Julian Voss-Andreae: Artist Spotlight

  • Julian Voss-Andreae

    Julian Voss-Andreae

    Julian Voss-Andreae, a German sculptor based in Portland (Oregon, USA) is widely known for his striking large-scale public and private commissions often blending figurative sculpture with scientific insights into the nature of reality. His sculptures are frequently shown at international art fairs and galleries and can be found in major collections all over the world.

     

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    • Julian Voss-Andreae Emerge, 2022, 2022 Stainless steel (316L) Weight: 280 lbs (130 kg) 214 x 214 x 46 cm 84 1/4 x 84 1/4 x 18 1/8 in
      Julian Voss-Andreae
      Emerge, 2022, 2022
      Stainless steel (316L)
      Weight: 280 lbs (130 kg)
      214 x 214 x 46 cm
      84 1/4 x 84 1/4 x 18 1/8 in
    • Julian Voss-Andreae Quantum Buddha , 2023 Stainless steel 44” x 32” x 20” Weight: 140 lbs
      Julian Voss-Andreae
      Quantum Buddha , 2023
      Stainless steel
      44” x 32” x 20”
      Weight: 140 lbs
    • Julian Voss-Andreae Elective Affinities, 2018 Stainless steel 89" x 82" x 26" (226 x 209 x 66 cm)
      Julian Voss-Andreae
      Elective Affinities, 2018
      Stainless steel
      89" x 82" x 26" (226 x 209 x 66 cm)
    • Julian Voss-Andreae White Buddha, 2022 Painted stainless steel, LED lighting 44” x 32” x 20” (112 x 82 x 51 cm) Weight: 135 lbs (65 kg)
      Julian Voss-Andreae
      White Buddha, 2022
      Painted stainless steel, LED lighting
      44” x 32” x 20” (112 x 82 x 51 cm)
      Weight: 135 lbs (65 kg)
    • Julian Voss-Andreae Sitting Man, 2019 Stainless steel 42” x 33” x 25” (106 x 84 x 62 cm) Weight: 250 lbs (115 kg)
      Julian Voss-Andreae
      Sitting Man, 2019
      Stainless steel
      42” x 33” x 25” (106 x 84 x 62 cm)
      Weight: 250 lbs (115 kg)
    • Julian Voss-Andreae Slender Woman, 2013 Cast bronze with patina 71" x 14" x 12" ( 179 x 36 x 31 cm )
      Julian Voss-Andreae
      Slender Woman, 2013
      Cast bronze with patina
      71" x 14" x 12" ( 179 x 36 x 31 cm )
    • Julian Voss-Andreae Wächterin lebensgroß Female Sentinel, 2021 Stainless steel 316L 73” x 17” x 16” (184 x 42 x 41 cm) Weight: 150 lbs (70 kg)
      Julian Voss-Andreae
      Wächterin lebensgroß Female Sentinel, 2021
      Stainless steel 316L
      73” x 17” x 16” (184 x 42 x 41 cm)
      Weight: 150 lbs (70 kg)
    • Julian Voss-Andreae Onah bronze , 2019 Bronze 39" x 25" x 21" (99 x 64 x 54 cm) Weight: 167 lbs (76 kg)
      Julian Voss-Andreae
      Onah bronze , 2019
      Bronze
      39" x 25" x 21" (99 x 64 x 54 cm) Weight: 167 lbs (76 kg)
  • Julian Voss-Andreae, Kundalini (Rose Quartz, 2021
    Julian Voss-AndreaeKundalini (Rose Quartz, 2021

    Widely known for his striking large-scale public and private commissions often blending figurative sculpture with scientific insights into the nature of reality. His sculptures are frequently shown at international art fairs and galleries and can be found in major collections all over the world. Voss-Andreae’s work has been featured in print and broadcast media worldwide and videos of his sculpture have gone viral with tens of millions of views. His expertise in diverse fields of science and a deep passion for the mysteries of the world have been a continual source of inspiration for his work.
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    Prior to his art career, Julian Voss-Andreae studied quantum physics and philosophy at the Universities of Berlin and Edinburgh. As a graduate student at the University of Vienna, Voss-Andreae was one of the small team led by 2022 Nobel Prize Laureate Anton Zeilinger that conducted a ground-breaking experiment in quantum mechanics in 1999. The researchers showed that even molecules as big as C-60 “Buckyballs” can reveal their fundamentally quantum nature under the right conditions. Zeilinger’s group found that a beam of them, passed through a diffraction grating, will exhibit the purely wavelike property of interference. Subsequent experiments showed how interactions with the environment (in the form of infrared photons and background gas of different densities) will gradually wash away the ‘quantum-ness’ thanks to the process of decoherence, which is now recognized as the way the classical world emerges from the quantum.