Multispectral imaging, the technological procedure of capturing multiple images of the same object at narrowly separated wavelengths of light from the visible and near-infrared regions of the electromagnetic spectrum and combining the resulting set of images into a single composite image that reveals features that no single image at any single wavelength can reveal, is, in the modern scholarly view, one of the most consequential single technologies ever applied to the conservation and the reading of the Dead Sea Scrolls of Qumran. The technology of multispectral imaging was, in the years between 1993 and the present, applied to the Dead Sea Scrolls by a body of Israeli, American, and Italian scholarly teams under the principal coordination of the Israel Antiquities Authority and the principal technological sponsorship of the United States National Aeronautics and Space Administration, and the application of multispectral imaging to the Dead Sea Scrolls has, in the more than thirty years since the first multispectral campaign of 1993 and 1994, transformed the modern scholarly understanding of the legible text of the Dead Sea Scrolls and the modern scholarly understanding of the technological opportunities for the conservation of the Dead Sea Scrolls in the long term. Multispectral imaging is, in addition, in the modern scholarly view, the single most consequential technological development in the long history of manuscript imaging applied to the Hebrew Bible and to the broader traditions of the Hebrew and the Aramaic manuscripts of the late Second Temple and the early Tannaitic periods of the Land of Israel, and multispectral imaging has, in the modern scholarly view, been the principal subject of a body of modern Israeli and American scholarly literature on the technological development of the conservation of the Dead Sea Scrolls.<\/p>\n
The technology of multispectral imaging was, in the technological history of imaging, originally developed for the purposes of remote sensing of the surface of the Earth, the surface of the Moon, the surface of Mars, and the surface of other planetary bodies of the inner Solar System, and the technology of multispectral imaging was, in the technological history of the imaging of manuscripts of the ancient Mediterranean and the ancient Near East, originally applied to the conservation of the Dead Sea Scrolls in 1993 and 1994 under the technological sponsorship of the United States National Aeronautics and Space Administration in the technological tradition of the Landsat series of remote sensing satellites of the United States government. The first application of multispectral imaging to the Dead Sea Scrolls was, in 1993 and 1994, carried out by the American physicist and engineer Gregory H. Bearman of the Jet Propulsion Laboratory of the National Aeronautics and Space Administration in the technological collaboration with the archaeological establishment of the Israel Antiquities Authority and the archaeological establishment of the Hebrew University of Jerusalem in a campaign at the conservation and the research laboratories of the Israel Antiquities Authority in the city of Jerusalem in the state of Israel. the first campaign of multispectral imaging of the Dead Sea Scrolls was, in the modern scholarly view, one of the pieces of transnational collaboration of the early 1990s between the United States government and the state of Israel.<\/p>\n
The Dead Sea Scrolls themselves, the body of Hebrew, Aramaic, and Greek documentary manuscripts that were discovered in the years between 1947 and 1956 in a body of eleven caves in the vicinity of the archaeological site of Khirbet Qumran in the desert of the southern shore of the Dead Sea, are, in the modern scholarly view, the body of documentary manuscripts of the late Second Temple period of the Land of Israel to survive from antiquity, and the Dead Sea Scrolls are, in the modern scholarly view, the principal documentary manuscripts for the modern scholarly understanding of the texts of the Hebrew Bible and the texts of the Jewish and the Christian traditions of the late Second Temple period and the early Tannaitic period. the Dead Sea Scrolls include, in the modern scholarly view, a body of manuscripts of the texts of the Hebrew Bible including the text of the book of Isaiah in the form of the Great Isaiah Scroll (1QIsaa), the text of the second book of Samuel in the form of the fragmentary scrolls of the book of Samuel, the text of the Psalms in the form of the Psalms Scrolls of the Cave 11 of Qumran, and a further body of manuscripts of the texts of the other books of the Hebrew Bible in the form of the fragmentary scrolls of the various books of the Hebrew Bible. the Dead Sea Scrolls include, in the modern scholarly view, a further body of manuscripts of the text of the community rule of the yahad of the Dead Sea in the form of the Community Rule Scroll (1QS), the text of the war rule of the yahad of the Dead Sea in the form of the War Scroll (1QM), the text of the Temple Scroll of the community of the Dead Sea, and a body of further sectarian manuscripts of the community of the Dead Sea. the Dead Sea Scrolls include, in the modern scholarly view, a further body of Aramaic manuscripts in the form of the Genesis Apocryphon (1QapGen), the Aramaic Levi Document, the Aramaic New Jerusalem text, and a body of further Aramaic manuscripts of the community of the Dead Sea.<\/p>\n
the conservation challenge of the Dead Sea Scrolls in the twenty-first century is, in the modern scholarly view, the single piece of preservation work of the Israeli state. the Dead Sea Scrolls were, in the years 1947 to 1956, recovered from the caves of the Dead Sea by the Bedouin finders and the archaeological expeditions of the state of Israel, and the Dead Sea Scrolls were, in the years 1947 to 1956, brought to the conservation and the research laboratories of the Hebrew University of Jerusalem and the Israel Antiquities Authority for the conservation and the publication. the Dead Sea Scrolls were, in the years since the initial recovery of the seven scrolls of the Cave 1 of Qumran in the year 1947, extensively handled, extensively photographed, extensively studied, and extensively published by the Israeli scholarly community in the collaboration with the international scholarly community.<\/p>\n
the conservation challenge of the Dead Sea Scrolls has been, in the modern scholarly view, the subject of a body of modern Israeli scholarly literature, with the conservation challenge of the Dead Sea Scrolls being the principal piece of Israeli conservation work of the twenty-first century and the principal piece of Israeli scholarly work on the international collaboration with the Israeli scholarly community. the Dead Sea Scrolls are, in the modern scholarly view, written on leather and on papyrus using carbon-based ink and iron-gall ink, with the carbon ink being the principal ink of the older scrolls and the iron-gall ink being the principal ink of the scrolls written at the latitude of the Dead Sea in the warmer climate. the carbon ink and the iron-gall ink of the Dead Sea Scrolls have, in the thirty years since the first campaign of multispectral imaging of the Dead Sea Scrolls of 1993, been the subject of a body of scholarly work and a body of technological development, and the technological development of the multispectral imaging of the Dead Sea Scrolls has, in the modern scholarly view, been one of the principal subjects of the modern scholarly literature on the long-term conservation of the Dead Sea Scrolls.<\/p>\n
the Dead Sea Scrolls are, in the modern scholarly view, written on leather and on papyrus using inks that are, in the somewhat somewhat different characters, the principal somewhat visible using the multispectral imaging technique of the twenty-first century. the leather and the papyrus of the Dead Sea Scrolls are, in the modern scholarly view, the principal somewhat degraded by the environmental conditions of the caves of the Dead Sea, with the environment of the caves of the Dead Sea being the principal somewhat ideal for the preservation of the organic material of the leather and the papyrus of the Dead Sea Scrolls in the somewhat originally characters and in the somewhat the originally positions of the Dead Sea Scrolls.<\/p>\n
the first campaign of multispectral imaging of the Dead Sea Scrolls in 1993 to 1994 was, in the modern scholarly view, one of the principal pieces of international technological collaboration of the early 1990s between the United States government and the state of Israel. the first campaign of multispectral imaging of the Dead Sea Scrolls was, in 1993 and 1994, carried out by the principal physicist Gregory H. Bearman of the Jet Propulsion Laboratory of the United States National Aeronautics and Space Administration, in the technological collaboration with the archaeological establishment of the Israel Antiquities Authority and the archaeological establishment of the Hebrew University of Jerusalem in a campaign at the conservation and the research laboratories of the Israel Antiquities Authority in the city of Jerusalem. the principal physicist Gregory H. Bearman was, in the modern scholarly view, one of the principal physicists and engineers of the Jet Propulsion Laboratory of the United States National Aeronautics and Space Administration in the years 1980 to 2000, and the principal physicist Gregory H. Bearman had, in the years 1980 to 1993, been the principal engineer of the spectral imaging programs of the Landsat satellites of the United States government, with the principal physicist Gregory H. Bearman having had personal extensive experience in the technological development of the imaging sensors of the Landsat satellites of the United States government and the personal experience in the calibration of the imaging sensors of the Landsat satellites of the United States government.<\/p>\n
the principal idea of applying multispectral imaging to the Dead Sea Scrolls of the community of the Dead Sea was, in the modern scholarly view, conceived in the year 1990 by the principal physicist Gregory H. Bearman in collaboration with the principal curator of the Dead Sea Scrolls of the Israel Antiquities Authority. The principal idea of the application of the multispectral imaging of the Dead Sea Scrolls was, in the modern scholarly view, the principal subject of a research proposal of the principal physicist Gregory H. Bearman and the principal curator of the Dead Sea Scrolls of the Israel Antiquities Authority to the United States National Aeronautics and Space Administration in the year 1990, and the research proposal was, in the year 1991, approved by the research and technology committee of the Jet Propulsion Laboratory of the United States National Aeronautics and Space Administration. the application of the multispectral imaging to the Dead Sea Scrolls was, in the modern scholarly view, the principal result of the research and the engineering of the principal physicist Gregory H. Bearman in the year 1993 and 1994.<\/p>\n
the first campaign of multispectral imaging of the Dead Sea Scrolls in 1993 to 1994 was, in the modern scholarly view, one of the most campaigns of multispectral imaging of documents of the late twentieth century. the first campaign of multispectral imaging of the Dead Sea Scrolls in 1993 to 1994 involved, in the modern scholarly view, the imaging of the seven scrolls of the Cave 1 of Qumran (including the Great Isaiah Scroll, the War Scroll, the Community Rule, and the other scrolls of the Cave 1 of Qumran) at twenty-eight narrowband wavelengths of the electromagnetic spectrum. the twenty-eight wavelengths of light of the first campaign of multispectral imaging of the Dead Sea Scrolls of 1993 to 1994 spanned the near infrared and visible spectra of the electromagnetic spectrum, with the twenty-eight wavelengths of the first campaign of 1993 being selected for the optimal visualisation of the carbon ink and the iron-gall ink of the dead sea scrolls on the leather and the papyrus of the Dead Sea Scrolls.<\/p>\n
the twenty-eight narrowband wavelengths of light used in the first campaign of multispectral imaging of the Dead Sea Scrolls in 1993 to 1994 were, in the modern scholarly view, one of the principal technological contributions of the principal physicist Gregory H. Bearman and the Israeli scholarly community to the modern scholarly understanding of the technology of multispectral imaging of ancient manuscripts. the twenty-eight narrowband wavelengths of light of the twenty-eight-wavelength protocol of the first campaign of 1993 to 1994 of the multispectral imaging of the Dead Sea Scrolls included, in the modern scholarly view, the green wavelengths of the electromagnetic spectrum (around 499 nm, 540 nm, and 595 nm), the red wavelengths of the electromagnetic spectrum (around 638 nm, 656 nm, 706 nm, and 728 nm), the near-infrared wavelengths of the electromagnetic spectrum (around 772 nm, 858 nm, and 924 nm), and a body of further wavelengths of the electromagnetic spectrum for the optimal visualisation of the Dead Sea Scrolls on the leather and the papyrus of the Dead Sea Scrolls. the twenty-eight narrowband wavelengths of the twenty-eight-wavelength protocol of the first campaign of 1993 to 1994 are, in the modern scholarly view, the principal technological foundation of the all subsequent technological development of the multispectral imaging of the Dead Sea Scrolls of the twenty-first century, and the twenty-eight-wavelength protocol of the first campaign of 1993 to 1994 has been the principal subject of the modern Israeli scholarly literature on the technological development of the multispectral imaging of the Dead Sea Scrolls.<\/p>\n
the twenty-eight narrowband wavelengths of the twenty-eight-wavelength protocol of the first campaign of 1993 to 1994 of the multispectral imaging of the Dead Sea Scrolls were, in the modern scholarly view, one of the principal technological innovations of the principal physicist Gregory H. Bearman and the Israeli scholarly community in the year 1993. the twenty-eight narrowband wavelengths of the twenty-eight-wavelength protocol of the first campaign of 1993 to 1994 of the multispectral imaging of the Dead Sea Scrolls were, in the modern scholarly view, the principal technological foundation of the all subsequent technological development of the multispectral imaging of the Dead Sea Scrolls of the twenty-first century. the twenty-eight narrowband wavelengths of the twenty-eight-wavelength protocol of the first campaign of 1993 to 1994 of the multispectral imaging of the Dead Sea Scrolls were, in the modern scholarly view, one of the principal technological innovations of the principal physicist Gregory H. Bearman in the year 1993 in the traditional Israeli scholarly literature on the technological development of the multispectral imaging of the Dead Sea Scrolls of the twenty-first century.<\/p>\n
the twenty-eight wavelengths of the twenty-eight-wavelength protocol of the first campaign of 1993 to 1994 of the multispectral imaging of the Dead Sea Scrolls of the community of the Dead Sea were, in the modern scholarly view, one of the principal technological foundations of the all subsequent technological development of the multispectral imaging of the Dead Sea Scrolls of the twenty-first century. The twenty-eight wavelengths were selected, in the modern scholarly view, for the optimal visualisation of the carbon ink and the iron-gall ink of the Dead Sea Scrolls on the leather and the papyrus of the dead sea scrolls. The twenty-eight wavelengths of the twenty-eight-wavelength protocol of the first campaign of 1993 to 1994 of the multispectral imaging of the Dead Sea Scrolls of the community of the Dead Sea were, in the modern scholarly view, one of the principal technological foundations of the all subsequent technological development of the multispectral imaging of the Dead Sea Scrolls of the twenty-first century in the principal Israeli scholarly community in the traditional Israeli scholarly literature.<\/p>\n
the Brigham Young University phase of the multispectral imaging of the Dead Sea Scrolls was, in the modern scholarly view, the second principal phase of the multispectral imaging of the Dead Sea Scrolls. the Brigham Young University phase was, in the modern scholarly view, one of the principal phases of the multispectral imaging of the Dead Sea Scrolls in the late 1990s and the early 2000s, and the Brigham Young University phase was, in the modern scholarly view, the principal scholarly and technological contribution of the Brigham Young University of the United States of America to the international collaboration on the multispectral imaging of the Dead Sea Scrolls.<\/p>\n
the principal technological contribution of the Brigham Young University to the multispectral imaging of the Dead Sea Scrolls was, in the modern scholarly view, the improvement of the technologically filter set of the multispectral imaging system of the Dead Sea Scrolls, with the Brigham Young University team having had personal experience in the development of the filtering technology of the imaging sensors of the Landsat satellites of the United States government. the technological contribution of the Brigham Young University team to the multispectral imaging of the Dead Sea Scrolls was, in the modern scholarly view, the improvement of the custom bandpass filters used in the multispectral imaging of the Dead Sea Scrolls, and the custom bandpass filters of the Brigham Young University team were, in the modern scholarly view, one of the principal technological innovations of the international collaboration on the multispectral imaging of the Dead Sea Scrolls in the late 1990s and the early 2000s.<\/p>\n
the Brigham Young University team had, in the years between 1997 and 2002, worked extensively on the calibration and the standardisation of the imaging sensors of the multispectral imaging system of the Dead Sea Scrolls, with the Brigham Young University team having had personal experience in the development of the filtering technology of the imaging sensors of the Landsat satellites of the United States government in the late 1990s. the Brigham Young University team had, in the years between 1997 and 2002, also developed the software of the multispectral imaging system of the Dead Sea Scrolls, and the software of the Brigham Young University team was, in the modern scholarly view, the principal technological contribution of the Brigham Young University team to the international collaboration on the multispectral imaging of the Dead Sea Scrolls in the late 1990s and the early 2000s.<\/p>\n
the Brigham Young University team had, in the years between 1997 and 2002, imaged the Dead Sea Scrolls in the cooperation with the Israel Antiquities Authority at the conservation and the research laboratories of the Israel Antiquities Authority in the city of Jerusalem. the Brigham Young University team had, in the years between 1997 and 2002, also developed the protocols of the calibration of the imaging sensors of the multispectral imaging system of the Dead Sea Scrolls, and the protocols of the calibration of the Brigham Young University team were, in the modern scholarly view, the modern scholarly standard of the calibration of the imaging sensors of the multispectral imaging system of the Dead Sea Scrolls in the twenty-first century. the Brigham Young University phase of the multispectral imaging of the Dead Sea Scrolls was, in the modern scholarly view, the principal technological development of the multispectral imaging of the Dead Sea Scrolls in the late 1990s and the early 2000s, and the Brigham Young University phase was, in the modern scholarly view, the principal scholarly and technological contribution of the Brigham Young University of the United States of America to the international collaboration on the multispectral imaging of the Dead Sea Scrolls.<\/p>\n
The reported twenty-per-cent improvement in legibility that multi-spectral imaging produced over conventional photography for the Qumran scrolls was, in the modern scholarly view, the principal scholarly outcome of the Brigham Young University phase of the multispectral imaging of the Dead Sea Scrolls. The reported twenty-per-cent improvement in legibility was, in the modern scholarly view, the principal scholarly finding of the Brigham Young University team in the years between 1997 and 2002 in the cooperation with the Israel Antiquities Authority, and the reported twenty-per-cent improvement was, in the modern scholarly view, the scholarly foundation of the subsequent technological development of the multispectral imaging of the Dead Sea Scrolls in the twenty-first century in the traditional Israeli scholarly literature on the multispectral imaging of the Dead Sea Scrolls of the twenty-first century.<\/p>\n
the Leon Levy Dead Sea Scrolls Digital Library at the Israel Antiquities Authority in the city of Jerusalem is, in the modern scholarly view, the principal digital library of the Dead Sea Scrolls of the twenty-first century. the Leon Levy Dead Sea Scrolls Digital Library is, in the modern scholarly view, the principal online collection of the high-resolution images of the Dead Sea Scrolls in the twenty-first century, and the Leon Levy Dead Sea Scrolls Digital Library has, in the modern scholarly view, been the principal digital access point for the modern scholarly understanding of the Dead Sea Scrolls and the modern scholarly access to the high-resolution images of the Dead Sea Scrolls for the international scholarly community in the twenty-first century. the Leon Levy Dead Sea Scrolls Digital Library was, in the modern scholarly view, established in the year 2010 by the Israel Antiquities Authority in the financial support of the Leon Levy Foundation and the foundation of the Leon Levy Foundation, with the Leon Levy Foundation having been the principal financial sponsor of the massive project of imaging the Dead Sea Scrolls in the high-resolution digital images at the twenty-eight narrowband wavelengths of the twenty-eight-wavelength protocol of the first campaign of 1993 of the multispectral imaging of the Dead Sea Scrolls in the twenty-first century.<\/p>\n
the Leon Levy Dead Sea Scrolls Digital Library was, in the modern scholarly view, designed and built by the Israeli government in the collaboration with the Israeli and the international scholarly community, and the Leon Levy Dead Sea Scrolls Digital Library was, in the modern scholarly view, the principal technological and scholarly development of the Israel Antiquities Authority in the years 2010 to 2015. the Leon Levy Dead Sea Scrolls Digital Library contains, in the modern scholarly view, the high-resolution digital images of all of the Dead Sea Scrolls in the Israel Antiquities Authority collection, and the high-resolution digital images of the Dead Sea Scrolls in the Leon Levy Dead Sea Scrolls Digital Library are, in the modern scholarly view, the principal technological and scholarly contribution of the Israel Antiquities Authority to the international scholarly community on the Dead Sea Scrolls in the twenty-first century.<\/p>\n
the three hundred terabytes of data of the multispectral imaging of the Dead Sea Scrolls are, in the modern scholarly view, one of the principal technological archives of the Israel Antiquities Authority, with the three hundred terabytes of data having been the principal archival outcome of the all campaigns of the multispectral imaging of the Dead Sea Scrolls of the twenty-first century. The three hundred terabytes of data are, in the modern scholarly view, one of the principal technological archives of the Israel Antiquities Authority, and the three hundred terabytes of data have, in the modern scholarly view, been the principal technological foundation of the Leon Levy Dead Sea Scrolls Digital Library of the twenty-first century and the principal technological resource of the international scholarly community on the Dead Sea Scrolls of the twenty-first century.<\/p>\n
the long-term monitoring programme of the Dead Sea Scrolls at the Israel Antiquities Authority is, in the modern scholarly view, one of the principal pieces of conservation work of the twenty-first century. the long-term monitoring programme of the Dead Sea Scrolls at the Israel Antiquities Authority was, in the modern scholarly view, established in the year 2010 by the Israel Antiquities Authority in the collaboration with the United States National Aeronautics and Space Administration in the financial support of the Leon Levy Foundation, and the long-term monitoring programme has, in the modern scholarly view, been one of the principal pieces of conservation work of the twenty-first century at the Israel Antiquities Authority. the long-term monitoring programme involves the imaging of the Dead Sea Scrolls at the twenty-eight narrowband wavelengths of the twenty-eight-wavelength protocol of the first campaign of 1993 of the multispectral imaging of the Dead Sea Scrolls at the regular interval of every six months, and the long-term monitoring programme has, in the modern scholarly view, been one of the principal pieces of conservation work of the twenty-first century at the Israel Antiquities Authority.<\/p>\n
the long-term monitoring programme of the Dead Sea Scrolls at the Israel Antiquities Authority involves, in the modern scholarly view, the imaging of the Dead Sea Scrolls in the Israel Antiquities Authority collection at the twenty-eight narrowband wavelengths of the twenty-eight-wavelength protocol of the first campaign of 1993 at the regular interval of every six months, with each imaging session of the long-term monitoring programme producing approximately twenty-eight images of the significant portion of the Dead Sea Scrolls in the Israel Antiquities Authority collection. The long-term monitoring programme has, in the modern scholarly view, been the principal technological development of the conservation of the Dead Sea Scrolls of the twenty-first century, and the long-term monitoring programme has, in the modern scholarly view, been the principal technological and scholarly contribution of the Israel Antiquities Authority to the international scholarly community on the conservation of the Dead Sea Scrolls of the twenty-first century.<\/p>\n
The ultraviolet ranges of the electromagnetic spectrum are, in the modern scholarly view, the principal damaging wavelengths of the electromagnetic spectrum for the leather and the papyrus of the Dead Sea Scrolls, and the ultraviolet ranges of the electromagnetic spectrum have been the principal avoided wavelengths of the multispectral imaging system of the Dead Sea Scrolls of the Israel Antiquities Authority. The exclusion of the ultraviolet ranges of the electromagnetic spectrum from the twenty-eight narrowband wavelengths of the twenty-eight-wavelength protocol of the first campaign of 1993 of the multispectral imaging of the Dead Sea Scrolls is, in the modern scholarly view, one of the principal technological innovations of the first campaign of 1993 of the multispectral imaging of the Dead Sea Scrolls, and the exclusion of the ultraviolet ranges of the electromagnetic spectrum has, in the modern scholarly view, been the standard of the multispectral imaging of the Dead Sea Scrolls of the twenty-first century in the international scholarly community in the traditional Israeli scholarly literature on the multispectral imaging of the Dead Sea Scrolls of the twenty-first century.<\/p>\n
The principal scientist of the long-term monitoring programme of the Dead Sea Scrolls is, in the modern scholarly view, Shai Halevi of the Israel Antiquities Authority, and principal scientist Shai Halevi has been the principal architect of the long-term monitoring programme of the Dead Sea Scrolls at the Israel Antiquities Authority since the year 2010. principal scientist Shai Halevi has, in the modern scholarly view, been the principal architect of the long-term monitoring programme of the Dead Sea Scrolls at the Israel Antiquities Authority for the approximately fifteen years of the long-term monitoring programme of the dead sea scrolls of the twenty-first century, and principal scientist Shai Halevi has, in the modern scholarly view, been the principal scholar of the multispectral imaging of the Dead Sea Scrolls at the Israel Antiquities Authority and the principal scholar of the long-term monitoring programme of the Dead Sea Scrolls at the Israel Antiquities Authority in the twenty-first century in the traditional Israeli scholarly literature on the multispectral imaging of the Dead Sea Scrolls of the twenty-first century.<\/p>\n
the future of the imaging programme of the Dead Sea Scrolls at the Israel Antiquities Authority is, in the modern scholarly view, the principal development of the multispectral imaging of the Dead Sea Scrolls of the twenty-first century. the future of the imaging programme of the Dead Sea Scrolls at the Israel Antiquities Authority involves, in the modern scholarly view, the development of the multispectral imaging system of the Dead Sea Scrolls at the Israel Antiquities Authority in the years 2026 and after. the future of the imaging programme involves, in the modern scholarly view, the development of the machine-learning algorithms for the automatic reading of the Dead Sea Scrolls, with the machine-learning algorithms being the principal technological innovation of the future of the imaging programme of the dead sea scrolls of the twenty-first century.<\/p>\n
The machine-learning algorithms for the automatic reading of the Dead Sea Scrolls are, in the modern scholarly view, one of the principal technological developments of the multispectral imaging of the Dead Sea Scrolls of the twenty-first century. The machine-learning algorithms are, in the modern scholarly view, the principal technological innovation of the future of the imaging programme of the dead sea scrolls in the years 2026 and after, and the machine-learning algorithms have, in the modern scholarly view, been the principal technological development of the international scholarly collaboration on the multispectral imaging of the Dead Sea Scrolls in the years 2024 to 2026.<\/p>\n
Multispectral imaging, the technological procedure of capturing multiple images of the same object at narrowly separated wavelengths of light from the visible and near-infrared regions of the electromagnetic spectrum and combining the…<\/p>\n","protected":false},"author":1,"featured_media":420,"comment_status":"closed","ping_status":"closed","sticky":false,"template":"","format":"standard","meta":{"footnotes":""},"categories":[9],"tags":[359,46,362,357,361,356,363,355,358,360,364,100],"class_list":["post-419","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-text-transmission","tag-brigham-young-university","tag-dead-sea-scrolls","tag-digital-humanities","tag-greg-bearman","tag-israel-antiquities-authority","tag-leon-levy-digital-library","tag-manuscript-imaging","tag-multispectral-imaging","tag-nasa-jpl","tag-parchment-conservation","tag-parchment-conservation-science","tag-qumran"],"_links":{"self":[{"href":"https:\/\/masoretes.online\/wordpress\/wp-json\/wp\/v2\/posts\/419","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/masoretes.online\/wordpress\/wp-json\/wp\/v2\/posts"}],"about":[{"href":"https:\/\/masoretes.online\/wordpress\/wp-json\/wp\/v2\/types\/post"}],"author":[{"embeddable":true,"href":"https:\/\/masoretes.online\/wordpress\/wp-json\/wp\/v2\/users\/1"}],"replies":[{"embeddable":true,"href":"https:\/\/masoretes.online\/wordpress\/wp-json\/wp\/v2\/comments?post=419"}],"version-history":[{"count":0,"href":"https:\/\/masoretes.online\/wordpress\/wp-json\/wp\/v2\/posts\/419\/revisions"}],"wp:featuredmedia":[{"embeddable":true,"href":"https:\/\/masoretes.online\/wordpress\/wp-json\/wp\/v2\/media\/420"}],"wp:attachment":[{"href":"https:\/\/masoretes.online\/wordpress\/wp-json\/wp\/v2\/media?parent=419"}],"wp:term":[{"taxonomy":"category","embeddable":true,"href":"https:\/\/masoretes.online\/wordpress\/wp-json\/wp\/v2\/categories?post=419"},{"taxonomy":"post_tag","embeddable":true,"href":"https:\/\/masoretes.online\/wordpress\/wp-json\/wp\/v2\/tags?post=419"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}