CoNeXT: Ancient Ink as Technology (University of Copenhagen Programme of Excellence)

Research output: Other contributionCommunication

Standard

CoNeXT: Ancient Ink as Technology (University of Copenhagen Programme of Excellence). / Ryholt, Kim.

2016, Poster for CoNeXT: Ancient Ink as Technology (University of Copenhagen Programme of Excellence).

Research output: Other contributionCommunication

Harvard

Ryholt, K 2016, CoNeXT: Ancient Ink as Technology (University of Copenhagen Programme of Excellence)..

APA

Ryholt, K. (2016). CoNeXT: Ancient Ink as Technology (University of Copenhagen Programme of Excellence).

Vancouver

Ryholt K. CoNeXT: Ancient Ink as Technology (University of Copenhagen Programme of Excellence). 2016.

Author

Ryholt, Kim. / CoNeXT: Ancient Ink as Technology (University of Copenhagen Programme of Excellence). 2016.

Bibtex

@misc{cec445d488a54955a2c6dcf36ef67be7,
title = "CoNeXT: Ancient Ink as Technology (University of Copenhagen Programme of Excellence)",
abstract = "Two of the most profound technological advances in human intellectual history were the twin inventions of ink and papyrus by the Egyptians about 5,000 years ago. The advent of writing allowed information to be expanded beyond the mental capacity of any single individual and to be shared across time and space. The two inventions spread throughout the ancient Mediterranean to Greece, Rome and beyond, and they remain a central medium for communication in the modern world. X-ray synchrotron sources provide exciting new perspectives of fundamental importance within the Human Sciences. The CoNeXT project Ancient Ink as Technology focusses on ancient manuscripts. It addresses both a decisive chapter in the history of science and also one of the central challenges facing the historian: the fact that the majority of ancient manuscripts lack a recorded archaeological context. Information about the socio-historical context is naturally crucial, whether dealing with ancient literature, diplomatic correspondences, administrative documents, or family archives. X-ray analysis delivers chemical and structural signatures, which reflect the physical properties of manuscripts. It is our expectation that these “fingerprints” will enable a mapping of characteristic traits of ink and papyrus along both a chronological and geographical axis.",
keywords = "Faculty of Humanities, egyptology, xrf, raman, papyrology",
author = "Kim Ryholt",
year = "2016",
language = "English",
type = "Other",

}

RIS

TY - GEN

T1 - CoNeXT: Ancient Ink as Technology (University of Copenhagen Programme of Excellence)

AU - Ryholt, Kim

PY - 2016

Y1 - 2016

N2 - Two of the most profound technological advances in human intellectual history were the twin inventions of ink and papyrus by the Egyptians about 5,000 years ago. The advent of writing allowed information to be expanded beyond the mental capacity of any single individual and to be shared across time and space. The two inventions spread throughout the ancient Mediterranean to Greece, Rome and beyond, and they remain a central medium for communication in the modern world. X-ray synchrotron sources provide exciting new perspectives of fundamental importance within the Human Sciences. The CoNeXT project Ancient Ink as Technology focusses on ancient manuscripts. It addresses both a decisive chapter in the history of science and also one of the central challenges facing the historian: the fact that the majority of ancient manuscripts lack a recorded archaeological context. Information about the socio-historical context is naturally crucial, whether dealing with ancient literature, diplomatic correspondences, administrative documents, or family archives. X-ray analysis delivers chemical and structural signatures, which reflect the physical properties of manuscripts. It is our expectation that these “fingerprints” will enable a mapping of characteristic traits of ink and papyrus along both a chronological and geographical axis.

AB - Two of the most profound technological advances in human intellectual history were the twin inventions of ink and papyrus by the Egyptians about 5,000 years ago. The advent of writing allowed information to be expanded beyond the mental capacity of any single individual and to be shared across time and space. The two inventions spread throughout the ancient Mediterranean to Greece, Rome and beyond, and they remain a central medium for communication in the modern world. X-ray synchrotron sources provide exciting new perspectives of fundamental importance within the Human Sciences. The CoNeXT project Ancient Ink as Technology focusses on ancient manuscripts. It addresses both a decisive chapter in the history of science and also one of the central challenges facing the historian: the fact that the majority of ancient manuscripts lack a recorded archaeological context. Information about the socio-historical context is naturally crucial, whether dealing with ancient literature, diplomatic correspondences, administrative documents, or family archives. X-ray analysis delivers chemical and structural signatures, which reflect the physical properties of manuscripts. It is our expectation that these “fingerprints” will enable a mapping of characteristic traits of ink and papyrus along both a chronological and geographical axis.

KW - Faculty of Humanities

KW - egyptology

KW - xrf

KW - raman

KW - papyrology

M3 - Other contribution

ER -

ID: 162201287