is advancing quantum physics at Oak Ridge National Lab by integrating computation and quantum theory, potentially transforming the understanding of complex quantum systems.

Oak Ridge National Laboratory has developed Celeritas, a software that uses GPUs to simulate particle interactions quickly, aiding experiments like DUNE and LHC.