'Single ion' presentation slideshows

Danmarks Grundforskningsfond - Quantum Optics Center

QUANTOP. Danmarks Grundforskningsfond - Quantum Optics Center. Quantum teleportation between light and matter. Eugene Polzik. Niels Bohr Institute Copenhagen University. Quantum mechanical wonders (second wave). Quantum objects. cannot be measured. cannot be copied.

625 views • 43 slides

Danmarks Grundforskningsfond - Quantum Optics Center

QUANTOP. Danmarks Grundforskningsfond - Quantum Optics Center. Quantum teleportation between light and matter. Eugene Polzik. Niels Bohr Institute Copenhagen University. Quantum mechanical wonders (second wave). Quantum objects. cannot be measured. cannot be copied.

454 views • 43 slides

Quantum Computing with Trapped Atomic Ions

424 views • 34 slides

Neural Signaling: The Membrane Potential

Neural Signaling: The Membrane Potential. Lesson 9. Membrane Structure. Barrier Compartmentalization Semipermeable selectively leaky Fluid Mosaic Model Phospholipids Proteins ~. Phospholipid Bilayer. Hydrophilic heads ? (phosphate) Hydrophobic tails ? (lipid). Membrane Proteins.

461 views • 30 slides

WHY DO ATOMS BOND ?

WHY DO ATOMS BOND ?. GROUPS. The Periodic Table. 1. 8. H. He. 2. 3. 4. 5. 6. 7. Li. Be. B. C. N. O. F. Ne. Na. Mg. Al. Si. P. S. Cl. Ar. K. Ca. Learning Objective To understand covalent bonding. Electron arrangement in outer shells. 1. 8. H. He. 2. 3. 4.

383 views • 28 slides

Human Physiology

Human Physiology. The Nervous System, Membrane Potential. Measurement of Membrane Potential Nernst equation - the electrical potential for a single ion to prevent it from having any net movement across the cell membrane (equilibrium potential, E ion )

963 views • 27 slides

Dynamics of novel molecular magnets V-ring and rare earth compounds

Dynamics of novel molecular magnets V-ring and rare earth compounds. Okayama Univ. H. Nojiri. Introduction Magnetization step in V-rectangular ring Short range correlation effect in molecular magnet Rare earth compounds Summary. Collaborators. Okayama Univ. T. Taniguchi and K. Aikawa

393 views • 26 slides

Communication between cells

Communication between cells. Electrical equivalent. Biology. R. I 2. I 1. I. I = I 1 + I 2. Nernst Equation. The Nernst equation relates the potential difference to the concentration difference in equilibrium: C i / C o = exp { - Z e (V i -V o )/kT } or

374 views • 19 slides

Ch. 5 Ionic Bonding

299 views • 18 slides

Ion-trap quantum computation Summer School of CQIQC 2012

191 views • 18 slides

The Melbourne Node

M A R C. Microanalytical Research Centre. The Melbourne Node. Node Manager: Steven Prawer. Test structures created by single ion implantation. Atom Lithography and AFM measurement of test structures. Theory of Coherence and Decoherence. The Melbourne Node.

315 views • 17 slides

ILIMA at FAIR

ILIMA at FAIR. Phil Walker , spokesperson, U of Surrey Yuri Litvinov, deputy spokesperson, GSI Helmut Weick, project manager, GSI. 78 scientists, 20 institutions, 10 countries. Isomers, Lifetimes and Masses at Facility for Antiproton and Ion Research

350 views • 15 slides

Concentrations vs. Activities

248 views • 14 slides

218 views • 12 slides

Chemistry 232

198 views • 10 slides

Polyatomic Ions

260 views • 8 slides

Looking for single ion impacts in PMMA Victoria Millar David Hoxley Chris Pakes

Looking for single ion impacts in PMMA Victoria Millar David Hoxley Chris Pakes Steven Prawer. Why? Top down process utilises ion implantation for the placement of P ions in the silicon substrate. Ion implantation is essentially random.

150 views • 7 slides

Chemical control of quantum tunneling of the magnetization (Nature 2002)

Quantum Effects in Single Molecule Magnets PIs: G. Christou, N. Dalal, S. Hill, A. D. Kent, D. N. Hendrickson Inst: NYU, U FL, FSU, UCSD DMR-0103290.

133 views • 2 slides