Michel Orrit
Emeritus hoogleraar Spectroscopie van moleculen in gecondenseerde materie
- Naam
- Prof.dr. M.A.G.J. Orrit
- Telefoon
- +31 71 527 2727
- orrit@physics.leidenuniv.nl
- ORCID iD
- 0000-0002-3607-3426
Orrit ontdekte dat 1 molecuul voldoende fluorescenrende straling afgeeft om het waar te nemen wanneer het wordt beschenen door laserlicht van een bepaalde golflengte. Michel Orrit: 'Eén heel genoom kan voor nog geen 1000 euro worden blootgelegd, dankzij single molecule technieken. Vroeger kostte dat miljoenen dollars.'
Meer informatie over Michel Orrit
Nieuws
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Robert Smit promoveerde cum laude. ‘Ik ben blij dat ik weer in het lab sta.’ -
De energietransitie onder de (nano)loep: Zwaartekrachtsubsidie voor ANION-project -
Zwaartekracht-subsidies voor vijf projecten met Leidse onderzoekers
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Leidse natuurkundigen detecteren bewegende nanodeeltjes -
Gecombineerde techniek meet nanostructuren tien keer beter dan voorheen -
De nanowereld visualiseren -
Spinozapremies uitgereikt aan Eveline Crone en Michel Orrit -
Brede media-aandacht voor Spinozaprijs Michel Orrit
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Spinozapremie voor hoogleraar Spectroscopie Michel Orrit
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Michel Orrit in Leidsch Dagblad over eiwitmoleculen bekijken -
Nieuwe manier om nanodeeltjes te volgen -
5 beurzen Leidse natuurkunde in 10 jaar ERC -
Gouden nano-antennes onthullen elektrochemische eigenschappen losse moleculen -
Michel Orrit wint Edison Volta Prize -
Enkel molecuul gedetecteerd voor gebruik in kwantumnetwerk -
Michel Orrit wint Physicaprijs 2016 -
Michael Orrit op Kennislink over Licht als tolk tussen de nano- en macrowereld -
Natuurkundige Michel Orrit ontvangt Grand Prix SFO Léon Brillouin -
Snellere computers met een GPS systeem voor elektronen?
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Vier grote subsidies voor excellente Leidse onderzoekers in de chemie -
Miljoenen voor Leidse fysici en pedagogen in subsidieronde Zwaartekracht -
Gouden nanostaafje maakt “onzichtbare” eiwitten geschikt voor lichtmicroscoop -
Nieuw natuurkundig onderzoek van wetenschappelijk en maatschappelijk belang -
Zoeken naar een minuscule fata morgana -
Drie Marie Curie-subsidies voor jonge natuurkundigen -
Grafeen is een raspaard dat getemd moet worden
Orrit ontdekte dat 1 molecuul voldoende fluorescenrende straling afgeeft om het waar te nemen wanneer het wordt beschenen door laserlicht van een bepaalde golflengte. Er wordt als het ware 1 kleur licht op het molecuul af gestuurd, dat vervolgens een andere kleur licht teruggeeft. Daaruit kan het gedrag van enkele moleculen worden afgeleid en worden die moleculen als het ware ’zichtbaar’.
Inmiddels worden 1-molecuulspectroscopie en optische fluorescentie veel gebruikt in de toegepaste wetenschap. Zo kan met de techniek het genoom van een levend wezen worden ontrafeld. Dat kon in de jaren 90 ook al, maar toen kostte het in kaart brengen van de volgorde van DNA van een mens vele miljoenen dollars. 'Nu is hetzelfde te doen voor nog geen 1000 euro', zegt Orrit. '1 heel genoom kan in een middag worden blootgelegd, dankzij single molecule technieken.'
Die technieken zijn bijvoorbeeld toegepast om vast te stellen waar de cholera-uitbraak in Haïti in 2010 vandaan kwam. De ziekte heerst al ruim 5 jaar in het land en heeft duizenden slachtoffers geëist. Beweerd werd dat de epidemie door Nepalese VN-militairen het land binnen was gebracht. Orrit: 'Er zijn toen door het Amerikaanse bedrijf Pacific Biosciences monsters van de bacterie genomen waarna in een weekend het DNA in kaart werd gebracht.'
Emeritus hoogleraar Spectroscopie van moleculen in gecondenseerde materie
- Wiskunde en Natuurwetenschappen
- Leiden Instituut Onderzoek Natuurkunde
- LION - Biological & Soft Matter
- Wang Y.H., Adhikari S., Meer H. van der, Liu J. & Orrit M.A.G.J. (2023), Thousand-fold enhancement of photothermal signals in near-critical CO2, Journal of Physical Chemistry C 127(7): 3619-3625.
- Orrit M.A.G.J. (2023), Dynamic heterogeneity in the optical signals from single nano-objects, The Journal of Physical Chemistry B 127(18): 3982-3989.
- Adhikari S., Li J., Wang Y., Ruijs L., Liu J., Koopmans B., Orrit M.A.G.J. & Lavrijsen R. (2023), Optical monitoring of the magnetization switching of single synthetic-antiferromagnetic nanoplatelets with perpendicular magnetic anisotropy, ACS Photonics 10(5): 1512-1518.
- Asgari N., Baaske M.D. & Orrit M.A.G.J. (2023), Burst-by-burst measurement of rotational diffusion at nanosecond resolution reveals hot-brownian motion and single-chain binding, ACS Nano 17(13): 12684-12692.
- Smit R., Tebyani A., Hameury J., Molen S.J. van der & Orrit M.A.G.J. (2023), Sharp zero-phonon lines of single organic molecules on a hexagonal boron-nitride surface, Nature Communications 14: 7960.
- Adhikari S., Späth P.R. & Orrit M.A.G.J. (2023), Imaging circular dichroism of single nanoparticles using photothermal microscopy , Photothermal and photoacoustic sensing. The European Conference on Lasers and Electro-Optics 2023 26 juni 2023 - 30 juni 2023. Optica nr. 14. Munich: Optica Publishing Group. 1.
- Jeuken L.J.C., Orrit M.A.G.J. & Canters G.W. (2023), Single-molecule fluorescence in redox chemistry, Current Opinion in Electrochemistry 37: 101196.
- Smit R., Ristanovic Z., Kozankiewicz B. & Orrit M.A.G.J. (2022), Reverse intersystem crossing of single deuterated perylene molecules in a dibenzothiophene matrix, ChemPhysChem 23(2): e202100679.
- Späth P.R., Adhikari S., Lahabi K., Baaske M.D., Wang Y.H. & Orrit M.A.G.J. (2022), Imaging the magnetization of single magnetite nanoparticle clusters via photothermal circular dichroism, Nano Letters 22(9): 3645-3650.
- Lu X., Punj D. & Orrit M.A.G.J. (2022), Controlled synthesis of gold nanorod dimers with end-to-end configurations, RSC Advances 12(21): 13464-13471.
- Baaske Martin D., Asgari Nasrin, Punj D. & Orrit M.A.G.J. (2022), Nanosecond time scale transient optoplasmonic detection of single proteins, Science Advances 8(2): eabl5576 .
- Adhikari S. & Orrit M.A.G.J. (2022), Optically probing the chirality of single plasmonic nanostructures and of single molecules: potential and obstacles, ACS Photonics 9(11): 3486-3497.
- Späth P.R., Adhikari S., Heyvaert W., Zhuo X., Garcia I., Liz-Marzán L.M., Bals S., Orrit M.A.G.J. & Albrecht W. (2022), Photothermal circular dichroism measurements of single chiral gold nanoparticles correlated with electron tomography, ACS Photonics 9(12): 3995-4004.
- Adhikari S. & Orrit M.A.G.J. (2022), Progress and perspectives in single-molecule optical spectroscopy, The Journal of Chemical Physics 156(16): 160903.
- Adhikari S. & Orrit M.A.G.J. (2022), Single-molecule and -particle spectroscopy in Leiden: absorption, scattering and fluorescence, Journal of Optics 24(4): 043001.
- Lu X., Punj D. & Orrit M.A.G.J. (2022), Two-photon-excited single-molecule fluorescence enhanced by gold nanorod dimers, Nano Letters 22(10): 4215-4222.
- Xie M., Liu H., Wan S., Lu X., Hong D., Du Y., Yang W., Wei Z., Fang S., Tao C., Xu D., Wang B., Lu S., Wu X., Xu W., Orrit M.A.G.J. & Tian Y. (2022), Ultrasensitive detection of local acoustic vibrations at room temperature by plasmon-enhanced single-molecule fluorescence, Nature Communications 13(1): 3330.
- Spaeth P., Adhikari S., Baaske M.D., Pud S., Ton J. & Orrit M.A.G.J. (2021), Photothermal circular dichroism of single nanoparticles rejecting linear dichroism by dual modulation, ACS Nano 15(10): 16277-16285.
- Toninelli C., Gerhardt I., Clark A.S., Reserbat-Plantey A., Goetzinger S., Ristanovic Z., Colautti M., Lombardi P., Major K.D., Deperasinska I., Pernice W.H., Koppens F.H.L., Kozankiewicz B., Gourdon A., Sandoghdar V. & Orrit M.A.J.G. (2021), Single organic molecules for photonic quantum technologies, Nature Materials 20: 1615-1628.
- Baaske M.D., Asgari N., Späth P.R., Adhikari S., Punj D. & Orrit M.A.G.J. (2021), Photothermal spectro-microscopy as benchmark for optoplasmonic bio-detection assays, The Journal of Physical Chemistry Part C 125(45): 25087–25093.
- Pradhan B., Engelhard C.R., Mulken S. van, Miao X., Canters G.W. & Orrit M.A.G.J. (2020), Single electron transfer events and dynamical heterogeneity in the small protein azurin from Pseudomonas aeruginosa, Chemical Science 11(3): 763-771.
- Jollans T., Caldarola M., Sivan Y. & Orrit M.A.G.J. (2020), Effective electron temperature measurement using time-resolved anti-stokes photoluminescence, The Journal of Chemical Physics 124(34): 6968-6976 .
- Baaske M.D., Neu P.S. & Orrit M.A.G.J. (2020), Label-free plasmonic detection of untethered nanometer-sized Brownian particles, ACS Nano 14(10): 14212–14218.
- Colautti M., Piccioli F.S., Ristanovic Z., Lombardi P, Moradi A., Adhikari S., Deperasinska I, Kozankiewicz B., Orrit M.A.G.J. & Toninelli C. (2020), Laser-induced frequency tuning of Fourier-limited single-molecule emitter, ACS Nano 14(10): 13584-13592.
- Adhikari S., Spaeth P., Kar A., Baaske M.D., Khatua S. & Orrit M.A.G.J. (2020), Photothermal microscopy: imaging the optical absorption of single nanoparticles and single molecules, ACS Nano 14(12): 16414-16445.
- Lu X., Ye G., Punj D., Chiechi R.C. & Orrit M. (2020), Quantum yield limits for the detection of single-molecule fluorescence enhancement by a gold nanorod, ACS Photonics 7(9): 2498-2505.
- Aubret A., Orrit M.A.G.J. & Kulzer F. (2019), Understanding local-field correction factors in the framework of the Onsager-Bottcher model, ChemPhysChem 20(3): 345-355.
- Jollans T.G.W., Baaske M.D. & Orrit M.A.G.J. (2019), Nonfluorescent optical probing of single molecules and nanoparticles, The Journal of Physical Chemistry Part C 123(23): 14107-14117.
- Jollans T.G.W. & Orrit M.A.G.J. (2019), Explosive, oscillatory, and Leidenfrost boiling at the nanoscale, Physical Review E 99(6): 063110.
- Spaeth P.R., Adhikari S., Le L., Jollans T.G.W., Pud S., Albrecht W., Bauer T., Caldarola M., Kuipers L. & Orrit M.A.G.J. (2019), Circular dichroism measurement of single metal nanoparticles using photothermal imaging, Nano Letters 19(12): 8934-8940.
- Moradi A., Ristanovic Z., Orrit M.A.G.J., Deperasinska I. & Kozankiewicz B. (2019), Matrix-induced linear Stark effect of single dibenzoterrylene molecules in 2,3-dibromonaphthalene crystal, Chemical Physics Chemistry 20(1): 55-61.
- Carattino A.J., Caldarola M. & Orrit M.A.G.J. (2018), Gold nanoparticles as absolute nanothermometers, Nano Letters 18(2): 874-880.
- Caldarola M., Pradhan B. & Orrit M.A.G.J. (2018), Quantifying fluorescence enhancement for slowly diffusing single molecules in plasmonic near fields, The Journal of Chemical Physics 148(12): 123334.
- Zhang W., Caldarola M., Lu X. & Orrit M.A.G.J. (2018), Plasmonic Enhancement of Two-Photon-Excited Luminescence of Single Quantum Dots by Individual Gold Nanorods, 5(7): 2960–2968.
- Zhang W., Caldarola M., Lu X., Pradhan B. & Orrit M.A.G.J. (2018), Single-molecule fluorescence enhancement of a near-infrared dye by gold nanorods using DNA transient binding, Physical Chemistry Chemical Physics 20: 20468-20475.
- Zhang W., Caldarola M., Pradhan B. & Orrit M. (2017), Gold nanorod enhanced fluorescence enables single-molecule electrochemistry of methylene blue, Angewandte Chemie (International Edition) 56(13): 3566-3569.
- Paulo P.M.R., Zijlstra P., Orrit M.A.G.J., Garcia-Fernandez E., Pace T.C.S., Viana A.S. & Costa S.M.B. (2017), Tip-Specific Functionalization of Gold Nanorods for Plasmonic Biosensing: Effect of Linker Chain Length, Langmuir 33(26): 6503-8510.
- Hou L., Adhikari S., Tian Y.X., Scheblykin I.G. & Orrit M.A.G.J. (2017), Absorption and Quantum Yield of Single Conjugated Polymer Poly[2-methoxy-5-(2-ethylhexyloxy)-1,4-phenylenevinylene] (MEH-PPV) Molecules, Nano Letters 17(3): 1575-1581.
- Ding T.X., Hou L., Meer H. van der, Alivisatos A.P. & Orrit M.A.G.J. (2016), Hundreds-fold sensitivity enhancement of photothermal microscopy in near-critical Xenon, Journal of Physical Chemistry Letters 7: 2524-2529.
- Verhart N.R., Müller M. & Orrit M.A.G.J. (2016), Spectroscopy of single dibenzoterrylene molecules in para-dichlorobenzene, Chemical Physics Chemistry 17(10): 1524-1529.
- Carattino A.J., Khatua S.K. & Orrit M.A.G.J. (2016), In situ tuning of gold nanorod plasmon through oxidative cyanide etching, Physical Chemistry Chemical Physics 18: 15619-15624.
- Verhart N.R., Navarro Perez P., Ebrahimi Pour Faez S. & Orrit M.A.G.J. (2016), Intersystem crossing rates of single perylene molecules in ortho-dichlorobenzene, Physical Chemistry Chemical Physics 18: 17655-17659.
- Carattino A.J., Keizer V.I.P., Schaaf M.J.M. & Orrit M.A.G.J. (2016), Background suppression in imaging gold nanorods through detection of anti-Stokes emission, Biophysical Journal 111(11): 2492-2499.
- Pradhan B., Khatua S.K., Gupta A., Aartsma T.J., Canters G.W. & Orrit M.A.G.J. (2016), Gold-nanorod-enhanced fluorescence correlation spectroscopy of fluorophores with high quantum yield in lipid bilayers, The Journal of Physical Chemistry Part C 120(45): 25996-26003.
- Carattino A.J., Keizer V. & Orrit M.A.G.J. (2016), Background-suppression in the detection of gold nanoparticles in cells through Anti-Stokes photoluminescence, Biophysical Journal 110(3): 486A.
- Su L., Yuan H., Lu G., Rocha S., Orrit M.A.G.J., Hofkens J. & Uji-i H. (2016), Super-resolution localization and defocused fluorescence microscopy on resonantly coupled single-molecule, single-nanorod hybrids, ACS Nano 10(2): 2455-2466.
- Yuan H., Gaiduk A., Siekierzycka J.R., Fujiyoshi S., Matsuhita M., Nettels D., Schuler B., Seidel C.A.M. & Orrit M.A.G.J. (2015), Temperature-cycle microscopy reveals single-molecule conformational heterogeneity , Physical Chemistry Chemical Physics 17: 6532-6544.
- Hou L., Yorulmaz M., Verhart N.R. & Orrit M.A.G.J. (2015), Explosive formation and dynamics of vapor nanobubbles around a continuously heated gold nanosphere, New Journal of Physics 17: 013050.
- Orrit M.A.G.J. (2015), Single-Molecule Detection and Spectroscopy. In: Andrews D.L. (red.), Biomedical Photonics, Spectroscopy, and Microscopy, Photonics Volume 4. New York, USA: Wiley.
- Orrit M., Evans G., Cordes T., Kratochvilova I., Moerner W.E., Needham L.M., Sekatskii S., Vainer Y., Faez S. & Vedral V. (2015), Quantum optics, molecular spectroscopy and low-temperature spectroscopy: general discussion, Faraday Discussions 184: 275-303.
- Cordes T., Moerner W.E., Orrit M., Sekatskii S., Faez S., Borri P., Goswami H.P., Clark A., El-Khoury P. & Mayr S. (2015), Plasmonics, Tracking and Manipulating, and Living Cells: general discussion, Faraday Discussions 184: 451-473.
- Cordes T., Moerner W.E., Orrit M.A.G.J., Needham L.M., Sekatskii S., Faez S., Goswami H.P., Clark A., Meixner A.J. & Piatkowski L. (2015), Superresolution techniques, biophysics with nanostructures, and fluorescence energy transfer: general discussion, Faraday Discussions 184: 143-162.
- Orrit M.A.G.J. (2015), Single-Molecule Chemistry is More than Superresolved Fluorescence Microscopy, Angewandte Chemie (International Edition) 54: 8004-8005.
- Faez S., Verhart N.R., Markoulides M., Buda F., Gourdon A. & Orrit M.A.G.J. (2015), Design and synthesis of aromatic molecules for probing electric fields at the nanoscale, Faraday Discussions 184: 251-262.
- Khatua S.K., Yuan H. & Orrit M.A.G.J. (2015), Enhanced-fluorescence correlation spectroscopy at micromolar dye concentration around a single gold nanorod, Physical Chemistry Chemical Physics 17(33): 21127-21132.
- Navarro P., Bocquet F.C., Deperasinska I., Pirug G., Tautz F.S. & Orrit M.A.G.J. (2015), Electron energy loss of terrylene deposited on Au(111): vibrational and electronic spectroscopy, The Journal of Physical Chemistry Part C 119(1): 277-283.
- Ebrahimi Pour Faez S., Lahini Y., Weidlich S., Garmann R.F., Wondraczek K., Zeisberger M., Schmidt M.A., Orrit M.A.G.J. & Manoharan V.N. (2015), Fast, Label-Free Tracking of Single Viruses and Weakly Scattering Nanoparticles in a Nanofluidic Optical Fiber, ACS Nano 9: 12349-12357.
- Khatua S.K., Paulo P.M.R., Yuan H., Gupta A., Zijlstra P. & Orrit M.A.G.J. (2014), Resonant Plasmonic Enhancement of Single-Molecule Fluorescence by Individual Gold Nanorods, ACS Nano 8: 4440-4449.
- Khatua S.K., Yuan H. & Orrit M.A.G.J. (2014), Enhanced-Fluorescence correlation spectroscopy at micromolar dye concentration around a single gold nanorod, Physical Chemistry Chemical Physics : .
- Orrit M.A.G.J. (2014), Nobel Prize in Chemistry: Celebrating optical nanoscopy, Nature Photonics 8: 878-888.
- Kozankiewicz B. & Orrit M.A.G.J. (2014), Single-molecule photophysics, from cryogenic to ambient conditions, Chemical Society Reviews 43: 1029-1043.
- Zijlstra P., Orrit M.A.G.J. & Koenderink F. (2014), Metal Nanoparticles for Microscopy and Spectroscopy. In: Mello Donegá C. de (red.), Nanoparticles, Workhorses of Nanoscience. Berlin: Springer Verlag.
- Navarro Perez P., Tian Y., Stee M. van & Orrit M.A.G.J. (2014), Stable Single-Molecule Lines of Terrylene in Polycrystalline para-Dichlorobenzene at 1.5 K, ChemPhysChem 15: 3032-3039.
- Tian Y., Navarro Perez P. & Orrit M.A.G.J. (2014), Single Molecule as a Local Acoustic Detector for Mechanical Oscillators, Physical Review Letters 113(13): 135505.
- Yuan H. & Orrit M.A.G.J. (2014), Temperature Cycles Unravel the Dynamics of Single Biomolecules, Biophysical Journal 106: 3-4.
- Khatua S.K. & Orrit M.A.G.J. (2014), Probing, Sensing, and Fluorescence Enhancement with Single Gold Nanorods, Journal of Physical Chemistry Letters 5: 3000-3006.
- Yu K., Sader J.E., Zijlstra P., Hong M., Xu Q.-H. & Orrit M.A.G.J. (2014), Probing Silver Deposition on Single Gold Nanorods by Their Acoustic Vibrations, Nano Letters 14: 915-922.
- Ebrahimi Pour Faez S., Molen S.J. van der & Orrit M.A.G.J. (2014), Optical tracing of multiple charges in single-electron devices, Physical Review B: Condensed Matter 90(20): 205405.
- Orrit M.A.G.J., Ha T. & Sandoghdar V. (2014), Single-molecule optical spectroscopy, Chemical Society Reviews 43: 973-976.
- Rhee P.G. van, Zijlstra P., Verhagen T.G.A., Aarts J., Knatsnelson M.I., Maan J.C., Orrit M.A.G.J. & Christianen P.C.M. (2013), Giant Magnetic Susceptibility of Gold Nanorods Detected by Magnetic Alignment, Physical Review Letters 9(111): 127202.
- Nicolet A.A.L., Kol'chenko M.A., Hofman C., Kozankiewicz B. & Orrit M.A.G.J. (2013), Nanoscale probing of charge transport in an organic field-effect transistor at cryogenic temperatures, Physical Chemistry Chemical Physics 15: 4415-4421.
- Orrit M.A.G.J. (2013), Towards a Molecular View of Glass Heterogeneity, Angewandte Chemie - International Edition in English 52: 163-166.
- Yu K., Zijlstra P., Sader J., Xu Q. & Orrit M.A.G.J. (2013), Damping of acoustic vibrations of immobilized single gold nanorods in different environments, Nano Letters 13(6): 2710-2716.
- Khatua S.K. & Orrit M.A.G.J. (2013), Toward Single-Molecule Microscopy on a Smart Phone, ACS Nano 7: 8340-8343.
- Yuan H., Khatua S.K., Zijlstra P. & Orrit M.A.G.J. (2013), Individual gold nanorods report on dynamical heterogeneity in supercooled glycerol, Faraday Discussions : .
- Yuan H., Khatua S.K., Zijlstra P., Yorulmaz M. & Orrit M.A.G.J. (2013), Thousand-fold enhancement of single-molecule fluorescence near a single gold nanorod, Angewandte Chemie - International Edition in English 52: 1217-1221.
- Hartland G., Okamoto H., Orrit M.A.G.J. & Zijlstra P. (2013), Optical studies of single metal nanoparticles, Physical Chemistry Chemical Physics 15: 4090-4092.
- Gaiduk A., Yorulmaz M.Y., Ishow E. & Orrit M.A.G.J. (2012), Absorption, luminescence, and sizing of organic dye nanoparticles and of patterns formed upon dewetting, ChemPhysChem 13: 946-951.
- Tian Y., Navarro Pérez P., Kozankiewicz B. & Orrit M.A.G.J. (2012), Spectral diffusion of single dibenzoterrylene molecules in 2,3-Dimethylanthracene, ChemPhysChem 13: 3510-3515.
- Zijlstra P., Paulo P.M.R., Yu K., Xu Q.H. & Orrit M.A.G.J. (2012), Chemical interface damping in single gold nanorods and its near elimination by tip-specific functionalization, Angewandte Chemie - International Edition in English 51: 8352-8355.
- Ruijgrok P.V., Zijlstra P., Tchebotareva A.L. & Orrit M.A.G.J. (2012), Damping of acoustic vibrations of single gold nanoparticles optically trapped in water, Nano Letters 12: 1063-1069.
- Yuan H., Xia T., Plazanet M., Deme B. & Orrit M.A.G.J. (2012), Crystallite nucleation in supercooled glycerol near the glass transition, The Journal of Chemical Physics 136: .
- Zijlstra P., Paulo P.M.R. & Orrit M.A.G.J. (2012), Optical detection of single non-absorbing molecules using the surface plasmon resonance of a gold nanorod, Nature Nanotechnology 7: 379-382.
- Cichos F. & Orrit M.A.G.J. (2012), Foreword, Chemical Physics 406: 1-2.
- Zijlstra P., Stee M. van, Verhart N.R., Gu Z. & Orrit M.A.G.J. (2012), Rotational diffusion and alignment of short gold nanorods in an external electric field, Physical Chemistry Chemical Physics 14: 4584-4588.
- Yorulmaz M.Y., Khatua S.K., Zijlstra P., Gaiduk A. & Orrit M.A.G.J. (2012), Luminescence quantum yield of single gold nanorods, Nano Letters 12: 4385-4391.
- Yuan H. & Orrit M.A.G.J. (2012), Reaction pathways from single-molecule trajectories, ChemPhysChem 13: 681-683.
- Ruijgrok P.V., Verhart N.R., Zijlstra P., Tchebotareva A.L. & Orrit M.A.G.J. (2011), Brownian fluctuations and heating of an optically aligned gold nanorod, Physical Review Letters 107(3): 037401.
- Yuan H., Xia T., Schuler B. & Orrit M.A.G.J. (2011), Temperature-cycle single-molcule FRET microscopy on polyprolines, Physical Chemistry Chemical Physics 13(5): 1762-1769.
- Gaiduk A., Yorulmaz M.Y. & Orrit M.A.G.J. (2011), Correlated absorption and photoluminescence of single gold nanoparticles, ChemPhysChem 13(5): 1536-1541.
- Orrit M.A.G.J. & Moerner W.E. (2011), High-resolution single-molecule spectroscopy in condensed matter. In: Khriachtchev L. (red.), Physics and Chemistry at Low Temperatures. Singapore: Pan Stanford Publishing Pte. Ltd..
- Yuan H., Xia T., Schuler B. & Orrit M.A.G.J. (2011), Temperature-cycle single-molecule FRET microscopy on polyprolines, Physical Chemistry Chemical Physics 13(5): 1762-1769.
- Zijlstra P. & Orrit M.A.G.J. (2011), Single plasmonic nanoparticles: optical detection, spectroscopy and applications, Reports on Progress in Physics 74: .
- Winterhalder M.J., Zumbusch A., Lippitz M.O. & Orrit M.A.G.J. (2011), Toward far-field vibrational spectroscopy of single molecules at room temperature, Journal of Physical Chemistry B 115(18): 5425-5430.
- Gaiduk A., Ruijgrok P.V., Yorulmaz M.Y. & Orrit M.A.G.J. (2011), Making gold nanoparticles fluorescent for simultaneous absorption and fluorescence detection on the single particle level, Physical Chemistry Chemical Physics 13(1): 149-153.
- Möbius M.E., Xia T., Saarloos W. van, Orrit M.A.G.J. & Hecke M.L. van (2010), Aging and solidification of supercooled glycerol, Journal of Physical Chemistry B 114: 7439-7444.
- Gaiduk A., Ruijgrok P.V., Yorulmaz M.Y. & Orrit M.A.G.J. (2010), Detection limits in photothermal microscopy, Chemical Science - hard copy 1: 343-350.
- Kulzer F.M., Xia T. & Orrit M.A.G.J. (2010), Single molecules as optical nanoprobes for soft and complex matter, Angewandte Chemie - International Edition in English 49: 854-866.
- Gaiduk A., Yorulmaz M.Y., Ruijgrok P.V. & Orrit M.A.G.J. (2010), Room-temperature detection of a single molecule's absorption by photothermal contrast, Science 330: 353-356.
- Orrit M.A.G.J. (red.) (2010), . Chemical Physics.
- Orrit M.A.G.J. (2010), Frequency jitter of a nano-emitter, Nature Photonics 4: 667-668.
- Tchebotareva A.L., Ruijgrok P.V., Zijlstra P. & Orrit M.A.G.J. (2010), Probing the acoustic vibrations of single metal nanoparticles by ultrashort laser pulses, Laser & Photonics Reviews 4: 581-597.
- Orrit M.A.G.J. (2010), Chemical and physical aspects of charge transfer in the fluorescence intermittency of single molecules and quantum dots, Photochemical & Photobiological Sciences 9: 637-642.
- Xia T., Xiao L. & Orrit M.A.G.J. (2009), Micron-sized structure in a thin glycerol film revealed by fluorescent probes, Journal of Physical Chemistry B 113: 15724-15729.
- Orrit M.A.G.J. (2009), From Langmuir-Blodgett films to single molecules, Colloids and Surfaces B: Biointerfaces 74: 396-400.
- Kolchenko M.A., Nicolet A.A.L., Galouzis M.D., Hofmann C., Kozankiewicz B. & Orrit M.A.G.J. (2009), Single molecules detect ultra-slow oscillators in a molecular crystal excited by ac-voltages, New Journal of Physics 11: 023037.
- Paulo P.M.R., Gaiduk A., Kulzer F.M., Krens S.F.G., Spaink H.P., Schmidt T. & Orrit M.A.G.J. (2009), Photothermal correlation spectroscopy of gold nanoparticles in solution, The Journal of Physical Chemistry Part C 113(27): 11451-11457.
- Orrit M.A.G.J. (2009), Nanooptics: Photons pushed together, Nature Physics 460: 42-44.
- Orrit M.A.G.J. (2009), Introductory address for the special issue on Dynamics and structure of dense molecular matter of molecular physics, Molecular Physics 107: 1843-1844.
- Orrit M.A.G.J. & Basché T. (2009), Steady light from quantum dots, at last. But how?, ChemPhysChem 10: 2383-2385.
- Tchebotareva A.L., Dijk M.A. van, Ruijgrok P.V., Fokkema V., Hesselberth M.H.S., Lippitz M.O. & Orrit M.A.G.J. (2009), Acoustic and optical modes of single dumbbells of gold nanoparticles, ChemPhysChem 10: 111-114.
- Sigl A., Scharnagl C., Friedrich J., Gourdon A. & Orrit M.A.G.J. (2008), 2-methylterrylene in hexadecane: Do we see single rotational quantum jumps of methyl groups?, The Journal of Chemical Physics 128: 044508-044516.
- Nicolet A.A.L., Hofmann C., Kol'chenko M.A. & Orrit M.A.G.J. (2008), Anthracene-based organic field-effect transistor: temperature dependence of the current-voltage characteristics, Molecular Crystallography and Liquid Crystallography 497: 218-227.
- Hofmann C., Kulzer F.M., Zondervan R., Köhler J. & Orrit M.A.G.J. (2008), Single biomolecules at cryogenic temperatures : from structure to dynamics. In: Rigler R. & Vogel H. (red.), Single Molecules and Nanotechnology. Berlin: Springer. 25-50.
- Barkai E., Brown F.L.H., Orrit M.A.G.J. & Yang H. (2008), 'Theory and evaluation of single-molecule signals'. In: Barkai E., Brown F.L.H., Orrit M. & Yang H. (red.), 'Theory and evaluation of single-molecule signals'. Singapore: World Scientific.
- Kulzer F.M., Laurens N., Besser J.C., Schmidt T., Orrit M.A.G.J. & Spaink H.P. (2008), Photothermal detection of individual gold nanoparticles: perspectives for high-throughput screening, ChemPhysChem 9: 1761-1766.
- Zondervan R., Xia T., Meer H. van der, Storm C., Kulzer F.M., Saarloos W. van & Orrit M.A.G.J. (2008), Soft glassy rheology of Supercooled molecular liquids, Proceedings of the National Academy of Sciences 105(13): 4993-4998.
- Xia T., Orrit M.A.G.J., Storm K. & Saarloos W. van (2008), Verrassend gedrag van onderkoeld glycerol boven de glasovergang, Nederlands Tijdschrift voor Natuurkunde 74(10): 340.
- Zijlstra P., Tchebotareva A.L., Chon J.W.M., Gu M. & Orrit M.A.G.J. (2008), Acoustic oscillations and elastic moduli of single gold nanorods, 8(10): 3493-3497.
- Borczyskowski C. von der, Köhler J., Moerner W.E. & Orrit M.A.G.J. (2007), Single-Molecule Electron Spin Resonance, Applied Magnetic Resonance 31: 665-676.
- Orrit M.A.G.J. (2007), Fluorescence as the choice method for single-molecule detection. In: Wolfbeis O.S. & Berberan-Santos M.N. (red.), Polymers, and Nanosystems. Berlin: Springer. 105-113.
- Dijk M.A. van, Lippitz M.O., Stolwijk D. & Orrit M.A.G.J. (2007), A Common-Path Interferometer for Time-Resolved and Shot-Noise-Limited Detection of Single Nanoparticles, Optics Express 15(5): 2273-2287.
- Orrit M.A.G.J. (2007), Quantum light switch, Nature Physics 3: 755-756.
- Cichos F., Borczyskowski C. von der & Orrit M.A.G.J. (2007), Power-law intermittency of single emitters, Curr. Opin. Colloid Interface Sci. 12(6): 272-284.
- Sigl A., Orrit M.A.G.J., Reinot T., Jankowiak R. & Friedrich J. (2007), Terrylene in hexadecane revisited: A hole burning study, The Journal of Chemical Physics 127: 084510-084517.
- Nicolet A.A.L., Bordat P., Hofmann C., Kol'chenko M.A., Kozankiewicz B., Brown R. & Orrit M.A.G.J. (2007), Single Dibenzoterrylene Molecules in an Anthracene Crystal: Main insertion sites, Chem. Phys. Chem. 8: 1929-1936.
- Zondervan R., Kulzer F.M., Berkhout G.C.G. & Orrit M.A.G.J. (2007), Local viscosity of supercooled glycerol near Tg probed by rotational diffusion of ensembles, 104(31): 12628-12633.
- Nicolet A.A.L., Hofmann C., Kol'chenko M.A., Kozankiewicz B. & Orrit M.A.G.J. (2007), Single Dibenzoterrylene Molecules in an Anthracene Crystal: Spectroscopy and Photophysics, Chem. Phys. Chem. 8: 1215-1220.
- Hofmann C. & Orrit M.A.G.J. (2006), Four-Level Optical Lineshape of a Single Molecule Coupled to a Single Tunneling Two-Level System, Journal of Physical Chemistry B 110: 18925-18932.
- Dijk M.A. van, Tchebotareva A.L., Orrit M.A.G.J., Lippitz M.O., Berciaud S., Lasne D., Cognet L. & Lounis B. (2006), Absorption and scattering microscopy of single metal nanoparticles, Physical Chemistry Chemical Physics 8: 3486-3495.
- Zondervan R., Kulzer F.M., Meer H. van der, Disselhorst J.A.J.M. & Orrit M.A.G.J. (2006), Laser-driven microsecond temperature cycles analyzed by fluorescence polarization microscopy, Biophysical Journal 90: 2958-2969.
- Nicolet A.A.L., Kolchenko M.A., Kozankiewicz B. & Orrit M.A.G.J. (2006), Intermolecular intersystem crossing in single-molecule spectroscopy: Terrylene in anthracene crystal, The Journal of Chemical Physics 124: .
- Kol'chenko M.A., Kozankiewicz B., Nicolet A.A.L. & Orrit M.A.G.J. (2005), Intersystem crossing mechanisms and single-molecule fluorescence. Terrylene in anthracene crystals, Optika i Spektroskopiya 98: 681-686.
- Lippitz M.O., Dijk M.A. van & Orrit M.A.G.J. (2005), Third-harmonic generation from single gold particles, Nano Letters 5(4): 799-802.
- Vallée R.A.L., Auweraer M. van der, Schryver F.C. de, Beljonne D. & Orrit M.A.G.J. (2005), A Microscopic Model for the Fluctuations of Local Field and Spontaneous Emission of Single Molecules in Disordered Media, ChemPhysChem 6: 81-91.
- Lounis B. & Orrit M.A.G.J. (2005), Single-photon sources, Reports on Progress in Physics : .
- Dijk M.A. van, Lippitz M.O. & Orrit M.A.G.J. (2005), Far-field optical microscopy of single metal nanoparticles, Accounts of Chemical Research 38: 594-601.
- Hofmann C., Nicolet A.A.L., Kol'chenko M.A. & Orrit M.A.G.J. (2005), Towards nanoprobes for conduction in molecular crystals: Dibenzoterrylene in anthracene crystals, The Journal of Chemical Physics 318: 1-6.
- Dijk M.A. van, Lippitz M.O. & Orrit M.A.G.J. (2005), Detection of acoustic oscillations of single gold nanospheres by time-resolved interferometry, Physical Review Letters 95(26): 267406.
- Verberk R., Chon J.W.M., Gu M. & Orrit M.A.G.J. (2005), Environment-dependent blinking of single semiconductor nanocrystals and statistical aging of ensembles, Physica E 26: 19-23.
- Lippitz M.O., Kulzer F.M. & Orrit M.A.G.J. (2005), Statistical evaluation of single nano-object fluorescence, ChemPhysChem 6: 770-789.
- Zondervan R., Kulzer F.M., Kol'chenko M.A. & Orrit M.A.G.J. (2004), Photobleaching of Rodamine 6G in Poly(vinyl alcohol) at the Ensemble and Single-Molecule Level, J. Phys. Chem. A 108: 1657-1665.
- Kulzer F.M. & Orrit M.A.G.J. (2004), Single-molecule optics, Ann. Rev. Phys. Chem. 55: 585-611.
- Orrit M.A.G.J. & Vainer Yu.G. (2004), In Memory of Roman I. Personov, Journal of Luminescence 107: 1-3.
- Verberk R. & Orrit M.A.G.J. (2003), Photon statistics in the fluorescence of single molecules and nanocrystals: Correlation functions versus distributions of on- and off-times, The Journal of Chemical Physics 119(4): 2214-2222.
- Boyer D., Tamarat P., Maali A., Orrit M.A.G.J. & Lounis B. (2003), Imaging single metal nanoparticles in scattering media by photothermal interference contrast, Physica E 17: 537-540.
- Zondervan R., Kulzer F.M., Orlinskii S.B. & Orrit M.A.G.J. (2003), Photoblinking of Rhodamine 6G in Polyvinyl alcohol: Radical Dark State Formed through the Triplet, 107: 6770-6776.
- Orrit M.A.G.J. (2003), The motions of an enzyme soloist, Science 302(5643): 239-240.
- Verberk R., Oijen A.M. van & Orrit M.A.G.J. (2002), Simple model for the power-law blinking of single semiconductor nanocrystals, PHYSICAL REVIEW B 66(233202): 1-4.
- Orrit M.A.G.J. (2002), Molecular entanglements, Science 298: 369-370.
- Caruge J.-M. & Orrit M.A.G.J. (2002), Investigations of local currents in a semiconductor by single-molecule spectroscopy, Journal of Luminescence 98: 1-5.
- Orrit M.A.G.J. (2002), Photon statistics in single molecule experiments, Single Mol. 3(5-6): 255-265.
- Boyer D., Tamarat P., Maali A., Lounis B. & Orrit M.A.G.J. (2002), Photothermal imaging of nano-meter-sized metal particles among scatterers, Science 297: 1160-1163.
- Orrit M.A.G.J. (2002), Single molecule spectroscopy: The road ahead, The Journal of Chemical Physics 117(24): 10938-10946.