TAMBO Collaboration Meeting Summer 2026

In this talk, I will give an overview of the different hardware components of TAMBITO.

In this talk, I will present the Harvard group's work on scintillator detector R&D, with a particular focus on different design approaches to identifying the MIP peak.

The uDAQ system is currently under evaluation as a potential data acquisition solution for the TAMBO-4 detector prototype. This presentation details several technical challenges faced during initial testing and the procedures implemented to address them. First, the limited baudrate of the uDAQ-lite restricts large data transmission, which was solved by establishing a safety limit to stop...

I will present preliminary laboratory measurements of the scintillation detectors using the uDAQs, along with some of the challenges encountered during these measurements.

The TAMBO project requires a communication system capable of reliably interconnecting a distributed network of detector nodes while satisfying demanding requirements in terms of data throughput, communication range, scalability, and energy consumption. The characteristics of the deployment environment and the expected number and distribution of nodes introduce additional challenges that must...

Some possible methods for reducing required communications bandwidth and overall power consumption of scintillator panels will be described.