This contribution will give an overview of the future LAr readout electronics and present research results from the two upgrade programs.
In the future this readout strategy could drastically simplify the design of high performance PET/MRI systems by reducing the in-bore electronics to two active components (SiPMs and VCSELs).
In future experiments the readout electronics for pixel detectors is required to be resistant to a very high radiation level.
However, the distinction between on- and offline may soften in the future, because of new readout concepts.
However, future experiments using functional readouts, as well as genome-wide gene expression analyses, will show how closely these in vitro proliferating human hepatocytes resemble freshly isolated human hepatocytes or human liver tissue and how stable they are during culture.
Future work to redesign the readout ASIC and thus improve the detector performance will be discussed.
Among the various elements that form part of the electronics framework of a future underwater neutrino observatory, the readout electronics is one of the most delicate and constraining, notably in terms of power requirements, long-term reliability and cost effectiveness.
These characteristics enable its use as the charge readout device in future Time Projection Chambers without gaseous gain mechanism, which has unique advantages in low background and low rate-density experiments.
With advances in micro-manufacture, sensor technology, and miniaturized electronics, biosensor and bioelectronic devices on smartphone can be used to perform biochemical detections as common and convenient as electronic tag readout in foreseeable future.
These data indicate that that the susceptibility of T70I sod1 embryos to oxidative stress can be used as a readout in a future large-scale drug screening programme.
