US President Donald Trump has said he would direct every federal agency to immediately stop using technology from AI developer Anthropic. "We don't need it, we don't want it, and will not do business ...

Jennings provided 2026 guidance: "We expect revenue within the range of $1.4 billion to $1.5 billion with adjusted gross margin between 26% and 27%." Adjusted EBITDA for 2026 is projected at $200 ...

Pro-Trump activists who say they are in coordination with the White House are circulating a 17-page draft executive order that claims China interfered in the 2020 election as a basis to declare a ...

Abstract: A novel ultrawideband parallel-plate (PP) horn array with an air-filled single-ridge waveguide (SRW) feed network is presented. By designing a wideband double 90°-bend single-to-double (STD) ...

The top 24 picks in the 2026 NFL draft order are result away from being confirmed. The Carolina Panthers, Green Bay Packers, Los Angeles Chargers, Philadelphia Eagles and Jacksonville Jaguars all lost ...

With the AFC North now settled (in rather dramatic fashion), the 2025 regular season is in the books. Following their decisions to shelve Brock Bowers and Maxx Crosby, the Raiders secured the No. 1 ...

Abstract: Most near-field (NF) localization algorithms cannot deal with the underdetermined case, while those which can are computationally expensive due to employment of fourth-order cumulants. In ...

Section 1. Purpose. United States leadership in Artificial Intelligence (AI) will promote United States national and economic security and dominance across many domains. Pursuant to Executive Order ...

From there, commercial products are expected to go on sale. Once the technology has matured, it will have a wide variety of satellite applications, including power-beaming arrays, space tugs, and data ...

CEO Kevin Hostetler introduced the quarter as "another exceptional quarter of commercial, operational and financial performance," with revenue reaching $393 million, a 70% year-over-year increase, and ...

Researchers at the University of California, Los Angeles (UCLA) have developed an optical computing framework that performs large-scale nonlinear computations using linear materials. Reported in ...