All articles tagged with #magnetic cloaking
Researchers at the University of Leicester have developed a practical design framework for magnetic cloaks that can be manufactured and tailored to complex shapes, moving the concept from theory to real-world applications such as shielding sensitive equipment from magnetic interference in various industries.
Researchers at the University of Leicester have developed a new, practical method for creating magnetic cloaks around objects of complex shapes using existing materials, moving the concept of invisibility closer to real-world applications in technology and industry.
Researchers at the University of Leicester have proposed a new magnetic cloak that can potentially make sensitive equipment invisible to magnetic fields, using a combination of superconductors and soft ferromagnets, with plans for experimental testing to bring this concept into practical use.
Scientists at the University of Leicester have developed a practical magnetic cloaking device using superconductors and ferromagnets that can shield complex-shaped objects from magnetic detection, potentially revolutionizing interference protection in electronics, space, medical, and industrial applications.