����ֱ��

A new high-resolution neural recording method developed by ����ֱ�� APL and the School of Medicine detects neural activity through the skull at unprecedented resolutions, expanding possibilities for nonsurgical brain-computer interface.

The melting Arctic is creating new trade, economic and operational opportunities — but also new challenges that could threaten the U.S. border and the region’s fragile ecosystem. Researchers at ����ֱ�� APL are pooling their expertise and established experience in materials, modeling, AI and sensing to develop the technology and knowledge for a sustainable and lasting foothold in this rapidly changing region.

Ella Dobson, whose pioneering work in ocean remote sensing at APL spanned 36 years, left a profound impact on science, embodying the spirit of both Black History Month and Women’s History Month. Her legacy continues to inspire future generations in the STEM fields.

Twenty years ago, the first Special Sensor Ultraviolet Spectrographic Imager (SSUSI) launched. The APL-built instrument combines spectrographic imaging and photometric systems to remotely sense the ionosphere and thermosphere, both part of Earth’s upper atmosphere.

APL and the University of Colorado Boulder have signed a master research agreement that expands their existing partnership and opens new avenues for collaboration to address critical national security objectives and workforce needs.

APL’s Dave Jansing has been named the 2023 Out to Innovate™️ LGBTQ+ Engineer of the Year.

As climate change rapidly melts the Arctic, seaways once blocked by ice are starting to thaw. Ahead of the boom of sea traffic expected to traverse the region, ����ֱ�� APL scientists have leveraged artificial intelligence to produce sea ice forecasts that will ensure safer passage through the frigid waters.

A team at APL recently studied the potential impact of climate change on communications and remote sensing systems like radars, and determined that severe changes in Earth’s climate would likely affect these technologies — in some cases for better, in others for worse.