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Physical Review Applied @PhysRevApplied

@APSPhysics journal covering experimental & theoretical applications of physics.

Joined December 2015
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Review Article: Review on Scanning Photocurrent Microscopy and its Application to One- and Two-Dimensional Materials T. Serkan Kasirga go.aps.org/4xloyr7

Review on Scanning Photocurrent Microscopy and its Application to One- and Two-Dimensional Materials

Scanning photocurrent microscopy (SPCM) maps the spatially resolved photoresponse of contacted devices, and has become a central probe of light-matter coupling in low-dimensional materials, where...

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Editors' Suggestion: Identification and minimization of losses in microscale spin-wave transducers Felix Kohl, Björn Heinz, Ádám Papp, Róbert Erdélyi, Gyorgi Csaba, and Philipp Pirro go.aps.org/4alAZcy

Identification and minimization of losses in microscale spin-wave transducers

Magnonics has arisen as a promising platform for integrated radio-frequency devices, offering inherent nonreciprocity and reconfigurability. The efficiency of spin-wave excitation in microdevices,...

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Letter: Multiplet lines in seeded stimulated Mn 𝐾⁢𝛼1 x-ray emission Thomas Kroll, Margaret Doyle, Aliaksei Halavanau, Thomas M. Linker, Joshua Everts, Yurina Michine, Franklin D. Fuller, Clemens Weninger, Roberto Alonso-Mori et al. go.aps.org/4nMgWcF

Multiplet lines in seeded stimulated $\mathrm{Mn}$ $K{\ensuremath{\alpha}}_{1}$ x-ray emission

The authors demonstrate how to directly access the multiplet structure in x-ray emission spectra of two Mn complexes, using an x-ray free-electron laser with two incoming femtosecond pulses: a pump...

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Letter: Programmable topological and hybrid interface modes in a resonant piezoelectric metamaterial Joseph Shedleski, Sai Aditya Raman Kuchibhatla, Prabhakaran Manogharan, and Alper Erturk go.aps.org/4nKBBOp

Programmable topological and hybrid interface modes in a resonant piezoelectric metamaterial

Localized topological states in metamaterials offer promising applications from enhanced sensing to energy harvesting, due to their robustness. Most systems have lattice dimensions comparable to the...

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Editors' Suggestion: Statistical imaging of N-V centers reveals clustered defect formation in diamond Jason Shao, Richard Monge, Tom Delord, and Carlos A. Meriles go.aps.org/42O3wn4

Statistical imaging of N-V centers reveals clustered defect formation in diamond

Solid-state quantum emitters such as N-$V$ centers in diamond are central to quantum information and sensing technologies, but their study has largely been via serial, single-emitter measurements....

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Editors' Suggestion: From cantilevers to membranes: Advanced scanning protocols for magnetic resonance force microscopy Nils Prumbaum, Christian L. Degen, and Alexander Eichler go.aps.org/4uAZBX6

From cantilevers to membranes: Advanced scanning protocols for magnetic resonance force microscopy

Magnetic resonance force microscopy (MRFM) is promising for three-dimensional imaging of nuclear-spin densities in nanoscale objects, with applications spanning biology, chemistry, and physics....

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Editors' Suggestion: Vector magnetometry using cavity-enhanced microwave readout in nitrogen-vacancy-center diamond Reginald Wilcox, David Phillips, Matthew Steinecker, et al. go.aps.org/4drvkUm

Vector magnetometry using cavity-enhanced microwave readout in nitrogen-vacancy-center diamond

Nitrogen-vacancy-center (N-$V$) diamond is a powerful platform for vector quantum magnetometry, vital for biological imaging and precision navigation. However, progress has been held back since...

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Editors' Suggestion & Featured in Physics: Alternative approach to time-delay interferometry with an optical frequency comb Kohei Yamamoto, Hannah Tomio, Charlotte Zehnder, Kenji Numata, and Holly Leopardi Focus story: go.aps.org/42KtlV1 go.aps.org/42R3gUs

An Improved Method for Space-Based Gravitational-Wave Measurements

A new scheme for gravitational-wave detection provides new capabilities to reduce the noise in these high-precision measurements.

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Editors' Suggestion: Perfectly matched metamaterials Jorge Ruiz-García and Anthony Grbic go.aps.org/4v3DFmW

Perfectly matched metamaterials

Arbitrary control of electromagnetic waves is pivotal to the development of high-performance communications, sensing, and analog computing systems, but complex field transformations imply narrowband...

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Letter: Overcoming the Boltzmann limit in two-dimensional memtransistors via hysteretic charge trapping Rafael Schio Wengenroth Silva, Soumen Pradhan, Fabian Hartmann, Leonardo K. Castelano, Ovidiu Lipan, Sven Höfling, and Victor Lopez-Richard go.aps.org/4wNfevV

Overcoming the Boltzmann limit in two-dimensional memtransistors via hysteretic charge trapping

Steep-slope transistors are essential for low-power electronics, but they remain constrained by the fundamental Boltzmann limit, with most existing solutions relying on complex mechanisms that hinder...

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Collection on Phononics and Metamaterials: Composite superlattice radio-frequency surface-acoustic-wave devices Farrukh Najmi, Howard Yawit, Wataru Takeda, Abhirup Basu, Samarjith Biswas, Zafer Mutlu, Pierre Lucas, Krishna Muralidharan, Andrea Alù et al. go.aps.org/4v6vvuj

Composite superlattice radio-frequency surface-acoustic-wave devices

Surface-acoustic-wave radio-frequency (SAW-RF) devices are important for wireless telecommunication, yet show limited functionality, large footprint, and lack of reconfigurability. This study...

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Editors' Suggestion: Enhanced quality factors at resonance in acoustofluidic cavities embedded in matched elastic metamaterials Valdemar Frederiksen and Henrik Bruus go.aps.org/3RIZZ77

Enhanced quality factors at resonance in acoustofluidic cavities embedded in matched elastic...

Microscale ultrasound acoustofluidics has become an important tool for handling cells and microparticles in lab-on-a-chip technology, but it fails in separation and focusing of submicrometer partic...

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Letter: Reconfigurable oxide nanoelectronics by tip-induced electron delocalization Chengyuan Huang, Changjian Ma, Mengke Ha, Longbing Shang, Zhenlan Chen, Qing Xiao, Zhiyuan Qin, Danqing Liu, Haoyuan Wang et al. go.aps.org/42lrOoi

Reconfigurable oxide nanoelectronics by tip-induced electron delocalization

Reconfigurable lithography based on conductive atomic force microscopy on oxide interfaces has long been limited to ambient conditions. This Letter reports a mechanism that overcomes this constraint,...

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Editors' Suggestion: Diamond-based magnetometer aboard the International Space Station Yarne Beerden, Boo Carmans, Remy Vandebosch, Dries Hendrikx, Sam Bammens, Musa Aydogan, Siemen Achten, Jeffrey Gorissen, Sebastiaan Vanspauwen et al. go.aps.org/4tW17lX

Diamond-based magnetometer aboard the International Space Station

Precise mapping of the geomagnetic field is essential for geophysics, space weather, and navigation, but current magnetometers are limited by sensitivity, dynamic range, and compactness. The authors...

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Editors' Suggestion: Synthesis of artificial transmission lines tailored for traveling-wave parametric processes M. Malnou go.aps.org/4nlHodg

Synthesis of artificial transmission lines tailored for traveling-wave parametric processes

Traveling-wave parametric amplifiers (TWPAs), essential components of superconducting quantum processors, are built from artificial transmission lines for which dispersion relations must be tailored...

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Editors' Suggestion: Revealing negative thermal expansion and constructing dominant spin-correlation functions in polar antiferromagnetic Fe2⁢Mo3⁢O8 through site-dependent acoustic wave generation Y.H. Li, C.P. Chang, T. Kurumaji, et al. go.aps.org/42YBNQo

Revealing negative thermal expansion and constructing dominant spin-correlation functions in polar...

Spin correlations and their coupling to the lattice underpin magnetostrictive functionality, yet conventional probes capture only its collective response. By selectively exciting crystal-field-split...

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Letter: Semiconductor photon Bose-Einstein condensate as a practical light source for range finding Ross C. Schofield, Daniel Lim, Nathan R. Gemmell, Edmund Clarke, Ian Farrer, Aristotelis Trapalis, Jon Heffernan, and Rupert F. Oulton go.aps.org/3P4hiPe

Semiconductor photon Bose-Einstein condensate as a practical light source for range finding

Photon Bose-Einstein condensates combine coherence, low threshold, and thermal photon statistics, making them promising optical sources and sensors. Here researchers show that a room-temperature...

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Letter: Doppler-shift mitigation in a chip-scale atomic beam clock Alexander Staron, Gabriela Martinez, Nicholas Nardelli, Travis Autry, John Kitching, and William McGehee go.aps.org/4thYjyJ

Doppler-shift mitigation in a chip-scale atomic beam clock

Chip-scale atomic beams are a promising approach for realizing low-drift, low-power microwave atomic clocks, as atomic beams can circumvent some of the sources of drift present in other chip-scale...

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Collection on Phononics and Metamaterials: Elasticity-induced quasi–bound states in the continuum in compact acoustic resonators Iman Madkhali, Mohamed Farhat, and Ying Wu go.aps.org/4u4uIdn

Elasticity-induced quasi--bound states in the continuum in compact acoustic resonators

High-$Q$ acoustic resonators are important for sensing and wave control, but compact airborne designs are limited by radiation leakage and unclear elastic-acoustic coupling. Combining full-wave...

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Collection on Phononics and Metamaterials: Identifying bound states in the continuum by their boundary sensitivity Vincent Laude and David Röhlig go.aps.org/3QW92kI

Identifying bound states in the continuum by their boundary sensitivity

Bound states in the continuum (BICs) are of interest for sensing applications, because their sensitivity can be made very sharp (with a quality factor that diverges, in principle), but their utility...

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