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Scilight 2021, 301101 (2021)

Computerized holographic tweezers provide one path forward for future 3D photonics circuits.

Scilight 2021, 301102 (2021)

Biological systems can be visualized in great detail by analyzing brightfield images with a neural network that virtually stains cellular structures

Scilight 2021, 301103 (2021)

Increased specific absorption rates provide path forward for using MIONs in high-heat, low-dose applications ranging from water treatment to cancer ablation.

Scilight 2021, 301104 (2021)

Modular design could decrease the size, cost, and failure rate of quantum-computing control.

Scilight 2021, 301105 (2021)

Framework drawing on paired distribution functions and atomic properties propels material generation 1,000 times faster than conventional methods.

Scilight 2021, 301106 (2021)

High-speed compressive rotating mirror camera allows researchers to characterize how such changes in pressure affect devices with a cell-free layer design.

Scilight 2021, 301107 (2021)

Counterintuitive predictions of microjet behavior confirmed with liquid and solid tin microjets experiments.

Scilight 2021, 301108 (2021)

Many sustainable technologies of the modern age use thin films produced by not-so-sustainable processes such as chemical vapor deposition.

Scilight 2021, 301109 (2021)

Ping pong balls in a wind tunnel allow the first experimental measurement of the threshold at which Aeolian entrainment occurs.

Scilight 2021, 301110 (2021)

The effects of fluid dynamics and surfactant transport are investigated in inkjet printing.

Scilight 2021, 301111 (2021)

Adding emerging vibrational amino acid side chains allows researchers to further take advantage of transparents windows in infrared spectra and circumvent hurdles of delocalized bonds and spectral congestion.

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