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Carrier collection efficiency of all-inorganic CsPbBr3 solar cells is enhanced due to bifunctional additive p-F-PEABr, serving to facilitate both crystallization orientation and defect passivation. aippub.org/4iNZcts

Mitigating the interfacial reaction-induced electrical instability that occur in NiO-Ga2O3 HJ power devices when operated at high temperatures will enable their long-term reliable operation. aippub.org/3YXsizs

Freezing temperatures can raise the ground, potentially destroying roads and other infrastructure. The likely culprit? #scilight Learn more 👇 aippub.org/4khoiCd

Hydrogen energy is a promising option for a carbon-neutral energy source. #scilight Learn more 👇 aippub.org/4dfEO3o

Comparative analyses of quantum oscillation with band structures indicate the potential for achieving a topological quantum phase transition in V1-δSb2 through defect engineering. aippub.org/3RHJGV0

A transverse thermoelectric module using embedded permanent magnets was proposed and power generation by the ordinary Nernst effect was demonstrated in the absence of an external magnetic field. aippub.org/3SgMIzB

A super ‘cool’ binary encoder was built monolithically by using superconducting nanowire cryotrons. aippub.org/3GBfhp4

Reminder ❗ This Special Topic is still open for submissions. Submit by August 31, 2025. Learn more 👇 aippub.org/4iDmNxr

Using existing SHeM instrumentation, we have implemented a theoretical method for accurate 3D surface reconstruction of optically transparent, biological, electrically sensitive and delicate samples. aippub.org/4d0fka5

Metal-organic frameworks (MOFs) and covalent organic frameworks (COFs) have great potential to be used as porous adsorbents and membranes to achieve high-performance methane purification. aippub.org/4d4I818

The enhancement in sensitivity of half Wheatstone bridge magnetic sensors with a design of the magnetic flux guide that will be paving a way for mass production of magnetic sensors. aippub.org/3GEebsA

Leveraging defect to enhance Mg doping in Ga2O3 achieves a remarkable vertical blocking voltage and opens up new avenues for the realization of various high-power vertical Ga2O3 electron devices. aippub.org/42YT5fU

The authors demonstrate the effectiveness of a microwave crosstalk mitigation scheme for single-qubit gate operation, which involves universal U3 gate decomposition and virtual Z gate optimization. aippub.org/42X8zRx

An in-plane TFET based on a p+/i/n++ MoTe2 homojunction is realized by using a regioselective doping technique through laser irradiation. aippub.org/3SjXhSy

The transition from quasi-2D to 3D behaviour in large area arrays of NiFe nanomagnets patterned using DUV lithography has been investigated as the thickness is increased. aippub.org/3GOx63Q

The performances of flexible striplines and coaxial cables operating as drive lines were compared, and no measurable differences in the qubit’s coherence and relaxation time were observed. aippub.org/4d3i8mX

The angular dependent magnetoresistance is greatly enhanced in Tm3Fe5O12/Pt/CuOx after capping oxidized Cu, which can be attributed to the orbital angular momentum from the Pt/CuOx interface. aippub.org/44mwht8

Using a Josephson voltage standard to confine ions in a Penning trap, we demonstrated unprecedented motional frequency stabilities that enable nuclear magnetic moment measurements of light ions. aippub.org/430590I

A tantalum oxide (TaOx) based leaky integrated-and-fire (LIF) neuron circuit, with thresholding effect, achieved higher performance for anomaly detection task (98.78%). aippub.org/4iQ4Z1H

This work exhibits a Ga2O3 JBS diode that employs p-type NiO grids and ultra-low barrier TiN Schottky contact, which achieves remarkably low VOn of 0.52 V, low VF of 0.91 V, and BV of 1.18 kV. aippub.org/4jzNfZv