Turning genes on and off is like flipping a light switch, controlling whether genes in a cell are active. When a gene is turned on, the production of proteins or other substances is promoted; when it's turned off, production is suppressed. Korean researchers have gone beyond the limitations of existing CRISPR technology, which focused primarily on "off" functions, by developing the world's first innovative system that can simultaneously turn genes on and off, opening a new paradigm for the synthetic biology-based bio-industry.

AIMR researchers developed a unified analytical model that explains how complex orbits—halo, and quasi-halo—emerge near Lagrange points in the restricted three-body problem. By introducing a nonlinear coupling mechanism, their approach reveals that orbit bifurcations arise without requiring frequency resonance, advancing both space trajectory design and bifurcation theory.

The Global Burst Detection system, developed by Sandia and Los Alamos national laboratories, carries a suite of sensors and instruments capable of identifying signals from nuclear detonations and providing real-time information to the U.S. military and government. The final system in the current block of eight systems launched into space in May 2025. Meanwhile, the next series, scheduled for initial deployment in 2027, already has several units completed and ready to be integrated with host satellites.

The launch of a pioneering tumor board focused exclusively on cancer-related pain is a bold step toward improving quality of life for cancer patients at Sylvester  Comprehensive Cancer Center. The board particularly focuses on bone metastases, a leading cause of cancer-related pain. It’s one of the first of its kind.

Alisher Talgatov and Broderick Nelson, College of Science doctoral students at The University of Texas at Arlington, earned top awards for converting their scientific discoveries into product concepts in UT Arlington’s annual entrepreneurial competition.

19 September 2025 / Kiel. An international research team led by the GEOMAR Helmholtz Centre for Ocean Research Kiel has discovered a globally unique system on the seabed off the coast of Papua New Guinea. During their expedition aboard the research vessel SONNE, they came across the “Karambusel” field, where hydrothermal vents and methane seeps occur immediately adjacent to one another. The discovery is significant not only for geology but also provides new insights into the development of deep-sea communities. The study describing the discovery is published today in the journal Scientific Reports.