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2. Mai 2024 · Ettore Majorana (* 5. August 1906 in Catania, Sizilien/Italien; verschollen Ende März 1938) war ein italienischer Physiker . Seine wichtigsten Arbeiten beschäftigten sich mit der Kernphysik und relativistischen Quantenmechanik , mit Anwendungen insbesondere in der Theorie der Neutrinos .
Vor 4 Tagen · Ettore Majorana Footnote 1 was born on the 5th of August 1906 in Catania, Sicily, to Fabio Majorana and Dorina Corso, being the fourth of five sons. He had a rich scientific, technological and political heritage: three of his uncles were chancellors of the University of Catania and members of the Italian Parliament, while his father was “only” an engineer, who founded the first telephone ...
2. Mai 2024 · We then explore Majorana zero modes in one-dimensional spin-polarized p-wave superconductors, where we address the formation of topological superconductivity and the physical realization in superconductor-semiconductor hybrids. In this part we highlight that Majorana quasiparticles appear as zero-energy edge states, exhibiting charge neutrality, spin-polarized, and spatial nonlocality as ...
14. Mai 2024 · Mai 2024. Majoran und Oregano, beides aromatische Kräuter aus der Familie der Lippenblütler, bereichern vielfältig die Küche und den Garten. Trotz ihrer Ähnlichkeiten unterscheiden sich die beiden Pflanzen in Geschmack, Aussehen und Winterhärte, was ihre individuelle Verwendung und Pflege bestimmt.
Vor 6 Tagen · Named after an Italian theoretical physicist, Majoranas are complex quasiparticles that could be the key to building next-generation quantum computing systems. Most materials contain many...
10. Mai 2024 · May 10, 2024. 30 Comments. An announcement has been made by Salvatore Majorana, director of Kilometro Rosso, an innovation district in Bergamo, Italy, regarding the Prometheus Project. (Salvatore Mojorana is the nephew of the famous Italian physicist, Ettore Majorana).
15. Mai 2024 · Named after an Italian theoretical physicist, Majoranas are complex quasiparticles that could be the key to building next-generation quantum computing systems. Most materials contain many electrons, each of which has a negative charge and a type of intrinsic quantum momentum known as spin.
