Museums

Museum without Walls

Museum without Walls

Museum without Walls

Digital animation of the skeleton of the bird Rhea americana, based on kinematic study.

Map of the Third World's south-southeast island, 2011.

Houseplans, Phi Books (© Antonopoulou & Dare).

Centro Cultural Banco do Brasil - Rio de Janeiro, 2011.

David Hall, A Situation Envisaged: The Rite II, 1989-90. VR simulation presented at NEoN Festival, Dundee, Scotland, 2017. VR model by Rhoda Ellis, curated by Adam Lockhart (© Estate of David Hall/Rhoda Ellis/University of Dundee).

In indigenous time there is a notion of sequence, a before and an after, but this does not imply a fixed boundary between the past and the future, which, instead of being separated by the present, would be both contained within the now.

DiMoDA 3.0, 2018. SIGGRAPH Asia partnership.

Subway (Norton, acrylic on wood, 2002) - access in augmented reality

The National Museum’s Digital Image Processing Lab (LAPID) is a pioneer in Brazil in the use of 3D technologies for heritage research and preservation. It was created almost twenty years ago from an informal partnership between researchers from the paleontology and egyptology fields. Over the years, the laboratory has expanded its activities to cover other areas of the museum as well.

Deploying techniques such as computerized tomography, surface scanning and 3D modelling, LAPID has become responsible for the digitization of items from the National Museum collection, from mummies to whale skeletons.

These replicas, which first served mostly for research purposes, have become important public documents after the fire that, in 2018, destroyed a large part of the Museum’s building and collection. Some of them can be seen in the laboratory’s Sketchfab accounts. Their exhibition is, often, the only way to provide access to what has been lost.

Currently, LAPID is collaborating in the reconstruction of the National Museum by means of digitizing internal areas of the building as well as recuperated artifacts. This documentation enables the survival of material heritage in the form of volumetric references that allows for its recognition and restnoration.

The replicas will be published in an online database that will make it possible for researchers to interact with them virtually, preserving original artifacts from the wear of direct contact.

LAPID / National Museum

Ongoing