Science for Cultural HeritagePRINCIPLES OF NUCLEAR MAGNETIC RESONANCE (NMR)The basic principles of Nuclear Magnetic Resonance (NMR) rely on the behavior of nuclear spins in an external magnetic field.
Science for Cultural HeritageX-RAY FLUORESCENCE for the Elemental Analysis of ArtworkX-ray fluorescence is a valuable tool for the elemental analysis of artwork. XRF analysis reveals which chemical elements are present.
Science for Cultural HeritageTHE ELECTROMAGNETIC SPECTRUM and The Use of Electromagnetic Waves in Cultural HeritageThe electromagnetic spectrum consists of all the electromagnetic waves of all possible energies moving through space at the speed of light.
Science for Cultural HeritageTHE BUILDING BLOCKS OF TANGIBLE HERITAGE: Atoms, Molecules, and CrystalsAll tangible heritage (art and historical objects, natural heritage) are made of the same building blocks: atoms, molecules, and crystals.
Art ObjectsWATCH OUT CON ARTISTS: Science Can End Your Art Forger CareerThe most expensive Campendonk painting ever sold is not really a Campendonk. Its author is Wolfgang Beltracchi, an artist and art forger.
Science for Cultural HeritageTHE NMR-MOUSE and Applications of the NMR-MOUSE in Cultural HeritageThe NMR-MOUSE is a mobile nuclear magnetic resonance sensor that can be used non-invasively for scientific research in cultural heritage.