Metamaterials and devices that provide cloaking functionalities have strong potential to
bring fundamental scientific and engineering developments including invisibility, sound and …

Hydrodynamic metamaterials, a nascent research field, possess immense potential for fluid
flow manipulation. With engineered structure design, they offer unparalleled control over …

To manipulate various types of physical signals in one single device has long captivated the
attention of scientists and engineers. This however is very challenging, if not impossible …

Invisible cloaks have been widely explored in many different physical systems but usually for
a single phenomenon for one device. In this Letter we make an experimental attempt to …

The simultaneous cloaking and concentrating of heat flux is achieved through topology
optimization based on a covariance matrix adaptation evolution strategy by formulating the …

Since the advent of transformation optics and scattering cancelling technology, a plethora of
unprecedented metamaterials, especially invisibility cloaks, have been successfully …

We generate optimal topologies in the structural design of bifunctional cloaks manipulating
heat flux and direct current, using topology optimization that incorporates both thermal …

For macroscopically manipulating heat flow at will, thermal metamaterials have opened a
practical way, which possesses a single function, such as either cloaking or concentrating …

Our proposal, a topology optimization method for thermal carpet cloaks, eliminates the
disturbance caused by a bump obstacle on a flat boundary and, despite the presence of the …

As hydrodynamic metamaterials continue to develop, the inherent limitations of passive‐
mode metamaterials become increasingly apparent. First, passive devices are typically …