rodney's trap [195 articles] Export

Recent papers added to rodney's library classified by the tag trap. You can also see everyone's trap.

	Nanometer gold–silica composite particles manipulated by optical tweezers [My Copy] Optics Communications, Vol. 282, No. 14. (15 July 2009), pp. 2921-2929. by Mariela Rodriguez-Otazo, Angel Augier-Calderin, Jean-Pierre Galaup posted to tweezers trap silica optical nanoparticles hybrid gold core-shell citedby3 citedby2 by rodney on 2009-06-22 04:40:19 as
	Surface-plasmon-resonance enhancement: effects on optical trapping and manipulation of nano-objects [My Copy] Journal of Nanophotonics, Vol. 2, No. 1. (2008), 023509. by Samarendra K. Mohanty, Divakar K. Rao, Pradeep K. Gupta posted to citedby2 enhancement manipulation nanoparticles optical plasmon resonance spr surface trap tweezers by rodney on 2009-06-22 03:02:08 as
	Experimental investigation of planar ion traps [My Copy] Physical Review A (Atomic, Molecular, and Optical Physics), Vol. 73, No. 3. (2006), 032307. by C. E. Pearson, D. R. Leibrandt, W. S. Bakr, W. J. Mallard, K. R. Brown, I. L. Chuang posted to ions computing experimental planar qip quantum trap by rodney on 2009-03-20 07:03:23 as
	Ion Trap Quantum Computing with Ca+ Ions [My Copy] Experimental Aspects of Quantum Computing (2005), pp. 61-73. by R. Blatt, H. Häffner, C. Roos, C. Becher, F. Schmidt-Kaler posted to ca calcium computing quantum trap ions by rodney on 2009-03-19 20:44:08 as
	Architecture for a large-scale ion-trap quantum computer [My Copy] Nature, Vol. 417, No. 6890. (13 June 2002), pp. 709-711. by D. Kielpinski, C. Monroe, D. J. Wineland posted to ions computing microchip qip quantum trap by rodney on 2009-03-19 20:40:37 as along with 5 people xom martinthesis viellieb spreeuw dbhume0
	MEMS-based optical beam steering system for quantum information processing in two-dimensional atomic systems [My Copy] Opt. Lett., Vol. 33, No. 3. (1 February 2008), pp. 273-275. by Caleb Knoernschild, Changsoon Kim, Bin Liu, Felix P. Lu, Jungsang Kim posted to 2-d beam computing mems optical qip quantum steering trap by rodney on 2009-03-19 18:39:38 as
	Integrated Optical Approach to Trapped Ion Quantum Computation [My Copy] ArXiv e-prints (November 2007) by J. kim, C. kim posted to ions computing integrated optical qip quantum trap by rodney on 2009-03-19 18:35:47 as
	Design and Characterization of MEMS Micromirrors for Ion-Trap Quantum Computation [My Copy] Selected Topics in Quantum Electronics, IEEE Journal of In Selected Topics in Quantum Electronics, IEEE Journal of, Vol. 13, No. 2. (2007), pp. 322-329. by Changsoon Kim, C. Knoernschild, Bin Liu, Jungsang Kim posted to ions computing mems microscale mirrors optics qip quantum trap by rodney on 2009-03-19 18:18:32 as
	Linear Paul trap for strontium ions [My Copy] Review of Scientific Instruments, Vol. 73, No. 8. (2002), pp. 2856-2860. by D. J. Berkeland posted to ions paul sr strontium trap by rodney on 2009-03-19 00:23:43 as
	Experimental quantum-information processing with [sup 43]Ca[sup +] ions [My Copy] Physical Review A (Atomic, Molecular, and Optical Physics), Vol. 77, No. 6. (2008), 062306. by J. Benhelm, G. Kirchmair, C. F. Roos, R. Blatt posted to ions ca computing experimental qip quantum trap by rodney on 2009-03-18 20:18:42 as
	Towards fault-tolerant quantum computing with trapped ions [My Copy] Nat Phys, Vol. 4, No. 6. (June 2008), pp. 463-466. by Jan Benhelm, Gerhard Kirchmair, Christian F. Roos, Rainer Blatt posted to ions computing qip quantum trap by rodney on 2009-03-18 20:12:48 as along with 6 people dbhume0 ratschl GomezAddams magalb xom holx
	Quantum computing with trapped ions [My Copy] Physics Reports, Vol. 469, No. 4. (December 2008), pp. 155-203. by H. Haffner, C. Roos, R. Blatt posted to ions computing qip quantum trap by rodney on 2009-03-18 20:08:42 as
	Electrodynamically trapped Yb[sup +] ions for quantum information processing [My Copy] Physical Review A (Atomic, Molecular, and Optical Physics), Vol. 73, No. 4. (2006), 041407. by Chr, A. Braun, T. Hannemann, et al. Chr, M. Ettler, W. Neuhauser, Chr posted to ions qip trap by rodney on 2009-03-18 19:57:33 as
	A scalable quantum computer with ions in an array of microtraps [My Copy] Nature, Vol. 404, No. 6778. (06 April 2000), pp. 579-581. by J. I. Cirac, P. Zoller posted to arrays computing qip trap ions by rodney on 2009-03-18 19:32:57 as along with 4 people and 1 group xom ratschl spreeuw swhitlock Qugatopia
	Recent experiments in trapped-ion quantum information processing at NIST [My Copy] ICONO 2005: Ultrafast Phenomena and Physics of Superintense Laser Fields; Quantum and Atom Optics; Engineering of Quantum Information, Vol. 6256, No. 1. (2006), 625610. by J. Chiaverini, M. D. Barrett, R. B. Blakestad, et al.J. Britton, W. M. Itano, J. D. Jost, E. Knill, C. Langer, D. Leibfried, R. Ozeri, T. Schaetz, D. J. Wineland edited by Hans A. Bachor, Andre D. Bandrauk, Paul B. Corkum, et al.Markus Drescher, Mikhail Fedorov, Serge Haroche, Sergei Kilin, Alexander Sergienko posted to ions experimental nist qip trap by rodney on 2009-03-18 18:55:00 as
	The ion trap quantum information processor [My Copy] Applied Physics B: Lasers and Optics, Vol. 64, No. 6. (15 June 1997), pp. 623-643. by A. Steane posted to ions computing qip quantum trap by rodney on 2009-03-18 14:29:49 as along with 1 person MarkEveritt
	Quantum Computations with Cold Trapped Ions [My Copy] Physical Review Letters, Vol. 74, No. 20. (15 May 1995), pp. 4091-4094. by J. I. Cirac, P. Zoller posted to cold computing ions quantum trap by rodney on 2009-03-18 14:04:07 as along with 5 people ibre viellieb martinthesis Kitty eneaslabra
	Sideband cooling and coherent dynamics in a microchip multi-segmented ion trap [My Copy] New J. Phys., Vol. 10, No. 4. (April 2008), 045007. by Stephan A. Schulz, Ulrich Poschinger, Frank Ziesel, Ferdinand Schmidt-Kaler posted to ions coherence dynamics microchip trap by rodney on 2009-03-16 17:21:14 as
	Microscopic atom optics: from wires to an atom chip [My Copy] (16 May 2008) by R. Folman, P. Kruger, J. Schmiedmayer, J. Denschlag, C. Henkel posted to atom atomic atoms microchip microscopy trap by rodney on 2009-03-16 16:54:56 as along with 2 people jaeseung negretti
	PHYSICS: Toward Atom Chips [My Copy] Science, Vol. 307, No. 5711. (11 February 2005), pp. 860-861. by József Fortágh, Claus Zimmermann posted to microchip trap atom atomic atoms by rodney on 2009-03-16 16:44:37 as
	Optical manipulation of nanoparticles: a review [My Copy] Journal of Nanophotonics, Vol. 2, No. 1. (2008), 021875. by Maria Dienerowitz, Michael Mazilu, Kishan Dholakia posted to metallic aberrations biased carbon citedby2 diffusion focus forces gold lorentz lorenz-mie mie nanoparticles nanotubes optical plasmons rayleigh resonance review scattering spherical theory trap tweezers by rodney on 2009-03-16 05:01:42 as
	Planar ion trap geometry for microfabrication [My Copy] Applied Physics B: Lasers and Optics, Vol. 78, No. 5. (1 March 2004), pp. 639-651. by M. J. Madsen, W. K. Hensinger, D. Stick, J. A. Rabchuk, C. Monroe posted to ions fabrication microscale planar trap by rodney on 2009-03-15 21:07:08 as
	Optical trapping [My Copy] Review of Scientific Instruments, Vol. 75, No. 9. (2004), pp. 2787-2809. by Keir C. Neuman, Steven M. Block posted to optical review trap tweezers by rodney on 2009-03-13 17:48:31 as along with 3 people and 1 group tboats ThomasAabo skoch3 Koch_Lab
	Nano-optical Trapping of Rayleigh Particles and Escherichia coli Bacteria with Resonant Optical Antennas [My Copy] Nano Letters, Vol. 0, No. 0. (0000) by M. Righini, P. Ghenuche, S. Cherukulappurath, V. Myroshnychenko, García, R. Quidant posted to antennae bacteria coli escherichia nanoparticles optical particles rayleigh resonance trap tweezers by rodney on 2009-01-25 16:24:57 as
	A practical guide to optical tweezers [My Copy] In {Soft Condensed Matter Physics in Molecular and Cell Biology} ({2006}) by C. F. Schmidt edited by Poon, WCK and Andelman, D posted to citedby2 optical trap tweezers by rodney on 2009-01-12 19:14:09 as along with 1 person duongnh
	Plasmon-enhanced optical trapping of individual metal nanorods [My Copy] Optical Trapping and Optical Micromanipulation IV, Vol. 6644, No. 1. (2007) by Matthew Pelton, Mingzhao Liu, Jr, et al.Hee Y. Kim, Glenna Smith, Jelena Pesic, Philippe G. Sionnest, Norbert F. Scherer edited by Kishan Dholakia, Gabriel C. Spalding posted to citedby2 enhancement optical plasmons trap tweezers metallic nanoparticles nanorods by rodney on 2009-01-12 18:58:38 as
	Optical trapping of nanoshells [My Copy] Optical Trapping and Optical Micromanipulation IV, Vol. 6644, No. 1. (2007) by Brooke C. Hester, Alice Crawford, Rani B. Kishore, Kristian Helmerson, Naomi J. Halas, Carly Levin edited by Kishan Dholakia, Gabriel C. Spalding posted to citedby2 nanoparticles nanoshells optical resonance trap tweezers by rodney on 2009-01-12 18:49:57 as
	Optical tweezers with resonant particles [My Copy] In {2008 CONFERENCE ON LASERS AND ELECTRO-OPTICS & QUANTUM ELECTRONICS AND LASER SCIENCE CONFERENCE, VOLS 1-9} ({2008}) by M. J. Kendrick, D. H. Mcintyre, O. Ostroverkhova posted to citedby2 optical resonance trap tweezers by rodney on 2009-01-12 03:37:44 as
	Optical trapping of nanoshells near resonance [My Copy] Plasmonics: Metallic Nanostructures and Their Optical Properties VI, Vol. 7032, No. 1. (2008) by Brooke C. Hester, Rani B. Kishore, Kristian Helmerson, Naomi J. Halas, Carly Levin edited by Mark I. Stockman posted to citedby2 nanoshells optical resonance trap tweezers by rodney on 2009-01-11 22:31:14 as
	Manipulation and assembly of nanowires with holographic optical traps [My Copy] Opt. Express, Vol. 13, No. 22. (31 October 2005), pp. 8906-8912. by Ritesh Agarwal, Kosta Ladavac, Yael Roichman, Guihua Yu, Charles Lieber, David Grier posted to assembly holographic optical trap tweezers nanoparticles nanowires by rodney on 2008-11-07 22:10:18 as
	Autocalibrated colloidal interaction measurements with extended optical traps [My Copy] Physical Review E (Statistical, Nonlinear, and Soft Matter Physics), Vol. 77, No. 5. (2008) by Marco Polin, Yohai Roichman, David G. Grier posted to colloidal holographic optical trap tweezers by rodney on 2008-11-07 22:02:49 as along with 1 person dchen
	Trapping of Bioparticles via Microvortices in a Microfluidic Device for Bioassay Applications [My Copy] Anal. Chem. (29 October 2008) by Cheng M. Lin, Yu S. Lai, Hsin P. Liu, Chang Y. Chen, Andrew M. Wo posted to bioassays cells hydrodynamics microfluidics trap vortex by rodney on 2008-10-29 13:48:26 as
	Optimized holographic optical traps [My Copy] Opt. Express, Vol. 13, No. 15. (25 July 2005), pp. 5831-5845. by Marco Polin, Kosta Ladavac, Sang-Hyuk Lee, Yael Roichman, David Grier posted to adaptive holographic optical optimization trap tweezers by rodney on 2008-10-25 00:56:09 as
	Optical Particle Trapping with Higher-order Doughnut Beams Produced Using High Efficiency Computer Generated Holograms [My Copy] Journal of Modern Optics, Vol. 42, No. 1. (1995), pp. 217-223. by H. He, N. R. Heckenberg, H. Rubinsztein-Dunlop posted to computed doughnut holographic optical trap tweezers by rodney on 2008-10-24 17:31:10 as
	Optical particle trapping with computer-generated holograms written on a liquid-crystal display [My Copy] Optics Letters, Vol. 24 (May 1999), pp. 608-610. by M. Reicherter, T. Haist, E. U. Wagemann, H. J. Tiziani posted to computed holographic liquid-crystal optical trap tweezers by rodney on 2008-10-21 02:19:37 as
	Quantitative Optical Trapping of Single Gold Nanorods [My Copy] Nano Lett., Vol. 8, No. 9. (10 September 2008), pp. 2998-3003. by Christine Selhuber-Unkel, Inga Zins, Olaf Schubert, Carsten Sönnichsen, Lene B. Oddershede posted to au citedby2 gold nanoparticles optical resonance trap tweezers nanorods by rodney on 2008-10-10 17:00:59 as along with 1 group Kopelman_Group
	Resonance Effects in Optical Trapping [My Copy] Biophysical Journal (Annual Meeting Abstracts), Vol. 82, No. 1. (1 January 2002), pp. 496-496. by E. J. G. Peterman, R. R. Agayan, F. Gittes, R. Kopelman, C. F. Schmidt posted to optical resonance trap tweezers by rodney on 2008-10-10 14:17:46 as along with 1 group Kopelman_Group
	Slipping friction of an optically and magnetically manipulated microsphere rolling at a glass-water interface [My Copy] Journal of Applied Physics, Vol. 104, No. 5. (2008) by Rodney R. Agayan, Ron G. Smith, Raoul Kopelman posted to citedby5 friction glass lasers magnetic manipulation microparticles microspheres optical rotational slip trap tweezers water by rodney on 2008-09-15 20:21:55 as
	Stability analysis of optofluidic transport on solid-core waveguiding structures [My Copy] Nanotechnology, Vol. 19, No. 4. (30 January 2008), pp. 45704-45714. by Yang, H. J. Allen, Erickson, David posted to bacteria evanescent fluids optical surface tir trap tweezers waveguides by rodney on 2008-09-07 00:33:32 as
	Optical and Magnetic Manipulation of Hybrid Micro and Nanoparticle Sensors. [My Copy] (2008) by Rodney R. Agayan posted to biosensors hybrid lasers magnetic manipulation microparticles nanoparticles optical sensors thesis trap tweezers by rodney on 2008-07-28 04:37:40 as along with 1 group Kopelman_Group
	Confocal micro-Raman spectroscopy of single biological cells using optical trapping and shifted excitation difference techniques [My Copy] Journal of Applied Physics, Vol. 93, No. 5. (2003), pp. 2982-2986. by Changan Xie, Yong Q. Li posted to cells confocal microparticles microspheres optical raman shift spectroscopy trap tweezers by rodney on 2008-07-25 13:43:00 as
	Theory of resonant radiation force exerted on nanostructures by optical excitation of their quantum states: From microscopic to macroscopic descriptions [My Copy] Physical Review B (Condensed Matter and Materials Physics), Vol. 77, No. 24. (2008) by Takuya Iida, Hajime Ishihara posted to citedby2 nanoparticles optical pressure quantum radiation resonance theory trap tweezers by rodney on 2008-07-02 21:15:55 as
	Green Fluorescent Protein in Inertially Injected Aqueous Nanodroplets [My Copy] Langmuir, Vol. 24, No. 9. (6 May 2008), pp. 4975-4978. by J. Tang, A. M. Jofre, G. M. Lowman, et al.R. B. Kishore, J. E. Reiner, K. Helmerson, L. S. Goldner, M. E. Greene posted to gfp green optical trap tweezers droplets fluorescence by rodney on 2008-07-02 20:52:04 as along with 1 person and 1 group samjlord moernerlab
	Forces of a single-beam gradient laser trap on a dielectric sphere in the ray optics regime [My Copy] Biophys. J., Vol. 61, No. 2. (1 February 1992), pp. 569-582. by A. Ashkin posted to gradient optical rayoptics trap tweezers forces by rodney on 2008-06-23 22:56:02 as along with 2 people hannesjouhikainen hamidohadi
	Time-averaged total force on a dipolar sphere in an electromagnetic field [My Copy] Opt. Lett., Vol. 25, No. 15. (2000), pp. 1065-1067. by P. C. Chaumet, M. Nieto-Vesperinas posted to ao_2002 dipole optical trap tweezers electromagnetics forces microparticles microspheres by rodney on 2008-02-12 01:02:31 as along with 1 person keltor
	Stability of radiation-pressure particle traps: an optical Earnshaw theorem [My Copy] Opt. Lett., Vol. 8, No. 10. (1 October 1983), 511. by A. Ashkin, J. P. Gordon posted to ao_2002 earnshaw optical pressure radiation stability trap tweezers by rodney on 2008-02-12 00:59:45 as
	Axial optical trapping efficiency through a dielectric interface [My Copy] Physical Review E (Statistical, Nonlinear, and Soft Matter Physics), Vol. 76, No. 6. (2007) by Antonio, Adriana Fontes, Carlos L. Cesar, Andrea Camposeo, Roberto Cingolani, Dario Pisignano posted to axial dielectric optical trap tweezers by rodney on 2008-02-06 09:23:40 as
	Numerical modelling of optical trapping [My Copy] Computer Physics Communications, Vol. 142, No. 1-3. (15 December 2001), pp. 468-471. by T. A. Nieminen, H. Rubinsztein-Dunlop, N. R. Heckenberg, A. I. Bishop posted to numerical optical theory trap tweezers by rodney on 2008-02-06 01:28:09 as
	Numerical Modeling of Optical Gradient Traps Using the Vector Finite Element Method [My Copy] Journal of Computational Physics, Vol. 159 (March 2000), pp. 13-37. by D. A. White posted to element gradient model numerical optical trap tweezers vector by rodney on 2008-02-06 01:23:18 as
	Optical Traps as Force Transducers: The Effects of Focusing the Trapping Beam through a Dielectric Interface [My Copy] Langmuir, Vol. 16, No. 6. (21 March 2000), pp. 2770-2778. by A. C. Dogariu, R. Rajagopalan posted to dielectric focus optical trap tweezers forces by rodney on 2008-02-06 01:20:03 as

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optical	517
nanoparticles	309
tweezers	299
trap	195
microparticles	135
fluorescence	133
rotational	127
plasmons	115
surface	110
spectroscopy	98
metallic	95
microscopy	95
magnetic	90
lasers	88
gold	86
theory	84
fe	83
iron	83
molecular	81
diffusion	78
cells	76
forces	69
microspheres	65
review	63
two-photon	62
resonance	59
colloidal	56
detection	55
microtubules	55
absorption	54
ultrafast	48
pdt	47
silver	47
torques	46
enhancement	45
spheres	45
spr	45
arrays	43
dimers	42
fabrication	42
lithography	41
motors	41
brownian	39
raman	39
holographic	35
layers	35
alignment	34
friction	34
citedby4	33
oxygen	33
radiation	33
dna	32
proteins	32
pulses	32
therapy	32
citedby2	30
films	30
correlation	29
doublets	29
hybrid	29
nanoshells	29
photodynamic	29
dynamics	28
motor	28
near-field	28
quantum	28
confocal	27
dielectric	27
kinesin	27
photolithography	27
heat	26
silica	26
diffraction	25
mie	25
assembly	24
bacteria	24
energy	24
fluids	24
angle	23
focus	23
manipulation	23
optics	23
angles	22
angular	22
aspherical	22
crystals	22
membranes	22
patterns	22
photoresist	22
polarization	22
pressure	22
resist	22
2-d	21
aggregates	21
flow	21
hydrodynamics	21
simulation	21
3-d	20
spherical	20
characterization	19
light	19
nanorods	19
nir	19
citedby6	18
experimental	18
ions	18
thermal	18
viscosity	18
water	18
anisotropic	17
anisotropy	17
atom	17
atomic	17
atoms	17
biosensors	17
cro2	17
dumbbell	17
near-infrared	17
nonuniform	17
orientation	17
particles	17
fcs	16
fibers	16
refraction	16
shear	16
temperature	16
biology	15
cancer	15
clusters	15
core-shell	15
dendrimers	15
imaging	15
microrheology	15
self-assembly	15
silicon	15
surfaces	15
time-resolved	15
transport	15
c1ref	14
electric	14
sers	14
translational	14
carbon	13
coherence	13
liquid	13
nanotechnology	13
nanotubes	13
photonics	13
photosensitizers	13
qip	13
reflection	13
sensors	13
tir	13
adhesion	12
computing	12
dispersion	12
dots	12
evanescent	12
forfun	12
microscale	12
nanoscale	12
numerical	12
rayoptics	12
aberrations	11
afm	11
ao_2002	11
contact	11
development	11
dipole	11
electromagnetics	11
field	11
gradient	11
physics	11
polymer	11
resolution	11
submicron	11
tirf	11
adsorption	10
dark-field	10
dioxide	10
efficiency	10
gaussian	10
genetics	10
half-coated	10
half-shell	10
lipid	10
male	10
microfluidics	10
model	10
multiphoton	10
nsom	10
objective	10
photoacoustics	10
synthesis	10
totalinternalreflection	10
xx	10
citedby5	9
diode	9
force	9
magnetization	9
momentum	9
myosin	9
rayleigh	9
relaxation	9
shape	9
solvent	9
ag	8
au	8
biological	8
chemical	8
chromium	8
collapse	8
cr	8
cross-section	8
dda	8
dynamic	8
ellipsoidal	8
fret	8
glass	8
motion	8
nanoprisms	8
nanostructures	8
nanowires	8
oscillators	8
oxide	8
perylene	8
phase	8
polystyrene	8
protein	8
single	8
suspensions	8
tips	8
uv	8
acoustic	7
actin	7
aperture	7
aqueous	7
beam	7
bubbles	7
capped	7
continuouswave	7
control	7
cw	7
delivery	7
droplets	7
emission	7
excitons	7
fluctuations	7
frequency	7
green	7
high	7
motility	7
muscle	7
nanospheres	7
noble	7
noise	7
nonlinear	7
parallel	7
pebbles	7
phospholipid	7
planar	7
roughness	7
science	7
stokes	7
synthetic	7
ultraviolet	7
vortex	7
1-d	6
antibodies	6
autocorrelation	6
beads	6
charge	6
computed	6
dyes	6
fluorophores	6
gliding	6
iii-nitride	6
isopolar	6
journalclub	6
lens	6
lookat	6
mechanical	6
micron	6
microswimmers	6
mode	6
na	6
ph	6
photon	6
position	6
quantumdots	6
rotation	6
semiconductor	6
solution	6
spatial	6
ti-sapphire	6
tunable	6
viscoelasticity	6
aspect-ratio	5
asymmetric	5
biomimetic	5
calcium	5
calibration	5
chaos	5
circular	5
citedby3	5
conductivity	5
drug	5
electrophoresis	5
encapsulation	5
glycerol	5
gratings	5
growth	5
holes	5
icg	5
integrated	5
ir	5
kinetics	5
labonachip	5
lab-on-a-chip	5
length	5
magnesium	5
microstructures	5
moons	5
nanocrystals	5
nanometer	5
nm	5
nonspherical	5
order	5
parameters	5
periodic	5
plane	5
power	5
resistance	5
rheology	5
rigid	5
scattering	5
size	5
substrates	5
surface-enhanced	5
technology	5
transfer	5
transmission	5
undergraduate	5
vesicles	5
viscous	5
visible	5
waveguides	5
acids	4
back-focal-plane	4
bragg	4
capacity	4
ccd	4
cell	4
circuits	4
citedby1	4
coli	4
concentration	4
copper	4
coupling	4
density	4
design	4
dfb	4
directed	4
distribution	4
double	4
dry	4
dual	4
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elasticity	4
electron	4
electronic	4
elliptical	4
escherichia	4
filaments	4
flat	4
functionalization	4
led	4
localized	4
low-reynolds	4
masks	4
mems	4
mgo	4
micelle	4
microchip	4
microtubule	4
nanoplates	4
negative	4
nems	4
organic	4
picosecond	4
profile	4
red	4
sensing	4
shift	4
shuttles	4
stereogram	4
stm	4
stochastic	4
surfactant	4
tension	4
titanium	4
tomography	4
tumor	4
viability	4
adaptive	3
algorithms	3
amplified	3
antennae	3
axial	3
binding	3
biotin	3
breakdown	3
chemistry	3
chromophores	3
chromosomes	3
citedby7	3
cobalt	3
coil	3
comment	3
community	3
complex	3
composites	3
conical	3
coupled	3
cytoskeleton	3
decay	3
deformable	3
deuterium	3
distributed	3
dynein	3
ecoli	3
editorial	3
embryos	3
errors	3
erythrocytes	3
exposure	3
ferromagnetic	3
fft	3
fields	3
filament	3
filters	3
fourier	3
gallery	3
gallium	3
gel	3
gfp	3
grids	3
hydrogel	3
hydrophobic	3
infrared	3
insitu	3
interference	3
isotope	3
kerr	3
kramers	3
kronig	3
large-field	3
levitation	3
local-field	3
magneto-optical	3
mass	3
mice	3
microdisks	3
microgels	3
mills	3
mobility	3
mode-locked	3
monodisperse	3
monomers	3
multiple	3
muscles	3
nanogels	3
nanotribology	3
neutrophils	3
nickel	3
orbital	3
organelles	3
ormosil	3
oscillations	3
paramagnetic	3
parametric	3
pcs	3
persistence	3
photobleaching	3
photodiodes	3
plants	3
polaritons	3
precession	3
prolith2	3
reactive	3
research	3
resonators	3
reynolds	3
rod	3
ros	3
rotor	3
saturation	3
scaffolds	3
sensitizers	3
slip	3
species	3
spectrum	3
step	3
stiffness	3
susceptibility	3
thickness	3
tissues	3
t-matrix	3
tracking	3
transform	3
tribology	3
u-tas	3
viruses	3
white-light	3
wire	3
wwii	3
1-photon	2
absolute	2
achromatic	2
actuators	2
agents	2
air	2
alcohol	2
amplifier	2
amplitude	2
anomalous	2
anthracene	2
anti-stokes	2
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artificial	2
arxiv	2
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avidin	2
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doughnut	2
dsred	2
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eu3	2
euiii	2
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faraday	2
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ferritin	2
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gan	2
gene	2
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glycine	2
glycol	2
google	2
grant	2
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harmonic	2
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he-ne	2
history	2
hollow	2
human	2
ice	2
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indocyanine	2
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interface	2
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inverse	2
invivo	2
isopropanol	2
isotropic	2
j-aggregates	2
laguerre-gaussian	2
lateral	2
ld	2
lifetime	2
liquid-crystal	2
locomotion	2
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macroscopic	2
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medical	2
medium	2
microsphere	2
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modulus	2
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mri	2
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nanocubes	2
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nematic	2
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neutral	2
neutrons	2
nitride	2
nmr	2
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opo	2
optoacoustic	2
optoelectronic	2
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organs	2
paracrystals	2
parasitic	2
peg	2
pegylation	2
permittivity	2
phosphate	2
phosphorescence	2
photolabile	2
photophysical	2
pmma	2
polyacrylamide	2
polydispersity	2
polyethylene	2
polyethyleneglycol	2
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ponderomotive	2
population	2
postdoctoral	2
powder	2
printing	2
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probes	2
properties	2
pump-probe	2
pyrene	2
random	2
rapid	2
ratchets	2
reflectivity	2
reflector	2
r-matrix	2
room-temperature	2
ruby	2
rulers	2
sapphire	2
sedimentation	2
semiflexible	2
sensitivity	2
shell	2
shuttle	2
signals	2
snom	2
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solar	2
sol-gel	2
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spanners	2
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specific	2
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stress	2
stroke	2
sulfide	2
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tag	2
tangential	2
targeting	2
tetrahedral	2
thermosensitive	2
thiol	2
top	2
torsion	2
transient	2
two-color	2
upconversion	2
vcsel	2
vector	2
vibrational	2
video	2
voltage	2
walk	2
walls	2
waves	2
wear	2
wgm	2
whispering	2
width	2
xuv	2
1268nm	1
193nm	1
3-mi	1
567nm	1
5th	1
ablation	1
acetate	1
acetone	1
acetonitrile	1
active	1
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ageing	1
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algorithm	1
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allometric	1
amorphous	1
amplification	1
analysis	1
animal	1
annealing	1
annular	1
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apertureless	1
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array	1
arsenide	1
assay	1
atherosclerotic	1
atp	1
attenuation	1
attomolar	1
attosecond	1
avogadro	1
axicon	1
axisymmetric	1
axoneme	1
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az-pf514	1
background	1
bacterial	1
bacteriophage	1
band3	1
bandages	1
bandgaps	1
barium	1
base	1
bath	1
beacon	1
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benzothiadiazole	1
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bidirectional	1
bifurcation	1
bilayer	1
bimetallic	1
biochemistry	1
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biologyu	1
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blood	1
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dimethylnaphthalene	1
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eg5	1
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ethynylene	1
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journals	1
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maser	1
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matrix	1
matter	1
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methylene	1
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microchannel	1
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microelectrophoresis	1
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micromotor	1
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microsecond	1
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myson	1
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near	1
near-uv	1
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neon	1
neurons	1
niobate	1
nist	1
nitric	1
nitrobenzyl	1
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nonaromatic	1
noncollloidal	1
noncontact	1
non-gaussian	1
nonradiative	1
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nuclear	1
number	1
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nutrition	1
oct	1
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orange	1
orbits	1
organisms	1
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paa	1
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panel	1
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paul	1
pcr	1
pedestals	1
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petawatt	1
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phenylene	1
photoacid	1
photochemical	1
photodamage	1
photoexcitation	1
photoisomer	1
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photopolymerization	1
photosensitiser	1
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photo-switchable	1
photosynthesis	1
photothermolysis	1
phototoxicity	1
physical	1
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pi-conjugated	1
piv	1
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plasmon	1
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pn	1
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ptk2	1
pubmed	1
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pvp	1
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pyruvate	1
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quartz	1
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radius	1
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rate	1
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rec-a	1
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rfp	1
rheometry	1
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ring	1
rna	1
rolling	1
ruthenium	1
scaling	1
scan	1
scholar	1
scientific	1
scopus	1
screw	1
search	1
second	1
section	1
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self-focused	1
self-mode-locked	1
serum	1
shg	1
shot-noise	1
sialyl	1
sic	1
silane	1
silylation	1
single-molecule	1
single-strand	1
singlet	1
singularity	1
sio2	1
skeletal	1
skeleton	1
slowly	1
smoluchowski	1
software	1
solid-state	1
sound	1
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specular	1
spin	1
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splitter	1
spools	1
sr	1
sry	1
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stat-3	1
static	1
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steam	1
sted	1
steering	1
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stimulated	1
stober	1
streak	1
streptavidin	1
stretch	1
strontium	1
sulfuric	1
supercoiled	1
superparamagnetic	1
surgery	1
switch	1
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synchrotron	1
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systemic	1
tadpole	1
tar	1
target	1
tcspc	1
terawatt	1
tether	1
tetrachloride	1
tetramers	1
thermoacoustic	1
thermodynamics	1
thermophoresis	1
thermotaxis	1
thermotropic	1
thesis	1
thg	1
thick	1
third-harmonic	1
time-dependent	1
tissue	1
titania	1
tori	1
total	1
tp	1
tracer	1
trapping	1
trilevel	1
trimer	1
triplet	1
tsr	1
tube	1
tungsten	1
tuning	1
turmeric	1
ultrasonics	1
unidirectional	1
unsaturated	1
uofm	1
uv-switchable	1
vacuum	1
vasculature	1
velocimetry	1
velocity	1
vimentin	1
virus	1
vivo	1
volume	1
watt	1
wave	1
wavelength	1
web	1
webb	1
webofscience	1
welding	1
wide-field	1
wigner	1
wo3	1
wolfram	1
wormlike	1
writing	1
x-rays	1
yellow	1
yield	1
zeptogram	1
zeroth	1
zno	1

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