ARTFEED — Contemporary Art Intelligence

Jean-François Niceron's Anamorphic Wonders at Palazzo Barberini

exhibition · 2026-05-05

Palazzo Barberini in Rome hosts 'Curiose Riflessioni', a small exhibition dedicated to Jean-François Niceron, a 17th-century French Minim friar, mathematician, and artist known for his catoptric anamorphoses. The show, curated by Michele Di Monte and Maurizia Cicconi, presents four catoptric anamorphoses—distorted paintings that only resolve when reflected in a polished steel cylinder—including portraits of Louis XIII of France, Saint Francis of Paola, and a disputed gallant scene. A dioptric anamorphosis facsimile reveals a portrait of Ferdinando II de' Medici when viewed through a prismatic lens. Niceron's treatise 'Perspective curieuse' (on loan from the Biblioteca Hertziana) is fully digitized for public consultation. The exhibition aims to bridge art and science, highlighting Baroque-era optical and geometric research, and is part of director Flaminia Gennari Sartori's broader revitalization of Palazzo Barberini and Galleria Corsini.

Key facts

  • Exhibition 'Curiose Riflessioni' at Palazzo Barberini, Rome, 2018
  • Focuses on Jean-François Niceron (1616–1646), French Minim friar, mathematician, artist
  • Features four catoptric anamorphoses: portraits of Louis XIII, Saint Francis of Paola, a gallant scene
  • Includes a dioptric anamorphosis facsimile of Ferdinando II de' Medici
  • Niceron's treatise 'Perspective curieuse' on loan from Biblioteca Hertziana, fully digitized
  • Curated by Michele Di Monte and Maurizia Cicconi
  • Part of Flaminia Gennari Sartori's revitalization of Palazzo Barberini and Galleria Corsini
  • Exhibition explores Baroque intersection of art, geometry, and optics

Entities

Artists

  • Jean-François Niceron
  • Michele Di Monte
  • Maurizia Cicconi
  • Flaminia Gennari Sartori
  • Maria Cristina Bastante

Institutions

  • Palazzo Barberini
  • Galleria Corsini
  • Biblioteca Hertziana
  • Artribune

Locations

  • Rome
  • Italy
  • France

Sources