Welcome to Equipoise Imaging, LLC.
... the arts of science
Equipoise Imaging, LLC has used its innovative spectral imaging techniques to change the world of antiquities imaging. Our EurekaVision system, jointly developed with MegaVision, Inc. of Santa Barbara CA, is being used to gather data with exquisite sensitivity and unparalleled color accuracy from some of the most treasured antiquities on the planet. Among our past and ongoing projects are:
- The Walseemuller Map, Library of Congress, Washington DC.
- The Declaration of Independence, Library of Congress, Washington DC.
- The Archimedes Palimpsest, Walters Art Museum, Baltimore MD.
- The Dead Sea Scrolls, Israel Museum, Jerusalem, Israel.
- The Palimpsests of St. Catherine's Monastery, Sinai Peninsula, Egypt.
- David Livingstone's Journals from East Africa, National Library of Scotland, Edinburgh, Scotland.
- Letters by William Faulkner, University of Mississippi, Oxford MS.
- The Oxyrhynchus Papyrii, the Sackler Library, Oxford, England.
- Stevens-Brown Ptolemy Map, Brown University, Providence RI.
- Numerous paintings by important masters and emerging artists, at major museums and in provate collections around the world.
We apply tools first developed for scientific research that are ideally suited to applications in the arts and humanities. Techniques used in biotechnology, medical research, remote sensing and microchip evaluation are helping solve the riddles of the past, from discovery of archeological ruins to reconstruction of fossilized bones of early humans and bygone species, from detection of early life forms to probing ancient art objects.
Equipoise Imaging, LLC has broad success in using advanced imaging, analytical techniques, and computation for biotechnology and remote sensing applications, and is successfully applying this expertise to parallel problems in the humanities.
Recent and ongoing work with clients in biotechnology, the humanities, and remote sensing includes:
- Multispectral Imaging of ancient manuscripts to discover hidden writings
- Fluorescence Imaging for blood cholesterol measurements
- Polarized Light Imaging of advanced aerospace materials
- Confocal Laser Scanning Microscopy of documents in forensics
- Video Microscopy to determine aggressiveness of human cancers
- Object Recognition from airborne platforms
- 3D Imaging of cellular structures in microbiology
- Virtual Reconstruction of museums objects
- Realtime Motion Analysis for clinical medicine
- Single Molecule Detection for genomics
...science of the arts
Please contact Equipoise at equipoise1@verizon.net