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These are the minimum prices which are sure to go up
E7 $550k USD
D12 $750k USD
S1 $4 million USD
R2 $22 million USD
C8 $140 Million US
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The current asking prices of these pieces may go up depending on many factors
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Feel free to contact Scott Wilson with any questions
Advancing Art Authentication: The Science of Materials Analysis
In the quest for preserving the integrity of art, materials analysis has emerged as a crucial scientific endeavor. Leading the charge in this domain is Dr. Nicholas Eastaugh, a prominent figure from the University of Oxford in London. At the helm of the Pigmentum Project, an ambitious initiative striving to compile the world's most comprehensive database of research on materials, fingerprints, and DNA related to the art world, Dr. Eastaugh is redefining art authentication.
Through meticulous examination, Dr. Eastaugh has meticulously examined initial samples from various art collections, including those attributed to renowned artist Pollock. The results have demonstrated that the analyzed materials align with substances known to be available during Pollock's time. Nevertheless, paint analysis poses a complex challenge for the art world, sparking debates and controversies as experts seek to establish foolproof methods for discerning authenticity and provenance. As this field continues to evolve, the marriage of art and science holds the promise of safeguarding cultural heritage for generations to come.
Scientific Analysis Sheds Light on the Lost Pollocks Collection
The Lost Pollock Collection has been a subject of extensive scientific research, with the aim of confirming the authenticity and origins of the remarkable body of work attributed to Jackson Pollock. Through cutting-edge methods in pattern recognition, fractal analysis, materials analysis, and DNA and fingerprint recovery, researchers are making significant strides in providing compelling evidence to support the collection's provenance.
Pattern Recognition and Fractal Analysis have been pivotal in this investigation. Professor Richard Taylor of the University of Oregon utilized proprietary fractal analysis techniques on a group of paintings from Pollock's Paradigm, demonstrating that they exhibited the specific form of fractals typically found in Pollock's poured paintings. The analysis revealed that these pieces closely matched known Pollock patterns, further reinforcing their authenticity. The endorsement from renowned mathematician Dr. Benoit Mandelbrot further bolsters Taylor's findings, confirming that Pollock's paintings are indeed fractal in nature.
Material analysis has also been carried out, dating back to at least 1998, supporting the collection's genuineness. The results of these studies have been instrumental in validating the authenticity of the artworks. Furthermore, the inclusion of hair and fibers embedded in some paintings has paved the way for forensic analysis, presenting an opportunity to compare DNA samples with those retrieved from the Pollock studio. Early results indicate that certain paintings with matching fingerprints also exhibit links through DNA, strengthening the case for the collection's association with the renowned artist.
As the scientific examination continues to unfold, The Lost Pollock Collection remains under scrutiny, with the hope that the convergence of diverse analytical techniques will provide unequivocal evidence of its true origins.
The paintings are real
The DNA and the fingerprint and the hair samples prove that the paintings are real
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