Lost Van Gogh? AI-Driven Scientific Analysis Reveals Brushstroke Secrets! 
Could this be a lost Vincent van Gogh painting?
For 10 years (2015-2025), I have been researching The Tree Oil Painting, utilizing cutting-edge AI, X-ray Fluorescence (XRF), Synchrotron Light, and Infrared Spectroscopy to analyze its authenticity.
Key Timeline:
- 2018: The Tree Oil Painting was analyzed using Synchrotron Light & Infrared Spectroscopy.
- 2020: Van Gogh Museum’s research database published Infrared analysis of Van Gogh’s works.
- 2025: AI was able to compare these findings, revealing strong scientific correlations between the 2018 results and Van Gogh’s published 2020 Infrared data.
This means AI did not generate new data but validated pre-existing scientific findings.
Major Scientific Findings:
Brushstroke DNA – AI analyzed stroke movement, wrist motion, and impasto texture, revealing Van Gogh’s signature style.
Fourier Transform & Edge Detection – AI compared brushstroke frequencies to The Seascape at St. Marine and found a high match.
Infrared Spectroscopy – The 2018 analysis revealed pigment degradation matching Van Gogh’s documented fading patterns (published in 2020).
XRF & Synchrotron Analysis – The pigment composition aligns with late-19th-century Van Gogh works, supporting historical authenticity.
The Secret Behind This Painting:
Unlike most Van Gogh paintings, The Tree Oil Painting has NEVER been varnished or restored. This might be the only Van Gogh artwork that exposes his raw brushstroke power—unfiltered by later conservation efforts.
AI is Transforming Art Authentication!
For 100 years, we have studied Van Gogh’s works through layers of varnish. But what if we have never truly seen his raw brushstrokes? This painting might be the key to rediscovering Van Gogh’s untouched artistic energy.
Open for Discussion!
I am sharing this dataset with the world for researchers, AI engineers, and art historians. Let’s explore and analyze together!
Explore the Dataset Here
Could AI rewrite art history? Let’s discuss!
