W ostatnich latach obserwuje się niezwykłe zainteresowanie materiałami o budowie kontrolowanej w skali nanometrycznej. Przykładami tego typu materiałów są nano-proszki, materiały nano-warstwowe, nano-kompozyty, nano-ceramiki oraz nano-metale.

Podstawą rozwoju nano-materiałów stały się nowe mikroskopowe metody badania/modyfikowania ich struktury. Szczególną rolę odegrał rozwój mikroskopii sił atomowych oraz mikroskopii elektronowej.

Nano-materiały wykazują specyficzne właściwości wynikające z dużego udziału atomów „powierzchniowych” oraz w granicach międzyfazowych i między ziarnowych. Nadaje to im wysokie właściwości mechaniczne, czego przykładem są nano-stopy aluminium.

Wymiary charakterystycznych elementów budowy nano-materiałów, na przykład wielkość drobinek w nano-proszkach, jest porównywalna lub mniejsza od charakterystycznych wielkości fizycznych, (na przykład długości promieniowania świetlnego), i biologicznych (na przykład wymiary komórek). Zmienia zasadniczo funkcjonale cechy nano-materiałów, wykorzystywane, między innymi w medycynie, technologii chemicznej i opto-elektronicznej.

Postępy w rozwoju nano-materiałów nabierają charakteru nano-rewolucji. Na tym etapie dokonuje ię on przede wszystkim w tematyce badawczo rozwojowej. Nieuchronnie zbliża się jednak faza nano-rewolucji przemysłowej, czego dowodem są, między innymi, reklamy produktów wytwarzanych z udziałem na nano-materiałów.

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33. Hybrid functional applied to the study of properties of narrow and wide band gap semiconductors
34. Recrystallization and Grain Growth in Nano-structured Austenitic Stainless Steel under Electric Current Heating
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36. Grain refinement in CuCrZr by SPD processing
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38. Microscopic and surface analytical characterization of TiO₂ nanotubes produced by anodic oxidation and thermal treatment 
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40. Culture of osteoblasts on nanostructured titanium – preliminary observation
41. Electrospun polymeric fibers for cartilage regeneration
42. Biodegradable and bioabsorbable polymeric - ceramic composites for medical applications
43. Modelling of plastic deformation of nano-polycrystalline materials
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45. Optimization of the polymeric scaffolds for bone tissue engineering fabricated by rapid prototyping method
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47. Molecular statics simulation of nanoindentation on nanocrystalline copper
48. Microstructural and mechanical characterization of zirconia based composite
49. Modeling of order-disorder phase transition in intermetallic compounds
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51. Fabricationg polyurethane/calcium carbonate composite scaffold for bone tissue engineering
52. Polyurethane nano-composites with luminescence properties for optics and optoelectronics applications.
53. Tailoring mechanical properties by grain refinement and particle redistribution
54. Stochastic Approach To The Changes In The Mechanical Properties Of Nano-Crystalline Materials Induced By Grain Growth
55. Surface effect on atomic ordering in nano-layered L1₀ AB binaries: multiscale Monte Carlo Simulation
56. Characterization of nanopowders
57. Microstructure and mechanical properties of HE-treated titanium depending on its initial state
58. Influence of hydrostatic extrusion parameters on the microstructure and mechanical properties of 6082 aluminium alloy
59. The effect of grain size distribution on mechanical properties of nanometals
60. Morphological and surface analytical characterization of chemically pretreated Ti surfaces intended for biomedical applications
61. Electron microscopy studies of magnesium hydride
62. Microstructure and mechanical properties of 7475 aluminium alloy processed by SPD methods
63. Investigation of aqueous surface processes and corrosion mechanisms of Al-(Cu)-Fe-Cr quasicrystaline approximant
64. Characterization of the effects of hydrostatic extrusion on structure and surface properties of 303 austenitic stainless steel
65. The Effect of Hydrostatic Extrusion on the Corrosion Stability of Austenitic Stainless Steels
66. The Effect of Hydrostatic Extrusion on Resistance of 316 Austenitic Stainless Steel to Pit Nucleation
67. Nanomaterials in dental applications
68. Nanostructure formation in austenitic stainless steel
69. Evaluation of crystal structure and polytypism of SiC in microwave sintered diamond-SiC composite by TEM and HR-TEM
70. Hydrogen induced changes in 316L stainless steel microstructure
71. Statistical model of grain growth in polycrystalline nanomaterials
72. Repair and regeneration of osteochondral defects in the articular joints
73. Corrosion resistance of nanostructured titanium
74. Effect of surface treatment on the microstructure of TA6V
75. Predicting site occupation of Fe in B2 NiAl from ab initio computations
76. Structure and properties of polyurethane/YAG:Tb³⁺ nano-composites with luminescence properties
77. Structure and thermal properties of epoxy resins nano-composites with flame retardants
78. The influence of ZrO₂ containing 10% Eu ³⁺ on the polyurethane hard domain structure of nano-composites with luminescence properties
79. An influence of boehmite modification on the dispersion in the polyurethane matrix
80. Materials hardness estimation by simulation of the indentation process
81. Stability of second phase particles during processing by hydrostatic extrusion
82. The influence of nano - filler on microstructure homogeneity and selected properties of dental ceramic - polymer composites
83. Grain Boundary Migration in Nanocrystalline Iron
84. Thermal properties of L1₀-TiAl from first principle calculations
85. Structural stability of zirconia ceramic in water and acid solutions
86. The influence of the structure of metastable τ - phase on magnetic hysteretic properties of Мn_55.5Аl₄₄С_0.5 alloy
87. Morphology and chemical characterization of Ti surfaces modified for biomedical applications
88. Evaluation of degradation degree of dental hybrid composite used as permanent fillings
89. Optimization of particle reinforced lead-free solders
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92. Applications of quantitative image analysis to the description of the morphology of hybrid polyurea-nitryle-urethanes
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94. A hybrid atomistic-continuum finite element modelling of locally disordered crystalline structure
95. The role of the weak points in the corrosion resistance of hydrostatically extruded steel porducts
96. The size effect in strength and fracture toughness of deformation origin submicro- and nanomaterials.
97. The influence of hydrostatic extrusion on mechanical properties and tribological characteristics of an austenitic stainless steel
98. Fabrication and micro-structure characterization of Al2O3/Ni-P composites with interpenetrating phases
99. Hydrostatic extrusion of intermetallic Ti-Al layers
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105. The Influence of hydrostatic extrusion on microstructure of 6082 aluminum alloy
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107. Microstructure refinement under high plastic strain rates in hydrostatic extrusion process
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110. Formation of ultrafine gradient structure in hard magnetic alloy Fe-30%Cr-8%Co
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132. Microstructure and mechanical properties of binary Al-Li alloys processed by ECAP
133. Microstructure of the ceramic - polymer composites for dental applications
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135. Excellent Mechanical Properties of Nickel Processed by High Pressure Techniques
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137. Al2O3-Fe functionally graded materials fabricated under magnetic field
138. Professor CZOCHRALSKI - Distinguished Scientist and Inventor, Founder of the Modern Materials Science
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140. Mechanical properties nanostructured iron obtained by different methods of Severe Plastic Deformation
141. Strain localization in nanocrystalline iron after Severe Plastic Deformation
142. Non-elastic behaviours of high-porosity ceramics and ceramic-polymer composites
143. The Superplasticity of Hard Magnetic Alloy Fe-23wt.%Co-30%Cr with Submicrocrystalline Structure
144. Microstructure of Ni-P thin layers obtained by a chemical method
145. Hydrostatic extrusion and nanostructure formation in an aluminium alloy
146. Quantitative Description of Microstructure of Nano-materials
147. The Structure and Mechanical Properties of Low Carbon Low Alloy Steel Subjected to Severe Plastic Deformation
148. Studies of Ni-P Thin Films by Electroles Deposition Method
149. Stereology of Nanomaterials
150. Targeted Research Project: Metallic, Ceramic and Organic Nanomaterials: Processing - Structure - Properties - Applications
151. Materials Research in Poland