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The article focuses on researchers at the University of Texas at Arlington developing a microbot system for diagnosing bladder diseases more effectively, outlined in a paper titled "A Microbot With an Attached Microforce Sensor for Transurethral Access to the Bladder Interior Wall." It mentions the system, equipped with a microforce sensor and designed to navigate the bladder's interior wall tissue.

The article focuses on the ASME expanding its ASME Digital Collection by incorporating content from three new contributors, including the Digital Library of ASTM, 200 business titles from Business Expert Press, and select reference materials from the American Welding Society.

The article focuses on the ASME 2024 E-Fest Digital, celebrating student and young engineer achievements in virtual competitions, with notable winners including Sajon Seaberg of Purdue University for the Charles T. Main Student Leadership Awards.

The article focuses on doctor Oscar Barton, Jr., who received the 2024 Edwin F. Church Medal for his distinguished service in advancing mechanical engineering education, with the ASME Foundation also establishing an endowed scholarship fund in his honor to support community college students.

The article focuses on the potential of hydrogen to replace fossil fuels and decarbonize the world, addressing its inefficiency as an energy carrier. Topics include the discovery of natural hydrogen deposits, the challenges of hydrogen production and storage, and the potential environmental benefits of utilizing hydrogen as a fuel.

The article focuses on showcasing 25 early career engineers who are making significant contributions in their respective fields, drawing inspiration from their life experiences and overcoming challenges like gender bias and communication issues. It mentions these innovators share insights into their journeys, revealing common themes such as childhood interests in building toys, enthusiasm for math and physics.

The article explores the challenges and future directions of Boundary Layer Ingestion (BLI) engine design, emphasizing the need for integrated subsystems to realize efficiency improvements. Topics include the principle of BLI propulsion, the configuration and performance considerations of BLI installations on aircraft, and the challenges associated with BLI aircraft/propulsion system integration, particularly regarding engine performance and stability in highly-distorted airflow.

The article focuses on recent advancements in industrial technology and automation. Topics include the VNST20 PRO AGV robotic truck loading system with advanced 3D LiDAR SLAM positioning, Sandvik Coromant's upgraded damping mechanism for Silent Tools turning adaptors, and Emerson's Rosemount 9195 Wedge Flow Meter designed for challenging process fluids.

The article focuses on the significant contributions of Henrietta Lowe Vansittart and her father, James Lowe, to marine propulsion design. Topics include the development and impact of the segmented screw propeller, the professional and personal challenges faced by Lowe and Vansittart, and the historical neglect of Vansittart's achievements despite her groundbreaking work.

The article focuses on the development of a calibration-free brain-computer interface (BCI) by researchers at the University of Texas at Austin. Topics include the BCI's ability to enable hands-free gaming control from the start, its potential applications for individuals with motor impairments, and the use of machine learning to adapt the BCI for broader clinical use.