![[Translate to English:] Elektronen im 2D Material](/fileadmin/_processed_/d/5/csm_elholes05_01_1__9486f18079.jpg?1720508615)
/ News, Research
New method for determining the exchange energy of 2D materials
Researchers from the University of Basel have looked at how the ferromagnetic properties of electrons in the two-dimensional semiconductor molybdenum disulfide can be better understood. They revealed a surprisingly simple way of measuring…![Image of Chip](/fileadmin/_processed_/d/b/csm_Image_NanoLetters_AB_June2024_2_3e7f029208.jpg?1718101170)
/ News, Research
Superconducting qubits – voltage tuned
Researchers from the SNI network have developed a new qubit platform that could be suitable for various applications. In contrast to conventional superconducting qubits made of metals, the team has combined a technologically relevant…![TEM Image of SiNP(grün) in Matrix (orange)](/fileadmin/_processed_/a/8/csm_221024ss278-17-18_005_mod3_5b9ed314cb.jpeg?1713781628)
/ News, Research, Erfolgsgeschichten
Method for detecting nanoparticles in early life nutrition
Researchers from the SNI network have developed a technique that can detect nanoparticles (that is, particles with a diameter of less than 100 nanometers) in early life nutrition products with a high sample throughput. Nanoparticles are…![Two radicals in two cages](/fileadmin/_processed_/f/0/csm_Cage-Escape_PressRelease-1000x500_5efd0fef5c.jpg?1711353429)
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Using light to produce medication and plastics more efficiently
Anyone who wants to produce medication, plastics or fertilizer using conventional methods needs heat for chemical reactions – but not so with photochemistry, where light provides the energy. The process to achieve the desired product also…![Experimental setup](/fileadmin/_processed_/c/5/csm_Chip_Pally_2024_klein_5a45a0a722.jpg?1707209334)
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Strong spin-photon coupling
Researchers from the SNI network have achieved strong coupling between an electron spin and a single photon. Normally, an electron spin couples only weakly to photons. To achieve strong coupling with a single photon, the researchers used a…![miniature quantum memory](/fileadmin/_processed_/f/c/csm_Mini-Quantenspeicher_Jan24_f0ad18435a.jpeg?1705653821)
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Mass-producible miniature quantum memory
Researchers at the University of Basel have built a quantum memory element based on atoms in a tiny glass cell. In the future, such quantum memories could be mass-produced on a wafer. It is hard to imagine our lives without networks such…![Graphik explaining the principle](/fileadmin/_processed_/b/9/csm_Quantum_Dot_v25_21f874397a.jpg?1705331086)
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Increased coherence thanks to cooling
A team of researchers from the SNI network has increased the coherence of an electron spin in a quantum dot to over half a microsecond for the first time. The scientists achieved the more than 150-fold increase in coherence time by using…![magic graphene](/fileadmin/_processed_/4/3/csm_Alexina_Nov23_643f18f4ec.jpg?1701174941)
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Investigation of “magic” graphene
Researchers from the SNI network have used an atomic force microscope in pendulum mode to study a two-layer graphene device. In this bilayer graphene, the two layers of pure carbon were rotated by the “magic angle” of approximately 1.1°…![Summarizing graph](/fileadmin/_processed_/b/e/csm_Vanni_Image_Nov_2023_klein_f09aea1cb6.jpg?1700728076)
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Better classification with machine learning
Researchers from the SNI network have introduced a new machine learning technique specifically designed to enhance the analysis of protein unfolding using Atomic Force Microscopy (AFM) data. The team of Prof. Michael Nash (University of…![Vibrating molecules](/fileadmin/user_upload/nanoscience/IMB_qZbHVx__1_.gif?1696938489)