Kierunki badawcze Laboratorium Nanostruktur IWC PAN skoncetrowane są na charakterystyce nanomateriałów oraz możliwości zastosowania ich w medycynie, optyce, optoelektronice farmacji i kosmetyce.
Poprawna charakterystyka nanometrycznych materiałów jest niezbędna w celu określenia właściwości materiałów. Prace w tych obszarach wymagają nowoczesnego zaawansowanego sprzętu pomiarowego. Dzięki współfinansowaniu z europejskiego projektu CePT (Centre for Preclinical Research and Technology) laboratorium zakupiło takie urządzenia jak:
- analizator rozkładu wielkości cząstek oraz potencjału zeta z automatycznym systemem titracyjnym MPT-2 Zetasizer Nano ZS, Malvern
- analizator rozkładu wielkości cząstek NS500, NanoSight
- skaningowym mikroskopem elektronowym z grupy "Ultra-High-Resolution Imaging" ULTRA plus firmy Zeiss, Mikroskop jest wyposażony także w system mikroanalizy EDS firmy Bruker mod. Quantax 400  z ultraszybkim (do 300 kconts/s) detektorem o rozdzielczości energetycznej 127eV i powierzchni czynnej 30mm2 umoliwijącym dedekcję od pierwistka boru
- system do badania stabilności temperaturowej  TGA/DSC (NETZSCH, STA 449 E1 JUPITER)   sprzężony z systemem spektrometrii masowej  (NETZSCH, Gas Analitycal System QMS 403C) oraz spektroskopem FTIR (BRUKER, System TENSOR27)
- analizator lepkości DV-II+Pro BROOKFIELD
- analizator napięcia powierzchniowego  Sinterface, model BPA-1P
- analizator stabilności zawiesiń i emulsji Turbiscan Lab, Formulaction
- reaktor Mettled Toledo, OptiMax™
- Multi-parameter Instrument ProLab 2000, SI Analytics, pomiar pH, przewodności, stężenie jonów wapnia
Oprócz tego laboratorium posiada takie urządzenia badawcze jak:
- proszkowy dyfraktometr rentgenowski:  Panalytical, model X’Pert PRO  and Bruker, model D8
- analizatory gęstości, piknometr helowy Micromeritics AccuPyc II, model 1340 oraz Micromeritics AccuPyc, model 1330
- analizator powierzchni właściwej Micromeritics AccuPyc, model Gemini 2360
- skaningowym mikroskopem elektronowym Mikroskop Zeiss z emisją polową i kolumną Gemini z grupy „high resolution low energy”, z systemem mikroanalizy EDS firmy Oxford, model Link ISIS 200 z detektorem Si-Li,
Laboratorium Nanostruktur IWC PAN zajmuję się charakterystyką nanomateriałów otrzymanych przez nas zespół, jak również świadczy usługi badawcze takie jak analiza gęstości, powierzchni właściwej,  morfologii, składu fazowego, termograwitetrii nanomateriałów, napięcia powierzchniowego, lepkości, stabilności oraz wielkości nanocząstek w roztworach koloidalnych i zawiesinach.

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1. Optical oxygen sensor for safe operation in hazardous areas
2.   Optical oxygen sensor for safe operation  in hazardous areas
3. Microwave reactors for nanoparticle's synthesis
4. Bioactive GoHAP nanoparticles and their applications in medical implants technology
5. Wykorzystanie metody NTA (Nanoparticle Tracking Analysis) w ocenie wielkości krążących mikrocząstek osocza i innych płynów fizjologicznych: pułapki i triki
6. Advanced characterisation of nanomaterials according to ISO 17025 Norm

7. Microwave solvothermal synthesis of resorbable nano-HAp with controlled grain size.
8. Microwave Solvothermal Synthesis of High Quality Nanoparticles
9. Microwave Solvothermal Synthesis of Nano Zinc Oxide Nanoparticles
10. Microwave Solvothermal Technology (MSS) for nanoparticle synthesis
11. [CEPT] Solvothermal synthesis nano zinc oxide in  microwave reactor MSS2
12. [CEPT] Solvothermal synthesis and characterization of nanomaterials in the Laboratory of Nanostructures for Photonics and Nanomedicine, Center of Bio-Nanomaterials
13. Scanning Electron Microscopy Investigations and Analysis of Nanostructures
14. Novel optical oxygen sensor for life and health protection made of nano-zirconia
15. MSS synthesis of highly biocompatible nano-HAP and coating of 3D poymer scaffolds
16. Characterization of nanomaterials according to EU recommendations, on the example of ZnO nanoparticles
17. [CEPT] Nanohydroxyapatite-polylactide composites  for regenerative implants
18. [CEPT] MSS synthesis of highly biocompatible nano-HAP with properties depending on the synthesis time.
19. [CEPT] Studies of nanoparticles size distribution
20. [CEPT] Studies of solubility of nanoparticles and stability of their suspension
21. Iinvestigation of nanoparticles by DSC-TG methods accompanied by chemical analysis of emitted gas
22. Green Technology and Pilot Unit for Manufacturing of Ultra Clean Concentrated Colloids of Nano Metals
23. Presentation of the  Laboratory of Nanostructures for Photonics and Nanomedicine, Center of Bio-Nanomaterials, CePT
24. ZnO nanoparticles effect on integrity of human endothelial cells
25. Application of the Zeiss Ultra Plus scanning microscopy in bio-nanotechnology 
26. Characteristic of hydroxyapatite dense nanoceramic produced by The High Pressure Consolidation  
27. Wpływ parametrów materiałowo-technicznych na właściwości optycznego czujnika tlenu na bazie nano-ZrO₂
28. Synteza nano-ZnO przy pomocy reaktora Mettler Toledo w Laboratorium Nanostruktur dla Fotoniki i Nanomedycyny CePT.
29. Infrastruktura i specjalizacje nanotechnologii w Polsce na podstawie wyników ankiety NANOFORCE
30. Solwotermalna synteza domieszkowanego nanotlenku cynku dla projektu NanoFATE. Otrzymywanie wodnych nanozawiesin domieszkowanego tlenku cynku.
31. Nanotechnologia bezpieczna dla ludzi i przyjazna środowisku
32. Badania rozkładu wielkości cząstek i potencjału zeta w Laboratorium Nanostruktur dla Fotoniki i Nanomedycyny CePT
33. Badanie stabilności i rozpuszczalności zawiesin z nano ZnO i nano ZnO:Co otrzymanych w  Laboratorium Nanostrutur dla Fotoniki i Nanomedycyny CePT
34. Badania nanoproszków przy pomocy technik DSC-TG/ QMS-FTIR w Laboratorium Nanostruktur dla Fotoniki i Nanomedycyny CePT
35. Synthesis of highly biocompatible hydroxyapatite nanopowders
36. Nanosafety - challenge of nowadays
37. Influence of heat treatment on luminescence of ZrO₂ + Eu nanopowders
38. Solvothermal synthesis of doped nano zinc oxide for the project NanoFATE.
39. Solwotermalna synteza domieszkowanego nano tlenku cynku dla projektu NanoFATE.
40. Hydrothermal Synthesis of Zinc Oxide Nanopowders
41. Optyczny sensor tlenu na bazie nanokrystalicznego ZrO₂
42. Solvothermal synthesis of nonstoichiometric hydroxyapatite nanoparticles
43. Solvothermal synthesis of nonstoichiometric hydroxyapatite nanoparticles
44. Procedury charakteryzacji nanoproszków
45. Oferty nanoproszków - Laboratorium Nanostruktur, Instytut Wysokich Ciśnien PAN
46. Nowe mikrofalowe reaktory do syntez nanocząstek - wybrane zagadnienia badawcze i przykłady zastosowań
47. Hydrothermal Synthesis of ZnAl₂O₄ Spinel
48. Localization of rare-earth dopants in the lattice of nanocrystalline ZrO₂ - EXAFS study
49. Excitation transfer in zirconia nanocrystals and ceramics
50. Eu Luminescence in zirconia nanocrystals
51. ZnO ceramic sintering and luminescence properties
52. Synthesis of doped ZnO nanopowders in microwave hydrothermal reactors
53. Characterization of nanopowders
54. Synthesis of Al doped ZnO nanopowders and their enhanced luminescence
55. Synthesis of nanopowders in supercritical water in a continuous flow reactor
56. Doped zirconia nanopowders made in microwave – pressure reactor
57. Combining microwave and pressure techniques for hydrothermal synthesis of ZnO and ZrO₂ nanopowders doped with a range of metal ions
58. Luminescence properties of zinc oxide nanopowders doped with Al ions obtained by the hydrothermal and vapour condensation methods.
59. Surface chemistry of Pr-doped nanocrystalline zirconia
60. Mechanical property of nano-TiO2 dispersed Al65Cu20Ti15 amorphous/nanocrystalline matrix bulk composite prepared by mechanical alloying and high pressure sintering
61. Fast luminescence in ZnO structures
62. Luminescence properties of cerium doped Y₃Al₅O₁₂ nanopowders and nanoceramic
63. Yttrium-Aluminum Garnet Synthesized in the Medium of Supercritical Fluids
64. Catalytic growth by molecular beam epitaxy and properties of ZnTe-based semiconductor nanowires
65. Doping of ZnO nanopowders with Mn, Ni and Cr In an ultrasound and microwave driver hydrothermal reaction
66. Localization of rare-earth dopants in the lattice of nanocrystalline ZrO₂ - EXAFS study
67. Production of doped and non doped ceramics nanoparticles for optical applications
68. Characterization of nanocrystalline ZrO₂ doped with Rare-Earth elements synthesized via High Pressure Hydrothermal Method
69. Time-Resolved Luminescence Characteristics of Doped YAG and YAP Nanopowders
70. Morphology of Al doped Zinc Oxide Obtained using Hydrothermal and Vapour Condensation Methods
71. Optimization of conditions of preparation of YAG nanopowders for sintering of translucent ceramics
72. The influence of ZrO₂ containing 10% Eu ³⁺ on the polyurethane hard domain structure of nano-composites with luminescence properties
73. Doping of ZnO nanopowders with Mn and Cr in an ultrasound and microwave driven hydrothermal reaction
74. Investigations of phase composition and grain size distribution in Pr doped ZrO2
75. Dyfraktometryczna analiza mikro- i makro-naprężeń w spiekach i kompozytach otrzymanych pod wysokim ciśnieniem i wysoką temperaturą.
76. Morphology of Al doped zinc oxide obtained by the vapour condensation method
77. The comparison of the properties of YAG obtained by coprecipitation and SCR method
78. Accuracy of XRD size measurements of nanocrystals
79. Morphology of Al-Doped Zinc Oxide Obtained by the Vapour Condensation Methods
80. Yttria stabilized zirconia nanocrystals luminescence
81. Nanocrystalline SiC compacts obtained by sintering of laser synthesized nanopowders under extreme pressures
82. Electrical properties of nanocrystalline ZrO2 at high-pressure
83. Production and sintering of diamond particles with nanometric nickel coating
84. High-pressure Induced Structural Decomposition of RE-doped YAG Nanoceramics
85. Sintering of nanopowders under high pressure
86. Synthesis and properties of GaAs nano-composites
87. SiC-Zn nanocomposites obtained using high-pressure infiltration technique
88. Combination of ECAP and Hydrostatic Extrusion for ultra-fine grain (UFG) microstructure generation in 99.98% nickel.
89. Grain Size and Grain Size Distribution of Nanocrystalline Pr-doped Zirconia Powders Obtained in High Pressure Microwave Reactor
90. Influence of synthesis conditions on the particles size and the morphology of zinc oxide nanopowders
91. Measuring the Grain Size Distribution of Pr-doped Zirconia Nanopowders obtained by Microwave Driven Hydrothermal Synthesis
92. An FT-IR Spectroscopic Investigation of Hydroxide Groups in Nano-Crystals of ZrO2.
93. Luminescence of ZrO₂ nanocrystals
94. Nano SiC doped MgB₂ bulk superconductor with Tc over 42 K by high gas pressure annealing
95. Powder precursors for nanoceramics: cleaning and compaction
96. Investigation of the microstructure of SiC-Zn nanocomposites by microscopic methods: SEM, AFM and TEM
97. Sythesis of metal-ceramic nanocomposites by high-pressure infiltration
98. Relaxation processes in ZrO2 at high pressures
99. Luminescence of ZrO2 and ZnO nanocrystals
100. Zinc oxide nanopowders obtained by the microwave-hydrothermal route
101. Microwave driven hydrothermal synthesis of Pr-doped zirconia nanopowders
102. New hydroxyapatite based nanomaterials for potential use in medical fields
103. Correlation between high-pressure ZrO2 electrical properties and crystallite size
104. Application of High Pressure to Processing of Meat
105. Reaction Diffusion in Metallic Systems under High Pressure
106. Transformation of fractal microstructure of nanocrystalline SiC and diamond in high pressures - Small Angle Scattering Study
107. Microwave-Hydrothermal Synthesis of Nanostructured Pr-Doped Zirconia Powders
108. Luminescense of Nanosize ZrO2
109. Structure, Morphology and Luminescence Properties of Pr-doped Nanocrystalline ZrO2 Obtained by Hydrothermal Method
110. Hydrothermal Synthesis of Zinc Oxide Nanopowders with Microwaves Applications
111. Microwave Driven Hydrothermal Synthesis of Iron Oxide Nanopowders