Mainindex of Fractal Research and Fractal products

Index of
Fractal Research and Fractal Products

1. Make your choice out of undermentioned possibilities:
0. Prototype artificial blood vessel, made by Jules Ruis d.d. June 2007
1. The first artificial 3D fractal tree, made by Jules Ruis d.d. december 2002
2 Survey of Fractal Research and Fractal Products (Jules Ruis)
3. Fractal Design Cycle (Jules Ruis.)
4. Research Concept Fractal Nanotechnoloy
6. Ten Technologies of New Sciences: number 4 Fractal Models (Businessweek)
7. To the Periodic Table of all Chemical Elements (copyright Lenntech, The Netherlands)
9. The Once and Future Nanomachine (Scientific America d.d. September 2001)
10. Bridging the gap with Bioelectronics (New Scientist d.d. 18th March 2002)
11. Molecules go with the glow (Nature, Materials Update d.d. 4th April 2002)
12. Toward Complex Matter: Supramolecular Chemistry and Self-organization
13. Prof.dr. Brynn Hibbert (UNSW): Electrodeposited Fractal Growth
14. Growing organic (Nature 2001)
15. Artificial Leaves
16. Dissecting fractal in nature
17. Levels of Aging (like Nested Dolls)
18.1. Powers of Ten 1 (from atom till universe)
18.2. Powers of Ten 2 (from atom till universe)(VPRO Noorderlicht)
18.3. Powers of Ten 3 (from atom till universe)(direct video)
18.4. Powers of Ten, further explanation and examples
19. Examples of fractal patterns at various spatial scales
20. Marc-Olivier Coppens Research TU Delft: NICE: Nature-Inspired Chemical Engineering
21. Fractal Language of DNA (Dr. Andras Pellionisz)
22. FractoGene Design-Tool for Protein-Based Self-Assembling Nanostructures, Materials and Applications (2003, Dr. Andras Pellionisz)
23. Fractal Analysis of mitochondrial DNA sequence data (by Cheryl Lynn Berthelsen)
24. The Fractal Structure of mitochondrial DNA (Nestor N. Oiwa, James A. Glazier, 8 Febr. 2002)
25. Examples of Fractal structure of DNA by Jules Ruis
26. Molecular Complexity and Fractal Dendrimer
27. TNA: artificial variants of DNA (Nature d.d. 7 february 2003)
28. New state of matter (New Scientist d.d. 8 Octobre 2003)
29. Rapid prototyping using fractal geometry (S.C.SOO and K.M.Yu)
30. Fractal growth modeling of electrochemical deposition in solid freeform fabrication (Jack G. Zhou, Zongyan He and Jian Guo)
31. Fractals add new dimension to electronics
31.1. Inkjet printing creates tubes of living tissue (22 January 2003)
31.2. Charleston scientists use desktop printers to produce three-dimensional structures of living tissue (22 January 2003)
32. Biomedical Engineering Application of Rapid Prototyping
33. Fractal Speech Processing (book available from March 2004)
34. DNA assembles nanotube transistors (TRN News d.d. 20 November 2003)
35. Research project Canada: Fractal models of drug distribution in the body (5 January 2004)
36. Research project Canada: Fractal Pharmaco-Kinetics in the Liver (5 January 2004)
37. Fractal Properties of the Liver (BioMedical Data Processing Group (BMDPG), Regensburg, Germany)
38. A Fractal DNA-assembly; CODING AND GEOMETRICAL SHAPES IN NANOSTRUCTURES (Alessandra CARBONE and Nadrian C. SEEMAN )
39. Nano Patterning for Manufacturing (Scientific American, March 2004)
40. Technology Research News (www.trnmag.com)
41. Silicon Branches out (Update Material Nature, 15 April 2004)
42. Nanotechnology and fractal computing
43. Fractal Material Science: a new direction in Materials Science
44. Ancient Life Form May Help Create New Technology
45. Design of jewelry for the industry using fractal geometry
46. Comparison of Emerging Manufacturing Concepts (Fractal Factory)
47. Manufacturability of Fractal Geometry (Materials Science Forum 2004)
48. Effect of Fractal-Matrix Resonators on the Properties of Thin Copper Films
49. Tissue Engineering using Fractal Geometry (University of Pisa, Italy)
51. UC Santa Barbara Researchers discover living nanoscale 'necklace' (8 november 2004)
52. Close or far, many networks look the same (Nature, 29 January 2005)
53. Fractal Miniaturization in RF an microwave networks (Fractus Company)
54. Inkjet print human cells ( 23 March 2005)
55. Using Biology to Create Complex Patterns (december 2004, PLOS Biology)
56. Programmed DNA forms fractal (6 April 2005, Technology Research News)
57. FRACTALS ADD NEW DIMENSION TO STUDY OF TINY ELECTRONICS
58. Living-3D microfrabricated Scaffolds for the Replacement of Vital Organ Function
59. Mechanochemical Basis of Cell and Tissue Regulation
60. Tissue Engineering and Organ Micro Fabrication Laboratory
61. Jeroen Rouwkema (en anderen): Engineering Vascularized Sceletal Muscle Tissue (Nature, Biotechnology d.d. 19 june 2005)
62. Waliszewski P, Konarski J.: Tissue as a Self-organizing System with Fractal Dynamics
63. Arterial Branching within the Confines of Fractal L-System Formalism
64.From New Scientist: Researchers have high hopes of building an artificial liver
65. Link to Hyperbranch (fractal-like) Medical Technology (Fractal Biodendrimers) In Dutch: Fractale Dendrimeren / Biodendrimeren
66. Fun with Fractals and Designer Dendrimers
67. Abstracts of 2005 meeting Tissue Engineering of Blood Vessels
68. 3D Photonic Fractals of Dielectric and Metal Media (Menger Sponge)
69. Creating Mathematical Museum by George W. Hart (Winter 2005)
70. Fractal Geometry and its Applications in the Field of Construction (summer 2005) (Buser/Tosan/Weinand, Universite de Lyon)
71. Controlling Robots with Fractal Gene Protein Regulatory Networks (by Peter J. Bentley, 2006)
72. Ion Conductive Actuator (Fractal Actuator) (Eamax Japan, 2006)
73. TRN's Top 10 Technologies 2005
74. First Synthetic Nanoscale Fractal Molecule (Ohio University and Science) 11 May 2006
75. Article of George Newkome in Science d.d. 11 May 2006 Nanoassembly of a Fractal Polymer: a Molecular Sierpinski "Hexagonel Gasket"
76. Construction of Julia Fractal like Synthetic Nanoscale Fractal Molecule
77.1. Rapid Prototyping for fractal design
77.2. Toolpath generation for layer manufacturing of fractal objects
78. Print me a heart and set of arteries
79. Engineers build DNA 'Nanotowers' with enzyme tools
80. Issues for Tissue Engineering by Direct-Write Technologies
80.1. MAPLE DW: Rapid Prototyping of Living Biological systems by Direct Write
80.2. MAPLE DW introduction by Douglas B. Chrisey (Naval Research Laboratory, Washington)
81. Tissue Geometry Plays Crucial Role in Breast Cell Invasion
82. Bio-ink printer makes stem cell differentiate (december 2006)
83. Desktop Fabricator may kick-start home revolution (09 January 2007)
84. Howard Georgi proposes theory of Unparticle Physics (June 2007)
85. Microfabriaction of artificial tissues: state of the art and future opportunities
86. Blood vessels in rats made from stem cells
87. Fractal Analysis of the vascular Tree in Human Retina
88. Quantifying the genetic influence on mammalian vascular tree structure
89. Scientists a step nearer to Creating Artificial Life (10 September 2007)
90. Self-assembly and Fractal Feature of Chitosan and Its Conjugate with Metal Ions: Cu (II) / Ag (I) (d.d.2007)
91. Cell-squirting needles could 'weave' new organs(14 oktober 2007)
92. Research team makes progress toward 'printing' organs (7 November 2007)
93. Quantitative evaluation and modeling of two-dimensional neovascular network complexity: the surface fractal dimension
94. Small dipeptide nanorods form attractive fractal patterns
95. Printing Healthy Cells Onto Wounded Flesh (April 10, 2010)
95. Nature: Will Fractals Revolutionize Physics, Biology and Other Sciences? (August, 2010)
96. Scientists discover fractal pattern in Scotch tape (November, 2010)
97. Scale Relativity and Fractal Space-Time (December, 2010)
98. Fractal Geography of the Riemann Zeta Function by Chris King (March, 2011)
99. Researchers create novel fractal nano-antennas (March, 2011)
100. University of Oregon physicist discovers fractal vision (May, 2011)
101. University of Oregon physicist to design fractal vision devices (May, 2011)
102. First Synthetic Organ Transplant (July, 2011)
103. UCL technology used in windpipe transplant (July, 2011)
104. 3D printer used to make bone-like material (November, 2011)
105. How to print 3D microstructures in seconds (September, 2012)
106. Metamaterials and Antennas Leverage Fractal Advantage
107. Role of Fractal Patterns on New Materials for Solar Energy Applications: Inorganic Clusters, Films and Fractal Geometry Simulations (by Richard P. Tayler and others)
108. Nature inspired solar cells based on tiny fractals might lead to improved efficiency
109. Trees, Fractals and Solar Power
110. Illinois Doctor is Building a Library of 3D Printable Hearts (May 2014)
111. Major 3D Printed Organ Breakthrough: Vascular Networks Achieved (June 2014)
112. Applications of fractal geometry in tissue engineering and biofabrication (July 2014)
113. An essential step towards printing living tissues (July 2014)
114. Growing a blood vessel in a week (October 2014)