activity
20212026
most citedWaves in space-dependent and time-dependent materials: a systematic comparison

8 citations · 16 across the 5 of their papers we have counts for

collaborators

6 papers

physics.app-ph2026

Three-dimensional vector waves in time-variant materials, with applications in time-reversed focusing and Green's function retrieval

Kees Wapenaar, Dirk-Jan van Manen

The behavior of wave propagation and scattering in time-variant materials has been studied by many authors, for electromagnetic as well as for mechanical waves. Most studies consid…

physics.app-ph2026★ 4 cited

Acoustic Cloning

Jonas Müller, Theodor S. Becker, Xun Li +4

Cloning refers to producing identical copies of existing objects. Here, we experimentally show how to clone acoustic scattering objects. We acquire a digital twin and bring it back…

physics.app-ph2026

Acoustic disguising: a unified framework for cloaking and holography

Jonas Müller, Dirk-Jan van Manen

Cloaking and holography -- usually treated as distinct problems -- are two limits of a single operation that we call acoustic disguising, realized here using immersive boundary con…

physics.geo-ph2024★ 3 cited

On acoustic space-time media that compute their own inverse

Dirk-Jan van Manen, Johannes Aichele, Jonas Müller +2

We derive time reflection and transmission coefficients for 1D acoustic waves encountering a time boundary at which the properties of the medium change instantaneously. The time re…

physics.app-ph2023★ 8 cited

Waves in space-dependent and time-dependent materials: a systematic comparison

Kees Wapenaar, Johannes Aichele, Dirk-Jan van Manen

Waves in space-dependent and time-dependent materials obey similar wave equations, with interchanged time- and space-coordinates. However, since the causality conditions are the sa…

eess.SP2021★ 1 cited

Binary classification of spoken words with passive phononic metamaterials

Tena Dubček, Daniel Moreno-Garcia, Thomas Haag +11

Mitigating the energy requirements of artificial intelligence requires novel physical substrates for computation. Phononic metamaterials have a vanishingly low power dissipation an…