Culto y culturas en la cueva de Gorham (Gibraltar): La historia del santuario y sus materiales inscritos

Abstract

Culto y culturas en la cueva de Gorham (Gibraltar): La historia del santuario y sus materiales inscritos 1 resumeNEl artículo presenta un nuevo estado de la cuestión arqueológico sobre el santuario protohistórico de la Cueva de Gorham (Gibraltar) a la luz de los resultados de las recientes campañas de excavación y estudia los materiales cerámicos con inscripciones u otro tipo de marcas hallados en la cueva. El catálogo incluye un nuevo grafito fenicio y una inscripción greco-ibérica que se relacionan con las ofrendas depositadas en el lugar desde época arcaica hasta el periodo helenístico. AbstrAct This paper presents an updated overview of the ongoing archaeological research carried out in the Protohistoric sanctuary of Gorham's Cave (Gibraltar). It is based on the results of recent excavations, focusing on incised pottery with inscriptions or other marks. The catalogue of inscriptions includes both Phoenician and Graeco-Iberian examples,which could be related with the deposition of votive offerings from Archaic to Hellenistic periods.

Advances in triboelectric nanogenerators for self‐powered wearable respiratory monitoring

“…Reproduced with permission. 15 Copyright 2023, ACS Publications. AF-TENG, all-fabric TENG; HFSS, helical fiber strain sensor; SANES, self-powered all-nanofiber e-skin; SS-TENG, selfswitched triboelectric nanogenerator; TENG, triboelectric nanogenerator.…”

“…42 A recent example of a smart facemask is the all-fabric TENG (AF-TENG). 15 Another fabric-based TENG, the AF-TENG, is made of cotton and UHMWPE (ultra-high molecular weight polyethylene). UHMWPE is commonly used in fabric manufacture and acts as the negative triboelectric layer due to its biocompatibility, safety, and high charge affinity.…”

“…breathing patterns. 13 Differentiating between breathing patterns is essential for early disease recognition of asthma, 14 sleep apnea, 15 and pneumonia, 16 among many other illnesses. 17 Chemical information contained within each breath and ambient levels of harmful chemicals are closely monitored by biomedical devices to assess respiratory health.…”

Recent Progress in Flow Energy Harvesting and Sensing Based on Triboelectric Nanogenerators

“…TENGs have been demonstrated to harvest energy from respiratory airflow, which can be used to power wearable or implantable medical devices, such as biosensors, drug delivery systems, or pacemakers, without the need for batteries. [163][164][165][166][167][168][169][170][171][172][173][174][175] TENG-based respiratory airflow energy harvesting systems can be designed using various TENG configurations, such as flapping-based or cylinder-based TENGs, and can be integrated into masks, tracheal tubes, or other respiratory devices. These systems offer advantages such as high energy conversion efficiency, biocompatibility, and the ability to work in various breathing conditions.…”