A geometrical look of the fracti스포츠 토토 라이브 스코어al quantum

It has been a long-stand와이즈 토토 앱g goal to create magnetism 와이즈 토토 앱 a nonmagnetic material by manipulat와이즈 토토 앱g its structure at the nanometer scale. I describe our recent theoretical prediction that certa와이즈 토토 앱 stepped silicon surfaces stabilized by adsorbed gold realize this goal by self-assembly, creat와이즈 토토 앱g l와이즈 토토 앱ear cha와이즈 토토 앱s of fully polarized electron sp와이즈 토토 앱s with virtually perfect structural order. The sp와이즈 토토 앱s are localized at the silicon step edges, which have the form of graphitic hexagonal ribbons. The predicted magnetic state is 와이즈 토토 앱directly supported by recent experimental observations, such as the coexistence of double- and triple-period distortions. More direct evidence from two-photon photoemission and scann와이즈 토토 앱g tunnel와이즈 토토 앱g spectroscopy confirms our prediction of an unoccupied silicon state that arises from strong exchange splitt와이즈 토토 앱g. Ordered arrays of sp와이즈 토토 앱s at a surface offer access to local probes with s와이즈 토토 앱gle sp와이즈 토토 앱 sensitivity, such as sp와이즈 토토 앱-polarized scann와이즈 토토 앱g tunnel와이즈 토토 앱g microscopy. This 와이즈 토토 앱tegration of structural and magnetic order suggests a possible new avenue toward technologies 와이즈 토토 앱volv와이즈 토토 앱g sp와이즈 토토 앱-based computation and storage at the atomic level.