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12篇 您的检索式：作者名="Andalis"

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		题名	作者	年代	出处	被引量
	1	Calorie restriction extends Saccharomyces cerevisiae lifespan by increasing respiration显示文摘	Lin SJ Kaeberlein M Andalis AA	2002	Nature2002，418，6895：	1
	2	Calorie restriction extends Saccharomyces cerevisiae lifespan by increasing respiration显示文摘	Lin S J Kaeberlein M Andalis A A	2002	Nature2002，418，6895：	1
	3	Calorie restriction extends Saeeharomyees cerevisiae lifespan by increasing respiration 显示文摘	Lin SJ Kaeberiein M Andalis AA	2002	Nature2002，418，6895：	1
	4	Calorie re-striction extends saccharomyces cerevisiae lifespan by in-creasing respiration显示文摘	Lin SJ Kaeberlein M Andalis AA	2002	Nature2002，418，18：	1
	5	Calorie restriction extends Saccharomyces cerevisiae lifespan by increasing respiration显示文摘	Lin SJ Kaebedein M Andalis AA	2002	Nature2002，418，：	1
	6	Calorie restriction extends Saccharomyces cerevisiae lifespan by increasing respiration显示文摘	Lin SJ Kaeberlein M Andalis AA		0，，6895：	1
	7	Automated Digital Network System Description 显示文摘	Rex Buddenberg Brian Rehard Jim Sullivan Eric Andalis and Mark Witzel	1997	IETF Internet Draft1997，，：	1
	8	Calorie restriction extends Saccharomyces cerevisiae lifespan by increasing respiration显示文摘	Lin SJ Kaeberlein M Andalis AA	2002	Nature2002，418，6895：	1
	9	Calorie restriction extends Saeeharomyces eerevisiae lifespan by increasing respiration显示文摘	Lin S J Kaeberlein M Andalis AA	2002	Nature2002，418，6895：	1
	10	Calorie restriction extends Saccharomyces cerevisiae lifespan by increasing respiration显示文摘	Lin S J Kaeberlein M Andalis AA	2002	Nature2002，418，6895：	1
	11	Calorie restriction extends Saccharomyces cerevisiae lifespan by increasing respiration显示文摘	LIN S J KAEBERLEIN M ANDALIS A A	2002	Nature2002，418，：	1
	12	Direct measurement of topological invariants in photonic superlattices显示文摘Since the discovery of topological insulators,topological phases have generated considerable attention across the physics community.The superlattices in particular offer a rich system with several degrees of freedom to explore a variety of topological characteristics and control the localization of states.Albeit their importance,characterizing topological invariants in superlattices consisting of a multi-band structure is challenging beyond the basic case of two-bands as in the Su–Schreifer–Heeger model.Here,we experimentally demonstrate the direct measurement of the topological character of chiral superlattices with broken inversion symmetry.Using a CMOS-compatible nanophotonic chip,we probe the state evolving in the system along the propagation direction using novel nanoscattering structures.We employ a two-waveguide bulk excitation scheme to the superlattice,enabling the identification of topological zero-energy modes through measuring the beam displacement.Our measurements reveal quantized beam displacement corresponding to 0.088 and-0.245,in the cases of trivial and nontrivial photonic superlattices,respectively,showing good agreement with the theoretical values of 0 and-0.25.Our results provide direct identification of the quantized topological numbers in superlattices using a single-shot approach,paving the way for direct measurements of topological invariants in complex photonic structures using tailored excitations with Wannier functions.	ZE-SHENG XU JUN GAO GOVIND KRISHNA STEPHAN STEINHAUER VAL ZWILLER ANDALI W.ELSHAARI	2022	Photonics Research2022，10，12：	0

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