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
Sign up
Login
All images
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
RF

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

Details

ID
218048903

Collection

License type
Royalty Free

Photographer

Resolution
File size
Image size (px)
Print size
(cm)
Price
S
0.5 MB
724 x 696 px
6.1 x 5.9 cm
$ 100.00
M
4.8 MB
2290 x 2201 px
19.4 x 18.6 cm
$ 180.00
L
29.1 MB
5630 x 5411 px
47.7 x 45.8 cm
$ 350.00
Sign in
Member access
Login not found.