Scottish Universities Physics Alliance Condensed-matter & materials physics superconductors, cryo-STM, semiconductors, quantum matter, topological insulators,

Slides:

Advertisements

Similar presentations

Importance of metrology in developing nanotehnologies Alina Catrinel Ion Universitatea Politehnica Bucuresti.

Advertisements

By Stephen Hudson, M.Ed The Design and Technology Roosevelt High School North East ISD, San Antonio With Faculty Mentor Haiyan Wang, PhD Department.

High Resolution Imaging structure and morphology phase heterogeneity & defects Electron Diffraction determine crystallography SAED CBED XEDS (energy-dispersive.

Engineering the light matter interaction with ultra-small open access microcavities Jason M. Smith Department of Materials, University of Oxford, Parks.

Transmission Electron Microscopy (TEM)

Catalysis and Catalysts - TEM and SEM Principles of Electron Microscopy (EM)  Resolution strongly dependent of wavelength: –electron microscope: about.

Center for Advanced Materials and Smart Structures WEB: Pulsed Laser Deposition Assisted Fabrication and Characterization of the.

Fire Protection Laboratory Methods Day

Imaging at the nanometer and femtosecond

Institut für Mineralogie Detection and Imaging by Electron Microscopy Investigations by using electron microscopy offer the possibility to detect and image.

Scottish Universities Physics Alliance Progress and Plans of the SUPA Nuclear & Plasma Physics Theme Dino Jaroszynski Edinburgh, Glasgow, HWU, Strathclyde,

STXM Cat Graves Stöhr Group SASS Talk 09/30/09.

Ψ-k workshop on magnetism in complex systems, 16 th – 19 th April 2009, TU WienM. Stöger-Pollach Detection of magnetic properties on the nanometer scale.

Activities during UK-Japan Young Scientist Workshop Dr Riz Khan Room 31DJ02, x6062, Advanced Technology Institute University.

1 AP 5301 / 8301 Instrumental Methods of Analysis Course Coordinator: Prof. Paul K. Chu Electronic mail: Tel: Fax:

Muhammad Khurram Farooqi (CIIT/FA11/MSPHY/006/LHR) Department of Physics CIIT Lahore 1 Scanning Probe Microscopy Submitted by Report ( Submitted to) Dr.

Do it with electrons !. Microscopy Structure determines properties We have discussed crystal structure (x-ray diffraction) But consider now different.

12th International Workshop on Piezoresponse Force Microscopy (PFM): Theory, Techniques, and Applications Achievement Significance Details Multiple breakthroughs.

SUPA Energy Theme: Progress and Strategy Prof. Ifor Samuel Prof. Merv Rose Prof. Paul McKenna.

Demolding ENGR Pre Lab.

PbSe Nanocrystals (NCs) -from synthesis to applications- by Razvan-Ionut Stoian Oklahoma State University, Department of Physics Motivation General properties.

PITP ACTIVITIES A. RESEARCH NETWORKS A set of research networks coordinates INTERNATIONAL RESEARCH COLLABORATIONS, which.

Electron Microscopes Used to count individual atoms What can electron microscopes tell us? Morphology – Size and shape Topography – Surface features (roughness,

University of British Columbia (Canada) Memorandum of Understanding October 2009 in Hanoï Visit of a Vietnamese professor delegation in Grenoble December.

Attosecond Light and Science at the Time-scale of the Electron –

Nanoscience and technology in six easy pieces The missing length scale One at a time It takes care of itself –defect tolerance High performance at large.

16/1-13MENA3100 Probes used for analysis PhotonElectronNeutron Waves/particles UiOIFE Wave length Monochromatic Amplitude and phase Coherence.

Organic conductors and superconductors go nano Eun Sang Choi, Florida State University, DMR [1] D. de Caro et al., Four Molecular Superconductors.

Ragan Lab Self-Organization of Nanosystems Ragan Lab Self-Organization.

Other modes associated with SEM: EBIC

Slide # 1 ELCT 774: Advanced Semiconductor Characterization Dr. Goutam Koley Room 3A12, , Lecture Hours: Mon.

Nano-electronics Vision: Instrumentation and methods for analysis of atomic scale physical properties, and methods to correlate these properties with nano-electronic.

Why Diffraction, Why Neutrons? J. A. Dura Neutron Small Angle Scattering and Reflectometry NCNR Summer School on June 26, 2006.

Reminders for this week Homework #4 Due Wednesday (5/20) Lithography Lab Due Thursday (5/21) Quiz #3 on Thursday (5/21) – In Classroom –Covers Lithography,

Ted Fox Interim Associate Laboratory Director Energy and Engineering Sciences Oak Ridge, Tennessee March 21, 2006 Oak Ridge National Laboratory.

Spatially Resolved and Atom Specific Microscopy and Spectroscopy “New Characterization Tools” What can we do now that we could not do before and how will.

Self-Assembled Nanoparticle Array for Spintronics and High Frequency Materials DMR PI: Hao Zeng W.L. Shi, Y. Sahoo and Hao Zeng, et al., “Anisotropic.

Scanning capacitance microscopy

Scanning Electron Microscopy

Characterization of Nanomaterials…

Scanning Electron Microscopy. The Scanning Electron Microscope is an instrument that investigates the surfaces of solid samples.

PC4250 Introduction to Surface Analysis Techniques.

Lecture 31 General issues of spectroscopies. I. General issues of spectroscopies In this lecture, we have an overview of spectroscopies: Photon energies.

Photonics and Semiconductor Nanophysics Paul Koenraad, Andrea Fiore, Erik Bakkers & Jaime Gomez-Rivas COBRA Inter-University Research Institute on Communication.

How Do We Control Material Processes at the Level of Electrons? Progress on Grand Challenge New Horizons for Grand Challenge Remaining ChallengeRefreshed.

Probing of Nanostructured Surfaces at Attosecond Timescales Emma Catton 1 st year PhD student in the Atomic Manipulation Group at NPRL Based in Birmingham.

From quasi-2D metal with ferromagnetic bilayers to Mott insulator with G-type antiferromagnetic order in Ca 3 (Ru 1−x Ti x ) 2 O 7 Zhiqiang Mao, Tulane.

Past and Future Insights from Neutron Scattering Collin Broholm * Johns Hopkins University and NIST Center for Neutron Research  Virtues and Limitations.

Questions/Problems on SEM microcharacterization Explain why Field Emission Gun (FEG) SEM is preferred in SEM? How is a contrast generated in an SEM? What.

Characterization of Nanomaterials 1- Scanning Electron Microscopy (SEM) It is one of the most widely used techniques in the characterization of the morphology,

Acquisition of major research instrumentation for advanced photoelectron spectroscopy with spin, angle and spatial resolution Acquisition of major research.

Do it with electrons !. Microscopy Structure determines properties We have discussed crystal structure (x-ray diffraction) But consider now different.

Energy-Filtered Transmission Electron Microscope (EFTEM)

Polarization Dependence in X-ray Spectroscopy and Scattering

Search for Novel Quantum Phases in

Mark Swihart Executive Director New York State Center of Excellence in Materials Informatics.

Morris A. Washington Professor of Practice, Dept. of Physics, Applied Physics & Astronomy Director, Micro and Nano Fabrication Clean Room Associate Director,

EBSD system installation and commissioning

MODULE B-3: SCANNING TUNNELING MICROSCOPY

The Gruner Lab More Projects on the Other Side

Do it with electrons !.

Landau Quantization and Quasiparticle Interference in the

The learning goal of this course is the basic operation of atomic force microscope, and operation principle of several basic imaging modes in the family.

Nanocharacterization (II)

Types of Microscopy Type Probe Technique Best Resolution Penetration

Advances in Scanning Probe Microscopy

“Small and Fast: femtosecond light-matter interactions at 0

Fig. 2 Characterization of ZnxCo1−xO NRs.

Structure of the laser-chemical tailored spongy Ni(TPA/TEG) catalyst

Presentation transcript:

Scottish Universities Physics Alliance Condensed-matter & materials physics superconductors, cryo-STM, semiconductors, quantum matter, topological insulators, magnetics, spintronics, spin-ice, TEM, SEM, correlated electrons, ferroelectrics, quantum info. CMMP PHOTONICS light-matter interaction, quantum photonics ENERGY/PHOTONICS photovoltaics, solid-state lighting, fuel cells PaLS soft condensed-matter ~ 50 academics, ~ 40 post-docs, ~ 100 PhD students ~ £25M new funding 2009 – 2011 (EPSRC, Royal Society) ~ 300 publications

Scottish Universities Physics Alliance CMMP overview StA & Edi: atomic resolution spectroscopy –Correlated electrons: heavy fermion state, quantum criticality, topological insulators etc.... –‘Visualizing novel electronic matter’ –Soft-condensed matter HWU: solid-state at single quantum level –quantum information science, mesoscopic physics, solid-state quantum optics Gla/Str: Characterization + novel materials –SuperSTEM, MagTEM, SEM based techniques, –magnetic ions/spintronics in wide-band-gap hosts, ferroelectrics and nanoparticles, solid-state lighting, photovoltaics CM - DTC

Scottish Universities Physics Alliance CMMP Strategy Sub-theme 1: Quantum matter & technologies Grand challenges: 1. Understanding & “taming” solid-state quantum decoherence quantum decoherence 2. Achieving scalability 2. Achieving scalability –Strategy 1: coherence in correlated electron systems Topological protection and non-equilibrium states (Mackenzie et al, St. Andrews & Huxley, Edinburgh) Novel ground states in thin-film artificial materials (Lee, St. A) ~ £10M funding over the next 5 years –Strategy 2: coherence in solid-state “atomic-like” systems Quantum optics with single spins in quantum dots (Gerardot, HWU) Integrated quantum optical circuits (Hadfield, HWU) ~ £4M funding over the next 5 years

Scottish Universities Physics Alliance CMMP Strategy Sub-theme 2: Novel materials physics and characterization tools Grand 1. rapid & reliable defect identification Grand 1. rapid & reliable defect identification Challenges: 2. improved spatial & temporal resolution 3. 3D reconstruction of atomic/nano structures 3. 3D reconstruction of atomic/nano structures Strategy 1 (Strathclyde): Produce step-change in electron backscatter diffraction (EBSD) and electron channelling contrast (ECCI). Integrate / apply advances to III-nitride films. Strategy 2 (Glasgow): Further develop and apply world-leading electron microscopy tools for static & dynamic high-res imaging. Apply to thin-films fabricated in-house establish international leadership in Functional and Ferroic Materials.

Scottish Universities Physics Alliance CMMP Strategy: building on SUPA 2 St. A: Peter Wahl Lead new SUPA2 Scanning Probe Laboratory; ~ £2M ultra-low vibration lab to be built in 2013; 3 world-class STM instruments on permanent loan from Max Planck Society Phil King (proleptic, 100% by 2014): electronic structure and properties of emerging materials, including topological insulators; complements/enhances strengths of ARPES group F. Baumberger: Chair at Cologne, retain 20% St. A. appt. HWU: new nano-fab fully operational – –already underpins ~ £2M EPSRC grants – –centre-piece of new HWU cleanroom (summer 2012)

Scottish Universities Physics Alliance 2 July 2012 – OPENING (invitations to follow) Key Capabilities: JEOL ARM-200cF aberration-corrected probe 80 pm STEM resolution <1nm Lorentz resolution (ie. world leading) ~0.3eV energy resolution atomic column-by-column chemical mapping high-speed EELS & EDS (30 pixel/s combined) bespoke detectors for magnetic imaging test-site status for next-generation instrumentation special low-energy (60keV) modes Glasgow: new academic positions advertised to offset Loos (departing) and Long (retirement). Edinburgh: interviews for 2 CMMP academic positions Glasgow SUPA2 MagTEM update CMMP Strategy: building on SUPA 2