1. Photo-voltaic anomalous transport in graphene 強相関電子系・異常量子系の非平衡での物性 2. Photo-induced phase transition in Mott insulators 2.1. Photo-induced TL-like liquid.

Slides:



Advertisements
Similar presentations
三方晶テルル・セレンにおけるDirac分散とスピン軌道効果
Advertisements

Mott FET ITRS Workshop on Emerging Research Logic Devices Bordeaux, France, September 21, 2012 A. Sawa 1,2 S. Asanuma, 1,2 P.-H. Xiang, 1,2 I. H. Inoue,
20 th century physics Relativity Quantum mechanics Brownian motion Particle physics Study of fields 21 st century Condensed Matter Physics electronically.
Defect physics of CuInSe 2 chalcopyrite semiconductor Yoshida-lab Hiroki Uede S. B. Zhang, Su-Huai Wei, Alex Zunger, H. Katayama-Yoshida, Phys. Rev. B.
1 High Pressure Study on MgB 2 B.Lorenz, et al. Phys. Rev.B 64,012507(2001) Shimizu-group Naohiro Oki.
Are there gels in quantum systems? Jörg Schmalian, Iowa State University and DOE Ames Laboratory Peter G. Wolynes University of California at San Diego.
Coherence, Dynamics, Transport and Phase Transition of Cold Atoms Wu-Ming Liu (刘伍明) (Institute of Physics, Chinese Academy of Sciences)
A. Nitzan, Tel Aviv University ELECTRON TRANSFER AND TRANSMISSION IN MOLECULES AND MOLECULAR JUNCTIONS AEC, Grenoble, Sept 2005 Lecture 2.
Highlights on Some Experimental Progress of FeSe Xingjiang ZHOU 2014/10/08.
Subir Sachdev arXiv: Subir Sachdev arXiv: Loss of Neel order in insulators and superconductors Ribhu Kaul Max Metlitski Cenke Xu.
Advanced Chemical Engineering Thermodynamics
Correlated Electron Systems: Challenges and Future Gabriel Kotliar Rutgers University.
Zero Field Superconducting Transition with Columnar Defects A. Vestergren, Mats WallinS. TeitelHans Weber KTH, StockholmUniver. RochesterLuleå Univer.
Anomalous Cross Section Induced by Topological Quantum Interference De-Hone Lin Department of Physics, NSYSU 23 December 2004.
Dual vortex theory of doped antiferromagnets Physical Review B 71, and (2005), cond-mat/ , cond-mat/ Leon Balents (UCSB) Lorenz.
LCLS Studies of Laser Initiated Dynamics Jorgen Larsson, David Reis, Thomas Tschentscher, and Kelly Gaffney provided LUSI management with preliminary Specifications.
Vitor Cardoso (The University of Mississippi) 16 th MidWest Relativity Meeting St. Louis, November 2006 Black Holes and Strings in the Water Tap.
Non-equilibrium Statistical mechanic closed system isolated system opened system fixed Allow energy I/O Allow energy and mass.energy Block mass I/O Mass.
Superconductivity Characterized by- critical temperature T c - sudden loss of electrical resistance - expulsion of magnetic fields (Meissner Effect) Type.
A1- What is the pairing mechanism leading to / responsible for high T c superconductivity ? A2- What is the pairing mechanism in the cuprates ? What would.
1 Chemical and Engineering Thermodynamics Chapter 1 Introduction Sandler.
Localization of phonons in chains of trapped ions Alejandro Bermúdez, Miguel Ángel Martín-Delgado and Diego Porras Department of Theoretical Physics Universidad.
Relation between photoluminescence and photoluminescence-excitation spectra in the linear response regime measured on two- dimensional electron gas T.
基研研究会「場の理論と超弦理論の最前線」 京都、 21 July, 2010 物性物理と場の理論 Hideo Aoki Dept Physics, Univ Tokyo.
Michiel Snoek September 21, 2011 FINESS 2011 Heidelberg Rigorous mean-field dynamics of lattice bosons: Quenches from the Mott insulator Quenches from.
Theoretical approach to physical properties of atom-inserted C 60 crystals 原子を挿入されたフラーレン結晶の 物性への理論的アプローチ Kusakabe Lab Kawashima Kei.
Nano-scaled domain in the strongly correlated electron materials ( 強相関電子系におけるナノスケール電子相ドメイン ) Tanaka Laboratory Kenichi Kawatani First M1 colloquium.
Nonequilibrium phenomena in strongly correlated electron systems Takashi Oka (U-Tokyo) 11/6/2007 The 21COE International Symposium on the Linear Response.
Pressure effect on electrical conductivity of Mott insulator “Ba 2 IrO 4 ” Shimizu lab. ORII Daisuke 1.
Berry Phase Effects on Electronic Properties
Switching of Magnetic Ordering in CeRhIn 5 under Hydrostatic Pressure Kitaoka Laboratory Kazuhiro Nishimoto N. Aso et al., Phys. Rev. B 78, (2009).
Anatoli Polkovnikov Krishnendu Sengupta Subir Sachdev Steve Girvin Dynamics of Mott insulators in strong potential gradients Transparencies online at
 Hyperon atom : Σ atom, Ξ, analysis of atomic data Level width : Determination of the coupling constants Σatom : Ξatom : Level Shift : Determination of.
Fabrication of (Fe,Mn)3O4 nanowires using a sidewall deposition method
Quantum Confinement in Nanostructures Confined in: 1 Direction: Quantum well (thin film) Two-dimensional electrons 2 Directions: Quantum wire One-dimensional.
野村悠祐、中村和磨A、有田亮太郎 東大工、九工大院A
Superconducting properties in filled-skutterudite PrOs4Sb12
Drude weight and optical conductivity of doped graphene Giovanni Vignale, University of Missouri-Columbia, DMR The frequency of long wavelength.
Electric field control of Metal- insulator phase transition in VO2 nano-wire channel Tsubasa Sasaki (Tanaka-lab) 2013/5/29.
Chapter 8 Potential Energy and Conservation of Energy 第八章 位能與能量守恆.
Quantum Optics with Surface Plasmons at CYCU 國家理論科學中心(南區) 成大物理系 陳光胤.
Atoms in optical lattices and the Quantum Hall effect Anders S. Sørensen Niels Bohr Institute, Copenhagen.
Quantum exotic states in correlated topological insulators Su-Peng Kou ( 寇谡鹏 ) Beijing Normal University.
Theory of induced superconductivity in graphene
Nondissipative electron transport in photon-dressed nanostructures O.V. Kibis Novosibirsk State Technical University, Russia.
Oct. 26, 2005KIAS1 Competing insulating phases in one-dimensional extended Hubbard models Akira Furusaki (RIKEN) Collaborator: M. Tsuchiizu (Nagoya) M.T.
Strong coupling problems in condensed matter and the AdS/CFT correspondence HARVARD arXiv: Reviews: Talk online: sachdev.physics.harvard.edu arXiv:
Topological Insulators Effects of spin on transport of electrons in solids.
Deconfined quantum criticality Leon Balents (UCSB) Lorenz Bartosch (Frankfurt) Anton Burkov (Harvard) Matthew Fisher (UCSB) Subir Sachdev (Harvard) Krishnendu.
Quantum critical transport and AdS/CFT HARVARD Lars Fritz, Harvard Sean Hartnoll, Harvard Christopher Herzog, Princeton Pavel Kovtun, Victoria Markus Mueller,
Spectral function in Holographic superconductor Wen-Yu Wen (NTU) Taiwan String Theory Workshop 2010.
String excitations in quantum antiferromagnets and photoelectron spectroscopy E. Manousakis Physics Department, Florida State University and Physics Department,
Dirac’s inspiration in the search for topological insulators
HIGH VOLTAGE ENGINEERING (HVE). CHAPTER 2. ELECTROPHYSICAL PROCESSES IN CONDENSED DIELECTRIC MATERIALS.
Weyl metal: What’s new beyond Landau’s Fermi liquid theory?
Review on quantum criticality in metals and beyond
Chapter 25 Capacitance In this chapter we will cover the following topics: -Capacitance C of a system of two isolated conductors.
Toward a Holographic Model of d-wave Superconductors
北京大学量子材料科学中心 Seminar Qinglin He
Understanding the observation of large electrical conductivity in liquid crystal-carbon nanotube composites S. Krishna Prasad and V. Jayalakshmi Centre.
tight binding計算によるペロブスカイト型酸化物薄膜のARPESの解析
How might a Fermi surface die?
Killing the Fermi surface: Some ideas on the strange metal, Fermi arcs and other phenomena T. Senthil (MIT) TS, ``Critical fermi surfaces and non-fermi.
The Metal-Insulator Transition
Y. Baum, T. Posske, I. C. Fulga, B. Trauzettel, A. Stern
_____________(__) _____________ (__)
12 量子物理 How did the electric guitar revolutionize rock?
郑 公 平 河南师范大学 第五届全国冷原子物理和量子信息青年学者学术讨论会
CDT External Partner Day
Presentation transcript:

1. Photo-voltaic anomalous transport in graphene 強相関電子系・異常量子系の非平衡での物性 2. Photo-induced phase transition in Mott insulators 2.1. Photo-induced TL-like liquid 2.2. Dielectric breakdown in 1d Mott insulator 3. Non-equilibrium superconductivity (in progress) 岡隆史

1. Photo-voltaic anomalous transport in graphene

F=0.5F=0.3F=0 Mott insulator (half-filled)metallic photo-doping 2.1. Photo-induced TL-like liquid

F: electric field, N: #sites, Phys. Rev. Lett. 91, (2003) 2.2. Dielectric breakdown in 1d Mott insulator 1. Many-body Landau-Zener transition 2. non-Hermitian quantum transition gap closing Fukui-Kawakami unification

2.2. Dielectric breakdown in 1d Mott insulator 1.non-Hermitian extension of the groundstate done by Fukui-Kawakami 2. non-Hermitian extension of the string solutions trivial? simple extension of F-K 3. quantum tunneling rate by Heading’s method threshold electric field