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The unassembled components of the Khufu-1 ship, dated to the mid-3rd millennium BC were found in 1954 just south of the Khufu pyramid in Egypt. It has two mid-sheer planks, one on each side: 23 m long, and a maximum of 40 cm wide and 14 cm thick. These planks were made from the cedar of Lebanon (Cedrus libani) imported from Lebanon, 320 Nautical Miles (600 km) away, along the eastern coast of the Mediterranean. According to scholars who studied this ship, the ship planks, which were curved in three dimensions, to fit the hull, were produced from the cedar trunk by carving, not by bending. Given that cedar wood was imported and expensive in Egypt, the choice of the carving technique was unexpected, and above all, would yield a plank weaker than one twisted and bent from a straight timber. The two production techniques (carving and bending) were compared, and it was found that bending was superior, and in fact, was demonstrated to be the actual method of shaping the planks of the Khufu-1 ship. [ABSTRACT FROM AUTHOR]

This paper aims to give an overview of the current state of research on (contemporaneous) inscriptional evidence for a historical chronology of the 3rd and 4th dynasties, to explore the impact of different modes of interpreting this evidence on radiocarbon dates from Egypt, and to consider possible synchronizations between Egyptian history and the transitions from Early Bronze Age III to IV in the Southern Levant. Therefore, the currently available data are re-evaluated, and a model for a biennial cattle count in the early Old Kingdom is proposed. In order to specify the EB III–IV transition, recent radiocarbon sequences from nine different sites in the Southern Levant are surveyed. [ABSTRACT FROM AUTHOR]

Several muon telescopes have been developed in the last years at CEA-Saclay. Benefitting from 15 years of R&D on Micro-Pattern Gaseous Detectors (MPGDs) and from several recent innovations, these telescopes yield unprecedented resolution for real-time instruments, and allow for high-definition muography imaging. As a first application, three of them were deployed around Khufu's Pyramid from 2015 to 2017, showing very good performance and stability in harsh conditions. They also provided the first-ever detection of internal structures of a pyramid from the outside, and participated in the discovery of a large void above the Grand Gallery. [ABSTRACT FROM AUTHOR]