metamaterials.technology /What engineered structures do.
What the evidence supports.
53 published briefs · Selected research
10–18 of 53 research briefs
Geometric confinement and interlayer fibers target a mechanical–thermal trade-off.
One- and two-dimensional mechatronic lattices reveal growing vibration length and time scales.
Compliance, chemical functionality and replication expand the design space, with optical and stability constraints.
Four- and six-output dielectric devices connect optical measurement geometry with entropy bounds.
FPGA-controlled beams and compact ceramic rectennas support rapid spatial reconfiguration at 5.8 GHz.
Six dispersive unit-cell geometries generate diverse near fields across 18–28 GHz without active tuning.
A silicon-nanodisc metasurface increases transmission modulation while preserving circular-polarization helicity.
Edge-state measurements and entanglement-entropy scaling identify a topology-enforced multicritical point.
Pixel-registered phase control separates the light modulator’s superpixel scale from the metasurface sampling scale.