This study looks at how global trade dynamics affect the rubber business in the United
States, emphasizing how supply chain adaptation, trade regulations, and market trends …

Combining artificial intelligence (AI) and quantum networks can revolutionize management
decisionmaking. This study delves into the implications of AI-augmented decision-making …

This review article examines how Artificial Intelligence (AI) can be used to optimize rubber
production processes. The main goals are to list rubber manufacturers' difficulties …

To improve resilience and reduce security risks, DevSecOps advocates integrating security
practices into the DevOps lifecycle. This strategy transforms the software development …

This study investigates the effects of crosslinking agents on thermoplastic elastomers (TPEs)
characteristics, emphasizing improving mechanical strength, thermal stability, and chemical …

This research investigates automated robots in rubber precision molding to solve industrial
issues, including accuracy, efficiency, and product quality. The paper uses extensive …

This study examines the effect of robotic automation on productivity and safety in the rubber
processing sector. The primary goals were to evaluate the advantages of robotic integration …

The origin of reciprocal symmetry in string theory and its consequences for a unified theory
of fundamental forces in theoretical physics are examined in this paper. Characterizing …

Modern physics seeks a unified theory that reconciles quantum mechanics and relativity.
This project aims to comprehend elementary particles and their interactions. Quantum field …

The study looks into developments in next-generation automotive electronics, namely in
electric vehicle powertrain control. The main aims of the study were to investigate novel …