Nano Molecular‐Platform: A Protocol to Write Energy Transmission Program Inside a Molecule for Bio‐Inspired Supramolecular Engineering

Abstract

In a coded self‐assembly, a simple code is written in the molecule, which self‐assembles the molecules into a fractal like structure, which acts as a seed for the next step. As the molecule turns into a complex seed, the code transforms into another form and several seeds self‐assemble into another structure, which acts as a seed for the next step. Until now, this technology was considered as a prerogative of nature. Here, a dendritic network is used to write a basic code by synthetically attaching 32 molecular rotors and doping two controller molecules in its cavity. The code live, which is an energy transmission path in the molecule, is imaged. When the energy transmission path or code is triggered, a series of products generate one after another spontaneously. Two examples are: i) dendritic seed (5–6 nm)→paired nanowire (≈12 nm)→nanowire (≈200 nm)→microwire (500 nm)→wire like rod (1–2 μm)→jelly→rectangular sheet (5 μm). ii) dendritic seed→nano‐sphere (20 nm)→micro‐sphere (500 nm)→large balls(1 μm)→oval shape rod (5–10 μm)→Y, L or T shaped rod assembly. The energy level interactions are tracked using spectroscopy how exactly a directed energy transfer code generates multi‐step synthesis from nano to the visible scale.

Design and Construction of a Brain-Like Computer: A New Class of Frequency-Fractal Computing Using Wireless Communication in a Supramolecular Organic, Inorganic System

“…Now, by trial and error in the design, we make sure that the seeds assemble and forms a new structure that has the triplet resonance band in the next frequency range. Recently we have synthesized such a material [42], at higher assembly levels (shape is large) the shape may appear like fractal antenna [43].…”

“…Note that this brain jelly would be poured into the cortex domain of the completely organic brain architecture shown in Figure 20b. Recently, we have succeeded in self-assembling such an architecture, where a 7 nm organic molecular seed expands to another seed of 20 nm, which then is automatically coupled with several others to trigger another self-assembly of helical nanowire [42]. The schematic of the entire synthesis process is shown in Figure 1b.…”

In-vivo & in-vitro toxicity test of molecularly engineered PCMS: A potential drug for wireless remote controlled treatment

“…For years, we are developing PAMAM dendrimers (>G3.5) based chemically inert and purely physical analogue [ 7 , [25] , [26] , [27] , [28] ] to the existing chemical drugs, —wirelessly operated by an electromagnetic antenna like remote controller located outside the body. The purely organic device is designed in such a way that it would not release any chemical in the body but physically interact with the target biomolecule in the infected parts with the vibrations in a molecularly precise manner.…”

“…The purely organic device is designed in such a way that it would not release any chemical in the body but physically interact with the target biomolecule in the infected parts with the vibrations in a molecularly precise manner. The organic supra-structure [ [25] , [26] , [27] , [28] ], thus developed is, approx. 8 nm in size and if an antenna triggers its multiple vibrational modes remotely [ [28] , [29] , [30] , [31] ], it can generate various kinds of oscillations in the proximity areas of the target molecule.…”

“…We edited the several surface groups of PAMAM by attaching a variable number of molecular rotors [ [25] , [26] , [27] , [28] , [29] , [30] , [31] ] to balance the adoptability and toxicity as well as to support the vibrational tuning. The resultant dynamics of a rotor attached PAMAM changes dramatically the high number of dipole-dipole interactions with the neighboring rotors & the proteins.…”