Anheim Étienne, Thoury Mathieu, Bertrand Loïc
Département d'histoire, UFR SSH, 47, boulevard Vauban, F-78047 Guyancourt cedex, Paris, France.
IPANEMA, USR 3461 CNRS/MCC, BP48 Saint-Aubin, F-91112 Gif-sur-Yvette, Paris, France.
Rev Synth. 2015 Dec;136(3-4):329-54. doi: 10.1007/s11873-014-0249-8.
This article aims at presenting the first results of a transdisciplinary research programme in heritage sciences. Based on the growing use and on the potentialities of micro- and nano-characterization synchrotron-based methods to study ancient materials (archaeology, palaeontology, cultural heritage, past environments), this contribution will identify and test conceptual and methodological elements of convergence between physicochemical and historical sciences.
本文旨在展示遗产科学跨学科研究项目的首批成果。基于基于同步加速器的微纳表征方法在研究古代材料（考古学、古生物学、文化遗产、过去环境）方面的日益广泛应用及其潜力，本论文将识别并测试物理化学科学与历史科学之间趋同的概念和方法要素。
