Grégory Schneider
Associate professor
- Name
- Dr. G.F. Schneider
- Telephone
- +31 71 527 2700
- g.f.schneider@chem.leidenuniv.nl
- ORCID iD
- 0000-0002-3156-4525
Graphene – a one atom thin material – has the potential to act as a sensor, primarily the surface and the edges of graphene. Gregory Schneider aims at exploring new chemical and biological sensing routes by exploiting the unique surface and edge chemistry of graphene.
More information about Grégory Schneider
PhD candidates
News
-
Dutch Research Council Open Competition grant for three projects with Leiden researchers -
Cheaper, more accurate DNA sequencing -
European grants for research on ultrathin membranes and the biological clock in bacteria -
The energy transition under the nanoscope: Gravitation funding for ANION project -
Gravitation funding for five projects with Leiden researchers
-
New carbon membrane generates a hundred times more power -
Two graphene layers lean in for a kiss
-
Transfer of graphene by molecular caging -
Travelling through the body with graphene -
European roadmap for graphene applications in science and technology -
Reading through proteins with graphene: NWO Vidi grant awarded to Dr. Grégory Schneider
Curriculum Vitae
Personal information
Nationality: French
Date of birth: 3 May 1978
Education / Work experience
2019 - now Associate professor of chemical nanoscience with ius promovendi as from February 2020
2013 - 2019 Tenure-track assistant professor of chemistry and principal investigator at Leiden University, Leiden Institute of Chemistry, Department of Supramolecular and Biomaterial chemistry since December 2013
2009 - 2013 Postdoctoral researcher at Delft University of Technology, Kavli Institute of Nanoscience, Department of Bionanoscience in the group of Prof. Dekker
2006 - 2009 Postdoctoral researcher at Harvard University, Department of Chemistry and Chemical Biology in the group of Prof. Whitesides
2002 - 2006 Graduate student in chemistry at the University of Strasbourg (formerly University Louis Pasteur), CNRS UPR22, Institute Charles Sadron, Strasbourg, France in the group of Prof. Decher
2000 - 2002 Master's diploma in Chemistry and Physics of Polymers and Surfaces at the University of Strasbourg, Institute Charles Sadron
1997 - 2000 Bachelor of Science, Physical chemistry at the University of Strasbourg
Funding
2025 Open Competition Domain Science M-2 NWO, Functionalized graphene as a H+ permeable membrane (main applicant and coordinator, with Dr. Dennis Hetterscheid, 800 k€; Schneider 400 k€)
2025 Open Technology Program NWO, Single molecule sequencing with nanojunctions at the edge of graphene (SIMONedge, main applicant and coordinator, with Prof. Jan van Ruitenbeek, total grant 1,245 k€; Schneider 830 k€)
2024 ERC-Synergy, Ultrathin two-dimensional polymer heterostructure membranes enabling unidirectional ion transport (Poly2DMembrane, co-PI, total grant 10,000 k€; Schneider 3,000 k€)
2024 Gravitation program Advanced Nano-electrochemistry Institute Of the Netherlands coordinated by Prof. Marc Koper (ANION, co-PI, total grant 23,600 k€, Schneider 200 k€)
2021 NWO Investment GROOT Liquid phase electron microscopy coordinated by Prof. Nico Sommerdijk (BIOMATEM, co-PI, total grant for the purchase of a microscope in Nijmegen 2,500 k€)
2019 OTP-TTW-STW, Controllable graphene nanogaps for single-molecule recognition, co-main applicant with Prof. dr. J. van Ruitenbeek (co-PI, total grant 978 k€, Schneider 489 k€)
2017 NWA Meten en Detecteren (co-PI, 2,200 k€; 105 k€ Schneider)
2017 ERC-Proof-of-Concept grant, NANOPORE (main applicant, total grant 150 k€, Schneider 150 k€)
2014 VIDI grant NWO SDS-PAGE at the nanoscale (main applicant, total grant 800 k€, Schneider 800 k€)
2013 ERC-Starting grant from the European Research Council (BIOGRAPHENE, main applicant, total grant 1,500 k€, Schneider 1,500 k€)
2013 EU-KBBE Development of Cost efficient Advanced DNA-based methods for specific Traceability issues and High Level On-site applications (DECATHLON, co-PI, total grant 2,700 k€, Schneider 110 k€)
Contribution to teaching and supervision
- Course for MSc Chemistry/Life Science and Technology at Leiden University: Bionanotechnology
- Course for BSc Sustainable Biotechnology and Chemistry: Chemical energy transition: From Nanoscience to Technology
Since 2013 Grégory Schneider has been the thesis supervisor of seven PhD students and is currently (November 2024) thesis supervisor of eleven graduate students. Dr. Bellunato (2019), Dr. Lima (2019), Dr. Belyaeva (2019), Dr. Jiang (2020), Dr. van Geest (2021), Dr. van der Ham (2022), Dr. Zhang (2023). University teaching qualification (BKO, 2019).
Other responsibilities since 2013
- Member (since 2022) and chair (2024) of the Programme Committee of the MSc Chemistry at the Leiden Institute of Chemistry
- Member of review panels for the Netherlands Organisation for Scientific Research (NWO), the French Research Agency (ANR), Deutsche Forschungsgemeinschaft (DFG), and the European Research Council
- Reviewer for scientific journals
Publication record including five recent representative publications
>70 papers with >10.000 citations, H-index 32 (Web of Science, October 2024)
Full publication record: Grégory Schneider - Leiden University, Grégory F. Schneider - Google Scholar
- Can, B.S., Blümel, N.V., van Geest, E.P., Makurat, M., van Ruitenbeek, J.M., Schneider, G.F., A Perspective on graphene junctions for recognition tunneling. Applied Physics Letters 2024, 124, 210501. DOI: 10.1063/5.0203315
- Zhang, W., van Dijk, B., Wu, L., Maheu, C., Tudor, V., Hofmann, J.P., Jiang, L., Hetterscheid, D., Schneider, G.F., Role of vacancy defects and nitrogen dopants for the reduction of oxygen on graphene. ACS Catalysis 2024, 14(14), 11065-11075. DOI: 10.1021/acscatal.4c01713
- Liu, X., He, M., Calvani, D., Qi, H., Sankar Gupta, K.B.S., de Groot, H.J.M., Sevink, G.J.A., Buda, F., Kaiser, U., Schneider, G.F., Power generation by reverse electrodialysis in a single-layer nanoporous membrane made from core–rim polycyclic aromatic hydrocarbons, Nature Nanotechnology 2020, 15(4), 307-312. DOI: 10.1038/s41565-020-0641-5
- Belyaeva, L.A., van Deursen, P.M.G., Barbetsea, K.I., Schneider, G.F., Hydrophilicity of graphene in water through transparency to polar and dispersive interactions, Advanced Materials 2018, 30, 1703274. DOI:
- 10.1002/adma.201703274
- Arjmandi-Tash, H., Bellunato, A., Wen, C., Olsthoorn, R.C., Scheicher, R.H., Zhang, S.L., Schneider, G.F., A zero-depth nanopore capillary for the analysis of translocating biomolecules, Advanced Materials 2018, 30, 1703602. DOI: 10.1002/adma.201703602
Presentations including five presentations at international conferences
- 2011: March, EU Commission, Graphene 2020, Invited by Marcin Sadowski, Graphene nanopores for DNA sequencing; May, TU Delft, Department of Chemical Engineering, Invited by Prof. Michiel Kreutzer, Graphene bionanoscience and engineering: Toward single molecule DNA sequencing; July, NT11 graphene satellite meeting on graphene applications, Invited by the Nobel Laureate of Physics 2010, Prof. Kostya Novoselov, Toward single molecule DNA sequencing with graphene; 2011, September, Utrecht University, Invited by Prof. Albert Philipse, Opportunities for graphene in colloidal chemistry
- 2012: June, Graphene week, Invited by LMK Vandersypen, Graphene bionanoscience: towards the detection of single-stranded DNA in crystalline graphene nanopore; September, GraphEL conference, Mykonos, GR (plenary, conference opening), Invited by Prof. Costas Galiolis, Graphene bionanoscience and engineering: detecting DNA with graphene; October, University of Mons, BE, Invited by Prof. Carla Bittencourt, Chemistry and graphene: what are the new opportunities?
- 2014: April, NanoTP conference, Nantes, FR, Invited by Prof. Chris Ewels, Graphene nanopores and biointerfaces: Sequencing biomolecules with graphene?; June, Graphene week, Gottenburg, SE (contributing), Tailoring the hydrophobicity of graphene; September, GRD-I Graphene nanotubes, Strasbourg, FR, Invited by Prof. Annick Loiseau, Graphene sensors: chemistry matters; October, IUMRS, Haikou, CN (keynote), Invited by Prof. Wang, Single molecule detection with graphene: Nanopore and beyond
- 2015: May, Noordwijk, RME Rapid methods, Invited by Dr. Kok, Graphene a next generation sequencing material?; October: NanoBioMed, Barcelona, SP, Invited by Prof. Correia, Single molecule graphene biosensors: chemistry matters; November: Science meets business, Leiden, NL, Next generation sequencing with graphene; November, TechTalks Biomaterials, Leiden, NL, Is graphene a biomaterial? November, RAFA conference, Prague, CZ, Focus session on DNA analysis; December, GRDI Graphene and carbon nanotubes, Grenoble, FR, Invited by Prof. Bouchiat Sensing with graphene beyond the Debye screening length
- 2016: October, ICLON, Leiden, “Quantum chemistry in water”; November, Rapid Methods Europe (RME), Amsterdam, NL, Invited by Dr. Kok, Zero depth pore nanocapillary: thinner than graphene; November, Ecole Nationale Supérieure de Chimie de Rennes RTC 2016, Chemical nanotechnology in Leiden: DNA sequencing with graphene, invited by Prof. Noiret; December, 2nd global conference on Nanotechnology, Las Vegas, USA, Opportunities in nanopore technologies for DNA sequencing applications, Invited by Dr. Sekha
Associate professor
- Faculty of Science
- Leiden Institute of Chemistry
- LIC/Chemical Biology
- Leist C., Makurat D.M.M., Jiao A., Liu X., Schneider G.F. & Kaiser U. (2025), Control of grain boundary formation in atomically resolved nanocrystalline carbon monolayers: dependence on electron energy, Microscopy and Microanalysis 31(1): ozae101.
- Kang X., Fu W. & Schneider F.G. (2025), Experimental strategies to fabricate mechanically exfoliated graphene sub-nanofluidic devices, Carbon 234: 120005.
- Kang X., Chen B., Geest E.P. van, Fu W., Sun L., Liu Z., Schneider F.G. & Gao J. (2025), Substrate‐tight graphene transmembrane‐nanofluidic devices, Small : 2407140 .
- Calvani D., Kreupeling B.A., Sevink G.J.A., Groot H.J.M. de, Schneider G.F. & Buda F. (2024), Covalent benzenesulfonic functionalization of a graphene nanopore for enhanced and selective proton transport, Journal of Physical Chemistry C 128(8): 3514-3524.
- Strien J. van, Makurat D.M.M., Zeng Y., Olsthoorn R.R.C.L., Schneider G.F., Slutter B.A., MacKay J.A., Jiskoot W. & Kros A. (2024), Noncovalent conjugation of OVA323 to ELP micelles increases immune response, Biomacromolecules 25(2): 1027-1037.
- Schleier D., Kamer J., Jiao A., Schneider G.F., Linnartz H.V.J. & Bouwman J. (2024), Photoprocessing of cationic triazacoronene: dissociation characteristics of polycyclic aromatic nitrogen heterocycles in interstellar environments, Physical Chemistry Chemical Physics 26(21): 15547-15558.
- Kamer J., Schleier D., Jiao A., Schneider G.F., Martens J., Berden G., Oomens J. & Bouwman J. (2024), IR spectra of cationic 1,5,9-triazacoronene and two of its cationic derivatives, Physical Chemistry Chemical Physics 26: 27912-27921.
- Nagra H.J., Kolmeijer K.E., Trindell J.A., Schneider G.F. & Mom R.V. (2024), A laboratory-based electrochemical NAP-XPS system for operando electrocatalysis studies, Vacuum 231(Part A): 113755.
- Can B.S., Blümel N.V.V., Geest E.P. van, Makurat M., Ruitenbeek J.M. van & Schneider G.F. (2024), A Perspective on graphene junctions for recognition tunneling, Applied Physics Letters 124(21): 210501.
- Anwar N., Jiang G., Wen Y., Ahmed M., Zhong H., Ao S., Li Z., Ling Y., Schneider G.F., Fu W. & Zhang Z. (2024), Evaluating the potential of two-dimensional materials for innovations in multifunctional electrochromic biochemical sensors: a review, Moore and More 1: 12.
- Guo Q., Li W., Li X., Zhang J., Sabaghi D., Zhang J., Zhang B., Li D., Du J., Chu X., Chung S., Cho K, Nguyen N.N., Liao Z., Zhang Z., Zhang X., Schneider G.F., Heine T., Yu M. & Feng X. (2024), Proton-selective coating enables fast-kinetics high-mass-loading cathodes for sustainable zinc batteries, Nature Communications 15(1): 2139.
- Geest E.P. van, Götzfried S. K., Klein D. M., Salitra N., Popal S., Husiev Y., Griend C.J. van der, Zhou X., Siegler M. A., Schneider G.F. & Bonnet S.A. (2023), A Lock-and-Kill anticancer photoactivated chemotherapy agent: this article is part of a Special Issue celebrating the 50thAnniversary of the American Society for Photobiology, Photochemistry and Photobiology 99(2): 777-786.
- Arulmozhi N., Hanselman S.R, Tudor V., Chen X., Velden D. van, Schneider G.F., Calle-Vallejo F. & Koper M.T.M. (2023), Energetics and kinetics of hydrogen electrosorption on a graphene-covered Pt(111) electrode, 3(2): 526-535.
- Zhang X., Liu T., Boyle A.L., Bahreman A., Bao L., Jing Q., Xue H., Kieltyka R.E., Kros A., Schneider G.F. & Fu W. (2022), Dielectric-modulated biosensing with ultrahigh-frequency-operated graphene field-effect transistors, Advanced Materials 34(7): 2106666.
- Jiang L., Dijk van B., Wu L., Maheu C., Hofmann J.P., Tudor V., Koper M.T.M., Hetterscheid D.G.H. & Schneider G.F. (2022), Predoped oxygenated defects activate nitrogen-doped graphene for the oxygen reduction reaction, ACS Catalysis 12: 173-182.
- Ham A. van der, Liu X., Calvani D., Melcrová A., Kozdra M., Buda F., Overkleeft H.S., Roos W.H., Filippov D.V. & Schneider G.F. (2022), Freestanding non-covalent thin films of the propeller-shaped polycyclic aromatic hydrocarbon decacyclene, Nature Communications 13(1): 1920.
- Dai Q., Hu G., Wenli L.V., Xu S., Lei S., Schneider G.F., Jiang L. & Peng Y. (2022), Near‐infrared phototransistor based on graphene/C60/PbPc heterojunction with tunable bidirectional photoresponse, Advanced Materials Interfaces 9(21): 2200116.
- Zhang X., Liu T., Boyle A.L., Bahreman A., Jing Q., Xue H., Kieltyka R.E., Kros A., Schneider G.F. & Fu W. (2022), Dielectric‐modulated biosensing with ultrahigh‐frequency‐operated graphene field‐effect transistors, Advanced Materials 34(7): 2106666.
- Strien J. van, Warmenhoven H., Logiantara A., Makurat D.M.M., Aglas L., Bethanis A., Leboux R.J.T., Rijt L. van, MacKay J. A., Schijndel J.W. van, Schneider G.F., Olsthoorn R.R.C.L., Jiskoot W., Ree R. van & Kros A. (2022), Bet v 1-displaying elastin-like polypeptide nanoparticles induce a strong humoral and weak CD4+ T-cell response against Bet v 1 in a murine immunogenicity model, Frontiers in Immunology 13: 1006776.
- Ham A. van der, Overkleeft H.S., Filippov D.V. & Schneider G.F. (2021), A three-step synthesis of 4H-cyclopenta[def]phenanthrene from pyrene, European Journal of Organic Chemistry 2021(13): 2013-2017.
- Jiang L., Deursen P.M.G. van der , Arjmandi-Tash H., Belyaeva L., Qi H., He J., Kofman V., Wu L., Muravev V., Kaiser U., Linnartz H.V.J., Hensen E.J. M., Hofmann J.P. & Schneider G.F. (2021), Reversible hydrogenation restores defected graphene to graphene, Science China Chemistry 64: 1047-1056.
- Belyaeva L.A., Tang C., Juurlink l. & Schneider G.F. (2021), Macroscopic and microscopic wettability of graphene, Langmuir 37(14): 4049-4055.
- Zhang X., Jing Q.S., Ao S., Schneider G.F., Kireev D., Zhang Z.J. & Fu W.Y. (2020), Ultrasensitive field-effect biosensors enabled by the unique electronic properties of graphene, Small 16(15): 1902820.
- Liu X., He M., Calvani D., Qi H., Sai Sankar Gupta K.B., Groot H.J.M. de, Sevink G.J.A., Buda F., Kaiser U. & Schneider G.F. (2020), Power generation by reverse electrodialysis in a single-layer nanoporous membrane made from core–rim polycyclic aromatic hydrocarbons, Nature Nanotechnology 15: 307-312.
- Arjmandi-Tash H., Lima L.M.C., Belyaeva L.A., Mukhina T., Fragneto G., Kros A., Charitat T. & Schneider G.F. (2020), Encapsulation of graphene in the hydrophobic core of a lipid bilayer , Langmuir 36(48): 14478-14482.
- Belyaeva L.A. & Schneider G.F. (2020), Liquids relax and unify strain in graphene, Nature Communications 75(2): 100482.
- Belyaeva L.A. & Schneider G.F. (2020), Wettability of graphene, Surface Science Reports 7(2): 100482.
- Deursen P.M.G. van, Koning R.I., Tudor V., Moradi M.A., Patterson J.P., Kros A., Sommerdijk N., Koster A.J. & Schneider G.F. (2020), Graphene Liquid Cells Assembled through Loop‐Assisted Transfer Method and Located with Correlated Light‐Electron Microscopy, Advanced Functional Materials 30(11): 1904468.
- Geest E.P. van, Shakouri K., Fu W.Y., Robert V., Tudor V., Bonnet S.A. & Schneider G.F. (2020), Contactless spin switch sensing by chemo-electric gating of graphene, Advanced Materials 32(10): 1903575.
- Zhang X.Y., Deursen P.M.G. van, Fu W.Y. & Schneider G.F. (2020), Facile and ultraclean graphene-on-glass nanopores by controlled electrochemical etching, ACS Sensors 5(8): 2317-2325.
- Arjmandi-Tash H., Deursen P.M.G. van, Bellunato A., Sere C. de & Schneider G.F. (2020), Supramolecular multilayered templates for fabricating nanometer-precise spacings: implications for the next-generation of devices integrating nanogap/nanochannel components, ACS Applied Nano Material 3(11): 10586-10590.
- Deursen P.M.G. van, Tang Z., Winter A., Mohn M.J., Kaiser U., Turchanin A.A. & Schneider G.F. (2019), Selective ion sieving through arrays of sub-nanometer nanopores in chemically tunable 2D carbon membranes, Nanoscale 11(43): 20785-20791.
- Bellunato A. & Schneider G.F. (2018), Electrophilic radical coupling at the edge of graphene, Nanoscale 10(25): 12011-12017.
- Prydatko A., Belyaeva L., Jiang L., Macedo Coelho Lima L.M.C. & Schneider G.F. (2018), Contact angle measurement of free-standing square-millimeter single-layer graphene, Nature Communications 9: 4185.
- Belyaeva L., Deursen P.M.G. van, Barbetsea K.I. & Schneider G.F. (2018), Hydrophilicity of graphene in water through transparency to polar and dispersive interactions, Advanced Materials 30(6): 1703274.
- Bijoyendra B., Shahidzadeh N., Himanshu M., Belyaeva L., Schneider G.F. & Bonn D. (2018), Wetting of water on graphene nanopowders of different thicknesses, Applied Physics Letters 112: 151606.
- Macedo Coelho Lima L., Arjmandi Tash H. & Schneider G.F. (2018), Lateral Non-covalent Clamping of Graphene at the Edges Using a Lipid Scaffold, ACS Applied Materials and Interfaces 10(13): 11328–11332.
- Belyaeva L., Deursen P.M.G. van, Barbetsea K.I. & Schneider G.F. (2018), Hydrophilicity of Graphene in Water through Transparency to Polar and Dispersive Interactions, Advanced Materials 30(6): 1703274.
- Bellunato A., Vrbica S., Sabater Piqueres C., Vos E.W. de, Fermin R., Kanneworff K.N., Galli F., Ruitenbeek J.M. van & Schneider G.F. (2018), Dynamic tunneling junctions at the atomic intersection of two twisted graphene edges, Nano Letters 18(4): 2505-2510.
- Jiang L., Fu W., Birdja Y.Y., Koper M.T.M. & Schneider G.F. (2018), Quantum and electrochemical interplays in hydrogenated graphene, Nature Communications 9: 793.
- Arjmandi Tash H., Bellunato A., Wen C., Olsthoorn R.R.C.L., Scheicher R.H., Zhang S.L. & Schneider G.F. (2018), Zero-Depth Interfacial Nanopore Capillaries, Advanced Materials 30(9): 1703602.
- Fu W., Jiang .L, Geest E.P. van, Macedo Coelho Lima L. & Schneider G.F. (2017), Sensing at the Surface of Graphene Field-Effect Transistors, Advanced Materials 29(6): 1603610.
- Arjmandi-Tash H., Lebedev N., Deursen P.M.G. van, Aarts J. & Schneider G.F. (2017), Hybrid cold and hot-wall reaction chamber for the rapid synthesis of uniform graphene, Carbon 118: 438-442.
- Arjmandi Tash H., Jiang L. & Schneider G.F. (2017), Rupture index: A quantitative measure of sub-micrometer cracks in graphene, Carbon 118: 556-560.
- Fu W., Dijkman T.F. van, Macedo Coelho Lima L., Jiang F., Schneider G.F. & Bouwman E. (2017), Ultrasensitive Ethene Detector Based on a Graphene-Copper(I) Hybrid Material, Nano Letters 17(12): 7980-7988.
- Kong L., Poulcharidis D., Schneider G.F., Campbell F. & Kros A. (2017), Spatiotemporal Control of Doxorubicin Delivery from “Stealth-Like” Prodrug Micelles, INTERNATIONAL JOURNAL OF MOLECULAR SCIENCES 18(10): 2033.
- Fu W., Jiang L., Geest E.P. van, Macedo Coelho Lima L. & Schneider G.F. (2017), Sensing at the surface of graphene field-effect transistors, Advanced Materials 29(6): 1603610.
- Belyaeva L., Fu W., Arjmandi Tash A. & Schneider G.F. (2016), Molecular caging of graphene with cyclohexane: transfer and electrical transport, ACS Central Science 2(12): 204-209.
- Bellunato A., Arjmandi Tash H., Cesa Y. & Schneider G.F. (2016), Chemistry at the edges of graphene, Chemical Physics Chemistry 17(6): 785-801.
- Arjmandi H., Belyaeva L. & Schneider G.F. (2016), Single molecule detection with graphene and other two-dimensional materials: nanopores and beyond, Chemical Society Reviews 45(3): 476-493.
- Dijkman T.F. van, Bouwman E., Fu W. & Schneider G.F. (2016), A device for the highly sensitive detection of a gaseous analyte (patent no. PCT/EP2016/052941). Leiden University. [patent].
- Macedo Coelho Lima L., Fu W., Jiang L., Kros A. & Schneider G.F. (2016), Graphene-stablized lipid monolayer heterostructures: a novel biomembrane superstructure, Nanoscale 8(44): 18646-18653.
- Heerema S., Schneider G., Rozemuller M., Vicarelli L., Zandbergen H. & Dekker C. (2015), 1/f Noise in Graphene nanopores, Nanotechnology 26(7): 074001.
- Ferrari A.C., Bonaccorso F., Falko V., Novoselov K.S., Roche S., Bøggild P., Borini S., Koppens F.H., Palermo V., Pugno N., Garrido J.A., Sordan R., Bianco A., Ballerini L., Prato M., Lidorikis E., Kivioja J., Marinelli C., Ryhänen T., Morpurgo A., Coleman J.N., Nicolosi V., Colombo L., Fert A., Garcia-Hernandez M., Bachtold A., Schneider G.F., Guinea F., Dekker C., Barbone M., Sun Z., Galiotis C., Grigorenko A.N., Konstantatos G., Kis A., Katsnelson M., Vandersypen L., Loiseau A., Morandi V., Neumaier D., Treossi E., Pellegrini V., Polini M., Tredicucci A., Williams G.M., Hong B.H., Ahn J.H., Kim JM., Zirath H., Van Wees B.J., Van der Zant H., Occhipinti L., Di Matteo A., Kinloch I.A., Seyller T., Quesnel E., Feng X., Teo K., Rupesinghe N., Hakonen P., Neil S.R., Tannock Q., Löfwander T. & Kinaret J. (2015), Science and technology roadmap for graphene, related two-dimensional Crystals and hybrid systems, Nanoscale 7(11): 4598-4810.
- Perez-Garza H.H., Kievit E.W., Schneider G.F. & Staufer U. (2014), Highly strained graphene ssamples of varying thickness and comparison of their behaviour, Nanotechnology 25(46): 465708.
- Garza H.H.P., Kievit E.W., Schneider G.F. & Staufer U. (2014), Controlled, Reversible, and Nondestructive Generation of Uniaxial Extreme Strains (> 10%) in Graphene, Nano Letters 14(7): 4107-4113.
- Schneider G.F., Xu Q., Luik S., Hage S., Spoor J.N.H., Malladi S., Zandbergen H.W. & Dekker C. (2013), Tailoring the surface chemistry and hydrophobicity of graphene nanopores, Nature Communications 4: 2619.
- Schneider G.F., Xu Q., Hage S., Luik S., Spoor J.H.N., Malladi S., Zandbergen H. & Dekker C. (2013), Tailoring the hydrophobicity of graphene for its use as nanophores for DNA translocation, Nature Communications 4: 2619.
- Xu Qiang, Wu Meng-Yue, Schneider Gregory F., Houben Lothar, Malladi Sairam K., Dekker Cees, Yucelen Emrah, Dunin-Borkowski Rafal E. & Zandbergen Henny W. (2013), Controllable Atomic Scale Patterning of Freestanding Monolayer Graphene at Elevated Temperature, ACS Nano 7(2): 1566-1572.
- Kekicheff Patrick, Schneider Gregory F. & Decher Gero (2013), Size-Controlled Polyelectrolyte Complexes: Direct Measurement of the Balance of Forces Involved in the Triggered Collapse of Layer-by-Layer Assembled Nanocapsules, Langmuir 29(34): 10713-10726.