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Initial results on a prototype show a light to electric power conversion efficiency of 2.8%, demonstrating the feasibility of the new tube concept.
Timing measurements on the prototype show a performance boost of at least one order of magnitude compared to an identical software solution.
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As a result of the optimization, this prototype showed a 5-fold sensitivity increase against standard SESI.
The result of a force measurement on the prototype shows a good qualitative match, although quantitatively the discrepancies are substantial.
The developed prototype showed a higher series resistance than estimated in our previous study on individual cell supercapacitor.
The characterization of the antenna prototype shows a frequency tunable rate of 14.5% under an electric field of 375 kV/cm, with a tunability performance η = 0.04.
The prototype shows a NEA of about 85 μg/√Hz, a natural frequency of about 1.2 kHz and a maximum acceleration >5g.
The storage tests with this second prototype showed a heat storage yield increase from 44%to71%1%, with a storage density of 117 kWh/m3.
The prototype shows a low variation of ∼ 7 10% across the entire clinical range for all the biomarkers with fairly good accuracy of ∼95%.
Below this graph, the prototype shows a list of all admissible roadmaps associated with the selected scenario sorted by descending NPV.
At the maximum angular displacements observed in the gait experiment, the prototype shows a 7% loss in DP torque at −21.6° plantarflexion (maximum DP angle) and a 6% loss in IE at 19.7° inversion (maximum IE angle).
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com