B Minor - Variations 9 — Acrylic on Paper by Arnaud Quercy
Acrylic on Paper, 21.0×21.0cm
Arnaud Quercy, 2025 — France
Bach's sacred masterwork made visible—where counterpoint becomes color.
Technical Specifications
- Medium: Acrylic on Paper
- Dimensions: 21.0×21.0cm
- Weight: 0.1 kg
- Created: 2025, France
- Certificate: 20251123-0078
- SKU: Arnaud Quercy Creations / AQC0920 / 2025
- ✓ Original artwork, hand-painted by Arnaud Quercy
- ✓ Certificate of authenticity included
Arnaud Quercy is a Parisian artist working across painting, music, and sculpture. His practice is grounded in Ideamorphism — the principle that a work of art does not carry meaning, but triggers it. Each piece is engineered to diffract differently through each person who encounters it.
He creates and exhibits at Art Quam Anima, his gallery-atelier at 28 rue du Dragon, Saint-Germain-des-Prés, Paris.
About This Artwork
This acrylic painting translates Bach's Mass in B Minor into visual form through chromesthetic mapping, converting musical structure into geometric color relationships based on the circle of fifths. Working on a twenty-one by twenty-one centimeter paper support, the piece explores how a complex choral and orchestral composition can manifest as interlocking colored shapes. The work belongs to the Synesthetic Explorations collection, which investigates systematic connections between sound and sight.
Orange tones fill the largest areas of the composition, appearing in warm coral and peru shades that anchor the upper right and create the dominant visual presence. A dark brown-gray rectangle occupies the right-center portion, providing weight and contrast against the warmer hues. Yellow-green passages appear in soft sage and lime tones across the left and center, while a bright chartreuse-yellow strip runs horizontally through the lower third. The geometric forms overlap and intersect with visible edges, creating a grid-like structure that suggests both the mathematical precision of Bach's counterpoint and the warmth of the orchestral texture.
The compact square format encourages close viewing to perceive how the minor key's characteristic qualities emerge through this particular color arrangement. Acrylic on paper allows for crisp edges between color blocks while the medium's opacity creates solid, definitive shapes. As Variation 9 in the Research on Harmony series, this piece demonstrates how chromesthetic translation renders the specific tonal qualities of B minor through a palette dominated by orange and earth tones balanced with green accents.
The work includes certificate of authenticity number 20251123-0078 and bears the artist's signature at bottom right.
Where this work lives
Provenance
- Origin: Arnaud Quercy, Paris, France, 2025
- Acquired: 2026-02-07 — Private collection — Istanbul, Turkey during Art Quam Anima – Pre-opening
- Series: B minor
- Collection: Synesthetic Explorations
- Technique: Acrylic
Exhibitions 2
- Salon d'art contemporain – Metamorphose 2025–2026, Paris (2025-12-26 → 2026-01-04, Halle des Blancs Manteaux, Paris)
- Art Quam Anima – Pre-opening (2026-01-31 → 2026-02-28, Art Quam Anima, Paris)
Other works in this series 10
- B minor - Reflexions 6
- B minor - Research on Harmony
- B minor - Research on Harmony - Variation 1
- B Minor - Research on Harmony - Variation 2
- B Minor - Research on Harmony - Variation 3
- B Minor - Research on Harmony - Variation 4
- B Minor - Research on Harmony - Variation 5
- B Minor - Research on Harmony - Variations 6
- B Minor - Research on Harmony - Variations 7
- B Minor - Research on Harmony - Variations 8
Documented at 4
- Catalogue Raisonné — B Minor - Research on Harmony - Variations 9 — B Minor - Research on Harmony - Variations 9 — Chromesthetic Acrylic Painting — Arnaud Quercy (2025)
- Nanopublication — B Minor - Research on Harmony - Variations 9 — Digital Image Documentation - aqc0920_img_full_2016x2016_webp
- Nanopublication — B Minor - Research on Harmony - Variations 9 — Physical Specifications
- Nanopublication — B Minor - Research on Harmony - Variations 9 — Computational Image Analysis - AQC0920
