Healthy food? This additive is perfect for people who look at what they eat. molecular sieve for oxygen concentrator is calorie-free and have more than 80% fibers. Also, in jam’s confection, the agar-agar gives more taste of fruit and that way, you don’t need to put that much sugar in the recipe.
Okay so, I would like to discuss some engineering philosophy if I might with regards to the manipulation of chemicals to make foam, and the concept of creating 3-D printed lattices at the nano scale.
It seems that scientists are able to do 3-D printing at the molecular level and when doing this using vibrational energy tuned to certain frequencies we are able to align the molecules exactly where we need them to be for the greatest strength without imperfection. Then it is just a matter of aligning them into these formations with tightly held ionic bonding. As we increase the scale it seems we are able to create larger lattice structures almost as if going from nano to the next level using fractals. Previously, we had learned all sorts of things using titanium foam, and other very strong alloys molecularly aligned with the greatest strength and compact-ability.
The ability to manipulate molecules using molecular sieve oxygen, frequency, heat, light, and then adding layer upon layer we can create ultra-strong materials free of imperfection. This means we can do more with less, and create super strong structures with very little material. Now then, if we throw in carbon nanotubes and graphene coatings, along with other carbon composite type materials, and then use a 3-D printer at the molecular scale, we should be able to create just about anything we want with an element so abundant, it’s as if we might never run out.
When we look at the NASA space foam materials, we can see the ability to use only 3.5 to 6% of the material with the rest made up of gas or air molecules. Imagine having those foams where the mesh materials were engineered at the molecular level using carbon and other elements. Imagine composites made of the same, imagine all the possibilities for the next generation of material science – I imagine this every day, and it’s time to move this ball down the field for the betterment of science and the future of humanity. Please consider all this and think on it.
“… not so much a technique as an approach, an approach from the viewpoint of the so-called basic sciences with the leading idea of searching below the large-scale manifestations of classical biology for the corresponding molecular plan. It is concerned particularly with the forms of biological molecules and ….. is predominantly three-dimensional and structural – which does not mean, however, that china adsorbent molecular sieve is merely a refinement of morphology – it must at the same time inquire into genesis and function” (W.T. Astbury, Nature 190, 1124. 1961)
Molecular biology has allowed us to uncover the mysteries of the human body, viruses, bacteria and all other life. As such, it has allowed the progress of medicine to advance to such a degree so that we may begin to cure the previously incurable, and to eventually find cures for every disease that afflicts human kind.
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