Chemists at the Rijksmuseum and the University of Amsterdam (UvA) recently made a groundbreaking discovery regarding Rembrandt’s artistic technique. Through the use of advanced spectroscopic methods, they were able to uncover the presence of special arsenic sulfide pigments in one of his most famous paintings, “The Night Watch.” These pigments, pararealgar and semi-amorphous pararealgar, were found to be responsible for the striking golden luster that graces the painting.

By meticulously analyzing the paint samples taken from the painting, the researchers were able to piece together the intricate process through which Rembrandt achieved this unique effect. It was revealed that he intentionally combined the arsenic sulfide pigments with other pigments such as lead-tin yellow and vermilion to create the desired golden hue. This meticulous approach to pigment selection highlights Rembrandt’s unparalleled skill and attention to detail as an artist.

In order to fully understand Rembrandt’s choice of pigments, the researchers delved into historical sources to gain insight into the availability and usage of arsenic sulfide pigments during the 17th century. Surprisingly, it was discovered that a wider range of arsenic pigments were utilized during this time period than previously believed. This broader spectrum of pigments likely made their way to Amsterdam through established trade routes from regions such as Germany/Austria and Venice.

The revelation of Rembrandt’s deliberate selection of pararealgar and semi-amorphous pararealgar paints a vivid picture of his innovative spirit as an artist. By combining these unconventional pigments with more traditional ones, he was able to achieve a level of richness and depth in his artwork that continues to captivate viewers centuries later. This discovery serves as a testament to Rembrandt’s ingenuity and serves to deepen our appreciation for his enduring legacy in the art world.

The exploration of Rembrandt’s use of arsenic sulfide pigments sheds new light on his artistic process and creative vision. By unraveling the secrets behind his “golden” paint, we gain a deeper understanding of the meticulous thought and skill that went into each brushstroke of his masterpieces. This discovery serves as a reminder of the enduring power of art to surprise, inspire, and captivate us through the ages. Rembrandt’s legacy as a master painter continues to shine brightly, thanks in part to the tireless efforts of researchers and chemists dedicated to unraveling the mysteries of his craft.

Chemistry

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