The emergent thin-film lithium niobate on insulator (TFLN or LNOI) photonic integrated circuits (PICs) offer significant advantages in various applications due to their unique properties. This paper briefly explores recent advancements in TFLN PIC developments and their broad applications, emphasizing transformative capabilities in telecommunications and beyond. We highlight CSEM's pioneering initiative in establishing the first open-access foundry for this technology, addressing challenges associated with limited access to manufacturing facilities and process design kits (PDK).
In-Check is STMicroelectronics proprietary platform for molecular diagnostics. In-Check lays its foundations on the
monolithic integration of microelectronics and micromachining technology MEMS, with microfluidic and optical
features, bio-chemical surface functionalization and molecular biology. It comprises a core lab-on-chip device, control
and reading instrumentation, a complete suite of software modules, and application protocols. Leveraging on such
capabilities, In-Check enables fast, highly sensitive and specific, multi-analytical capability of nucleic acid analysis. The
platform provides a unique combination of nucleic acid amplification, by polymerase-chain-reaction and target
identification and typing by DNA microarray. These integrated biological functionalities together with top quality
standard and process control are key features for a platform to be accepted by the highly demanding modern medical
diagnostic. This paper describes recent developments of In-Check and some core biological characterizations.
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