1. MULTI-PURPOSE AEROSPACE VEHICLE
AIRCRAFT LIKE OPERATIONS USING CONVENTIONAL RUNWAYS
EXTENSIVE REUSABILITY (MORE THAN 100 TIMES)
HIGHER PAYLOAD EFFICIENCY (5 TIMES OF CURRENT LAUNCHERS)
DRASTICALLY LOWER LAUNCH COST (1/50TH OF THE CURRENT COST)
FEATURES
HYPERPLANE
PAYLOAD FRACTION (% OF LAUNCH WT)

2. GOD’S OWN CREATION OF NANO MATERIALS
Source: Coloration strategies in peacock feathers Jian Zi, Xindi Yu, Yizhou Li, Xinhua Hu, Chun Xu, Xingjun Wang, Xiaohan Liu and Rongtang Fu (Fudan University), China
Source : Nature

3. BIOLOGICAL MOLECULAR COMPLEXITY
Point-like Molecules
Bio-Macro Molecules
Self Assembling Organisations
Cellular Nets (Organisms)
Atoms
Cells
Drexler Assembler Arm
2596 Atoms
Plants Animals
DNA
Stewart Platform Atoms
E.Coli
Bacterium
Red Blood Cell
Proteins
Lab-On-a-Chip X X
Dimers
Clusters
Assemblies
Increasing Complexity
Buckeyballs
Nucleic Acid
Dendrons
Dendrimer Polymers & Infinite
(Dendritic Architectures)
Branch Cells
Non Bio Molecular Complexity
Protons, etc.
H2O
Monomers
Atoms
Nanometers .1 1 10
100
1000
10000
100000
106
107
108
Angstrom
Micron
Centimeter
Sub-Pico
Pico
Sub-Nano
Nanoscopic
Sub-Micro
Micro
Macro
Visible to the Eye
2x109 nm (2,000,000,000) = Tall Human

4. CARBON NANOTUBES REINFORCED ADVANCED COMPOSITES
Nanoreinforcement
Process control
Characterization
Matrix Selection
Mechanical strength
Compatibility
Acid based dispersion
carbon nanofibre
Composite
Reinforcements
Light weight materials
Conductive polymers
Radar absorbing
materials
Polymer matrix on carbon nanotubes
Composite

5. NANO COMPUTERS - THE NEXT GENERATION COMPUTERS
ADVANTAGES
Low Power & Cost
Long retention of molecular memory
Excellent Elect. Performance
MOLECULAR SWITCH
MOLECULAR CIRCUIT
100Gb/in2
NANO CELL
“CROSS-BAR” MEMORY
500Gb/in2
RADICALLY FASTER & CHEAPER TO BUILD ASSEMBLY
ULTRA-DENSE
NANO COMPUTER MEMORY
1 Tb/in2
10 Tb/in2