Leading-edge Technology of FSW

Metamaterials: A Leading Edge of Science and Technology

This review paper is based on the brief history, classification and utilities of metamaterial in various fields. An introduction to metamaterials followed by a detailed elaboration on how to design unprecedented electromagnetic properties of metamaterials is presented. Further we discussed the different structure approaches of metamaterials and their advantages. Finally, we offer an outlook on ...

Navigating Challenges At The Leading Edge Of Test Technology

Keynote: The Future of Power Electronics and the Impending Challenges to Metrology Thomas Neyer Fellow, High-Voltage Device and Technology Development, Fairchild Semiconductor Power electronics has successfully established its foothold in most domestic, industrial and automotive applications like power supplies, household machines, air conditioners, power generation and transmission units, all ...

Leading Edge Vortices

Leading-edge vortices that form at offdesign conditions can profoundly influence the aerodynamic characteristics of highly swept slender wings. predict wing geometry effects on the progressive spanwise development of leading-edge vortices is presented. This method, which can account for sweep, camber, twist, airfoil shape, flap deflections, and planform shape, is shown to be a useful tool for a...

Life at the Leading Edge

Cell migration requires sustained forward movement of the plasma membrane at the cell's front or "leading edge." To date, researchers have uncovered four distinct ways of extending the membrane at the leading edge. In lamellipodia and filopodia, actin polymerization directly pushes the plasma membrane forward, whereas in invadopodia, actin polymerization couples with the extracellular delivery ...

The Leading Edge of Future Technology "Cybernics": Project HAL - Toward Robot Suits and Cyber Suits?