TREASURE ISLAND PROJECT
Treasure Island is the ambitious Public Arts project where the public's own treasures are discovered and contribute to the process of the production of Public Art. This high profile project by artist Seran Kubisa involves conducting a forensic investigation of minute fragment samples.
Forensic size fragments are collected from artefacts and heritage sites. The investigation catalogs the dates, history and memories. The objects are photographed and fragments taken from the artefacts. The fragments are analysed by Seran using a powerful microscope to create artworks. The objects date from 1545 to the 20th century.
The fragments are scientifically analysed under a microscope for flourescence, a technique Seran has been using since 2002. Seran Kubisa “Each sample has an inherent memory that my ‘stolen’ fragment contains. This memory is still contained in its physical structure and worn influences of time. Those fragments, touched by the original owner, have absorbed their own story ready to be released through these processes…”
The process form analyzing to artwork uses the lasers to extract data to create stunning colour and structural images. These can be reproduced in a number of ways; as prints, designs, light boxes, architectural projections and installations, as well as larger scale artworks and architectural pieces. r
Seran's research with science led to the unique realisation that there was a relationship with intriguing visual imagery under the microscope and the presence of flourescence. Artefacts which are over 30 years old contain more natural fluorescence and this is analysed to reveal stunning microscopic structures.
Each contribution is assigned an archive number. Photographs and details about the artefact, the participant's special memories, histories, location of the treasure and fragment fibre are all cataloged.
Over 200 archives have been documented
. View archive investigations:
Portsmouth City Museum Store
Private Location 00001- 00011
Drayton Friendship Centre
Charles Dickens Centre
Portsmouth Civic Offices
- City Centre 00028-00036
Portsmouth City Museum
Public Open Session 00037-00054
Southsea - Friendship House 00055-00060
Royal Naval Museum
- The Dockyard 00061-00070
- Old Portsmouth 00071-00087
- Fratton 00088-00100
Portsmouth Disability Forum
Portsmouth Football Club
- Fratton Park 00116 - 00124
- Southsea Portsmouth 00125 - 00127
- Portsmouth 00128 - 00132
- Portsmouth 00133 - 00141
- Southsea Portsmouth 00142 - 00159
00160 - 00164
African Womens Forum
00165 - 00169
00170 - 00174
00175 - 00177
Portsmouth City Museum Final Public Session
00179 - 00187
00189 - 00192
Artwork, Forensic Investigation and Science
- The investigation collects small samples from artefacts in order to analyse them
- Samples can be as small as 1 millimetre, or as large as can be spared without intrusive damage to the artefact. They are collected at the time of discovering and recording the treasured memory
- When viewed live under the laser beam, Seran selects the areas to image based on the physical influences, colour and visual quality of the resulting fluorescence
- Selecting which parts of a sample's fluorescence "rainbow" to record (from the ultraviolet, through the visible colours and out into the infra-red) is crucial for artistic interpretation of the raw digital data collected. Seran also looks out for fluorescent patterns that result from innate properties of the material itself and the wear and tear and accumulation of additional substances resulting from its history. This can open a window onto the entire life of the artefact.
The Confocal Scanning Laser Microscope
The samples collected from the artefacts are taken to the Biomedical Imaging Unit at Southampton General Hospital where they are examined, analysed and recorded using a Leica SP2 or SP5 Confocal Laser Scanning Microscope. This high tech (and very expensive) form of microscope uses a clever optical trick to image and sharply focus or "slices" through a sample. A series of laser beams scan across the specimen and make it fluoresce. This fluorescence is captured by a series of very sensitive, high resolution digital cameras which can be tuned to record different parts of the sample's fluorescence "rainbow" (from the ultraviolet, through the visible colours and out into the infra-red). Between the sample and the cameras is a light-proof shutter with a very tiny pinhole in it. The shutter vibrates in tune with the movement of the laser beam across the sample, allowing only fluorescence from a particular point in the sample to pass through the pinhole to the cameras. Fluorescence from other (out of focus) levels in the specimen misses the pinhole and so never reaches the cameras. This produces a very sharp image. By moving the sample up and down under the laser beam, sharp images can be recorded from many different levels. These can then be combined and analysed to create a 3D view of the sample.
Many materials fluoresce when illuminated by a laser beam and this is more intense in older samples.
View the forensic analysis
Artist Seran Kubisa
Seran's scientific research with the University of Southampton (Leverhulme Trust Award winner 2001-2002) led to the innovative use of the microscope and the presence of flourescence. The older the materials, the more natural fluorescence is in the sample. Since this discovery Seran has been collecting older samples for their scientific properties, physical influences and memories.
Treasure Island is the 3rd series of Forensic Investigations.
Series 1: 'My Sitting Room' - 2002
Series 2: 'Our School' - 2004
Visit Seran's website
Seran's team accompany her on each data collection and forensic sample collection session
- Assistant - Sally Taylor
- Photographer - Paul Everitt
- Historians from Portsmouth City Museum: Rosalinda Hardiman, Jon Stedman, Katy Ball and Portsmouth Grammar School: Catherine Smith
- Website Development & Collaboration - Marcus Coles
- Art Plus awarded by Arts Council England & SEEDA
Development Award : Ãƒƒƒƒƒ‚Ãƒƒƒƒ‚Ãƒƒƒ‚Ãƒƒ‚Ãƒ‚Ã‚Â£ 10,000
Final Award for Innovation : Ãƒƒƒƒƒ‚Ãƒƒƒƒ‚Ãƒƒƒ‚Ãƒƒ‚Ãƒ‚Ã‚Â£ 50,000
- Portsmouth City Council
- Project Patron David Pointer Ãƒƒƒƒƒ‚Ãƒƒƒƒ‚Ãƒƒƒ‚Ãƒƒ‚Ãƒ‚Ã‚Â£25000
- Point Source Ltd: Sponsor of scientific analysis on the confocal laser microscope.
- Leica Microsystems donated software for processing data
- Portsmouth Grammar School sponsored Catherine Smith for historical perspective of community investigations
Special thanks to:
In association with
Contact The Artist
If you would like to contact Seran Kubisa please visit her website
Dr Marcus Coles of Asitis Ltd