by Esra Ertan | Jul 23, 2019
Speaker – Dr Wister Huang: Nuclear spins in the solid state have long been envisaged as a platform for quantum computing, due to their long coherence times and excellent controllability. Measurements can be performed via localized electrons, for example those in...
by Esra Ertan | Jul 23, 2019
Speaker – Mr Guongchong Hu, UNSW Sydney: Here we would report the charge detection mechanism of a single erbium ion in a silicon transistor by pulsed light. Erbium atoms were implanted in a silicon transistor and then the device was cooled down to 4K. In the...
by Esra Ertan | Jul 23, 2019
Speaker – Dr Juan Pablo Dehollain, UTS: The analytical tractability of Nagaoka ferromagnetism makes it a convenient model to explore the capabilities of quantum simulators of collective electron interactions. However, the small ground-to-excited state energy...
by Esra Ertan | Jul 23, 2019
Speaker – Dr Jun Yoneda, UNSW Sydney: Although single-shot measurement of a silicon electron spin qubit is now a laboratory routine, the quantum non-demolition (QND) implementation remains a key challenge towards error correction. A QND spin readout is distinct...
by Esra Ertan | Apr 16, 2019
Speaker – Mr Mitchell Kiczynski, UNSW Sydney: Phosphorus donor devices in silicon fabricated using STM hydrogen resist lithography are typically fabricated in a 2D design using a single lithographic layer. However in order to achieve quantum error correction...
