HJ Da - NAtUre, 2019 - davis-group-quantum-matter …
Magnetic monopoles 1–3 are hypothetical elementary particles with quantized magnetic charge. In principle, a magnetic monopole can be detected by the quantized jump in …
R Dusad, FKK Kirschner, JC Hoke, B Roberts… - arXiv preprint arXiv …, 2019 - arxiv.org
Magnetic monopoles are hypothetical elementary particles exhibiting quantized magnetic charge $ m_0=\pm (h/\mu_0e) $ and quantized magnetic flux $\Phi_0=\pm h/e $. A classic …
HJ Da - NAtUre, 2019 - davis-group-quantum-matter …
Magnetic monopoles 1–3 are hypothetical elementary particles with quantized magnetic charge. In principle, a magnetic monopole can be detected by the quantized jump in …
R Dusad, FKK Kirschner, JC Hoke, BR Roberts, A Eyal… - Nature, 2019 - go.gale.com
Magnetic monopoles. sup. 1-3 are hypothetical elementary particles with quantized magnetic charge. In principle, a magnetic monopole can be detected by the quantized jump …
R Dusad, FKK Kirschner, JC Hoke, BR Roberts, A Eyal… - Nature, 2019 - ideas.repec.org
Magnetic monopoles1–3 are hypothetical elementary particles with quantized magnetic charge. In principle, a magnetic monopole can be detected by the quantized jump in …
Magnetic monopoles are hypothetical elementary particles exhibiting quantized magnetic charge m_0=+/-(h/mu_0 e)) and quantized magnetic flux Phi_0=+/-h/e. In principle, such a …
R Dusad, FKK Kirschner, JC Hoke, B Roberts, A Eyal… - researchgate.net
Magnetic Monopole Noise Page 1 1 Magnetic Monopole Noise Ritika Dusad1†, Franziska KK Kirschner2†, Jesse C. Hoke1,3, Benjamin Roberts1, Anna Eyal1,4 , Felix Flicker5, Graeme M …
Magnetic monopoles 1-3 are hypothetical elementary particles with quantized magnetic charge. In principle, a magnetic monopole can be detected by the quantized jump in …
R Dusad, FKK Kirschner, JC Hoke, B Roberts… - arXiv e …, 2019 - ui.adsabs.harvard.edu
Magnetic monopoles are hypothetical elementary particles exhibiting quantized magnetic charge $ m_0=\pm (h/\mu_0e) $ and quantized magnetic flux $\Phi_0=\pm h/e $. A classic …