k Quantum fluctuations, conceptual illustration Conceptual illustration of quantum fluctuations. In quantum physics, quantum fluctuations are described as temporary appearances of energetic particles through random changes in energy within a point in space. These particles are considered virtual as they come into existence for a very brief period of time. Quantum fluctuations follow Heisenbergs uncertainty principle and also support observations such as the Casimir effect., by VICTOR de SCHWANBERGSCIENCE PHOTO LIBRARY Stock Photo - Afloimages
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Quantum fluctuations, conceptual illustration Conceptual illustration of quantum fluctuations. In quantum physics, quantum fluctuations are described as temporary appearances of energetic particles through random changes in energy within a point in space. These particles are considered virtual as they come into existence for a very brief period of time. Quantum fluctuations follow Heisenberg s uncertainty principle and also support observations such as the Casimir effect., by VICTOR de SCHWANBERG SCIENCE PHOTO LIBRARY
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Quantum fluctuations, conceptual illustration

Conceptual illustration of quantum fluctuations. In quantum physics, quantum fluctuations are described as temporary appearances of energetic particles through random changes in energy within a point in space. These particles are considered virtual as they come into existence for a very brief period of time. Quantum fluctuations follow Heisenberg's uncertainty principle and also support observations such as the Casimir effect., by VICTOR de SCHWANBERG/SCIENCE PHOTO LIBRARY

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218048906

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0.5 MB
724 x 724 px
6.1 x 6.1 cm
$ 100.00
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5 MB
2290 x 2290 px
19.4 x 19.4 cm
$ 180.00
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16.8 MB
4200 x 4200 px
35.6 x 35.6 cm
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