metamaterials.technology /What engineered structures do.
What the evidence supports.
53 published briefs · Selected research
19–27 of 53 research briefs
Fermi-level tuning is examined across incidence angles and two polarizations at terahertz frequencies.
An overview of plasmonic, excitonic and phononic coupling identifies shared design principles.
Independent phase-change control produces left-handed, right-handed and achiral responses.
A measured prototype combines a frequency-selective surface with a leaky-wave resonator.
Waveguides, couplers and ring resonators support a measured 1-GHz phononic oscillator.
Laser powder bed fusion and surface finishing produce proof-of-concept superelastic structures for vascular devices.
Printed closed cells combine geometry-dependent hysteresis with a compact rate-dependent model.
Numerical insertion studies and a small printed prototype address different parts of the validation problem.
An elastodynamic experiment reveals wave attractors in irregular cavities without requiring nonlinear dynamics.