'Excited states' presentation slideshows

Nanotechnology: basic concepts and potential applications

Nanotechnology: basic concepts and potential applications. Ralph C. Merkle, Ph.D. Principal Fellow. Slides on web. The overheads (in PowerPoint) are available on the web at: http://www.zyvex.com/nanotech/talks/ppt/ Berkeley 010505.ppt. Foresight.

1.59k views • 139 slides

Photochemistry of coordination compounds

Absorption band. Electronic transition. Photochemistry of coordination compounds.

2.75k views • 82 slides

CHM 5175: Part 2.5

1.11k views • 69 slides

Presentation

Presentation. Tzu-Cheng, Chuang ( ??? ) Exchange student from National Tsing-Hua University (Taiwan) ( ?????? , ?? ). Where?. Russia. China. Japan. Taiwan. Zoom in. China. Taiwan. Hong Kong. Macau. Who is from Taiwan?. Dung-Hai, Lee ( ??? ) Theoretical condensed matter Physicist.

950 views • 54 slides

Introduction to Optoelectronics Optical communication (2)

Introduction to Optoelectronics Optical communication (2) . Prof. Katsuaki Sato. Lasers. Spontaneous emission and stimulated emission Application of Lasers Classification of lasers according to the way of pumping Laser diodes What is semiconductor? p/n junction diode

524 views • 45 slides

Helmholtz -Zentrum-Dresden Rossendorf September 2011

Helmholtz -Zentrum-Dresden Rossendorf September 2011. Nuclear Excitation in Plasmas- NEET/NEEC. Ken Ledingham . SUPA, Dept of Physics, University of Strathclyde, Glasgow G4 0NG, Scotland & AWE plc Aldermaston, Reading, RG7 4PR, UK , Helmholtz -Zentrum - Dresden, Rossendorf .

597 views • 43 slides

From inert particle physics to a conscious universe

From inert particle physics to a conscious universe. How the equations of elementary particle physics gave clues to higher dimensions and consciousness.

449 views • 28 slides

From inert particle physics to a conscious universe

From inert particle physics to a conscious universe. How the equations of elementary particle physics gave clues to higher dimensions and consciousness.

372 views • 28 slides

3-hydroxypicolinaldehyde(3HPAL) 3-hydroxypicolinamide(3HPAM)

3-hydroxypicolinaldehyde(3HPAL) 3-hydroxypicolinamide(3HPAM). 2013/03/11. 3-hydroxypicolinaldehyde(3HPAL ). ?. Singlet excited states at TD-B3LYP/6-311+G** (optimized structures).

372 views • 28 slides

Modeling of Energy States of Carriers in Quantum Dots

Modeling of Energy States of Carriers in Quantum Dots. Michael Yu. Petrov, St. Petersburg State University, Faculty of Physics e-mail: M.Yu.Petrov@gmail.com. OUTLOOK. Motivation Introduction into the Quantum Dot Heterostructures What is a quantum dot?

460 views • 25 slides

THE HEISENBERG UNCERTAINTY PRINCIPLE

Overview: Consider a quantum system in state , and two observables A, B (with eigenvalues and eigenvectors ). . A measurement of yields with probability . (Likewise for B.).

1.43k views • 25 slides

Quasi-free Reactions for spectroscopic factors of oxygen-20

Quasi-free Reactions for spectroscopic factors of oxygen-20. Ali Najafi For the LAND-R 3 B collaboration INPC2013, Firenze, Italy. Spectroscopic factors The experiment Analysis & results. Quenching of Spectroscopic Factors. Cross section of nucleon knock-out reaction quasifree scattering.

373 views • 22 slides

Cluster states around 16 O studied with the shell model

Cluster states around 16 O studied with the shell model. Yutaka Utsuno Advanced Science Research Center, Japan Atomic energy Agency ?Collaborator? S. Chiba (JAEA). Introduction. Excited states around 16 O Plenty of a -cluster or multiparticle-multihole states

256 views • 14 slides

MULTI-QUARK HADRON PHYICS at J-PARC

Takashi Nakano(RCNP, Osaka Univ ) September 1st, 2008@RIKEN. MULTI-QUARK HADRON PHYICS at J-PARC. Motivation. What is a constituent quark? Where does it work, where does not, and why? Breakthrough: New forms of hadrons which cannot be explained by a quark model (easily).

249 views • 13 slides

Chapters 9, 11, 12

Chapters 9, 11, 12. Concepts covered that will also be candidates for exam questions. Ionic bonds and different components of energy: ionization E, repulsion E, coulomb attraction E, disassociation E

254 views • 13 slides

Solid State Qubits

299 views • 10 slides

Detectors

356 views • 10 slides

Molecules respond to the many wavelengths of light. The wavelengths that are

184 views • 9 slides

What is Fluorescence?

946 views • 9 slides

Quantitative description of two-photon absorption in dipolar molecules with two-level model

Frequency, cm -1. Frequency, cm -1. Frequency, cm -1. 32000. 30000. 28000. 26000. 24000. 32000. 30000. 28000. 26000. 24000. 32000. 30000. 28000. 26000. 24000. 100. 100. Frequency, cm -1. 100. 1. 3. 20000. 19000. 18000. 17000. 16000. 15000. Frequency, cm -1. 5. 5.

105 views • 1 slides