Prof Richard E. Smalley
Rice University, Houston
Prof Robert F. Curl Jr
Rice University, Houston
Prof Sir Harold W. Kroto
University of Sussex
A fullerene is an allotrope of carbon whose molecule consists of carbon atoms connected by single and double bonds so as to form a closed or partially closed mesh, with fused rings of five to seven atoms. In form of a hollow sphere, ellipsoid or tube.
In 1996, three scientists, Richard E. Smalley - an American, Robert F. Curl - an American và Harold W. Kroto - a British received the Nobel Prize in Chemistry for their Discovery of Fullerenes. The presenter of the Nobel noted that the discovery of fullerenes has implications for all the natural sciences.
Since 1999, we started to study, through more than 3,000 tests, until May, 2015, we was successful in producing fullerenes in the laboratory.
Then, we continued to study to produce of machinery systems for industrial production, until Sep, 2016 we have successfully researched the production processes and systems of production machinery at the industrial scale, output products equally.
A small magnetic change can make a major difference to an electrical current. This is the basis of a responsive sensor that uses giant magnetoresistance. This effect opened the door for a completely new development in electronics, spintronics, and has in the last decade revolutionized techniques for scanning data on hard disks.
Endohedral metallofullerene has a novel molecule structure that consists of carbon atoms connected by single and double bonds so as to form a closed mesh with diamagnetic metal atoms encapsulated. Thus, endohedral metallofullerene can create the Giant Magnetoresistance - Spintronic that the Nobel Prize in Physics 2007 was awarded jointly to Albert Fert - a French and Peter Grünberg - a German "for the discovery of Giant Magnetoresistance."
Since November 2016, biological application was experimented to treat patients of cancer, HIV infection and many other severe diseases. Patients are wholly votuntary to take. The results are very active. Hundreds of patients were rescued. Many cancer patients were completely negative for K-cells.
With scientific, verifiable and clinical proofs, the successful rate for anti-aging, anti-virus, anti-diseases, anti-cancers after using our Endo Fullerene product is more than 70%.
Our innovative “method and equipment system for production of fullerenes” was awarded for one of the best inventors in Viet Nam and on the world:
The Institute of Materials Science, Vietnam Academy of Science and Technology applied an analytical method - Transmission Electron Microscopy (TEM) in 2016.
Test results showed that the allotrope of carbon is in the sphere shape but not indicated the atom type trapped inside it. So we just knowed that is a carbon is fullerenes.
Based on the test results, we could exactly determine this is the spherical allotrope of nano carbon buckminsterfullerene, sizes are from 50.0nm to 500.0nm. This is a big dimension, There are very few companies on the world that can produce such a big dimension.
With this structure and size, according to our production method and equipment system, the number of carbons can contain up to 1000 carbon atoms in a crystal, but not only C60 or C70.
Quantum clock, CPU
Superconductor – Change the world
Endo fullerene contains positive and negative electrical charges, shows strong performance in electron donor-acceptor systems and high applicability, such as:
- Photovoltaics: usefulness in photovoltaic devices, photoelectric devices, organic electronics, photo catalysis, electrochemical materials, doping impurity for conductive polymer films, gas sensors and superconductors.
- Fullerene-based Polymeric Materials
- Hydrogen Storage
- Energy Materials:
+ Super capacitors
+ High - performance lithium ion batteries
+ Super conductor materials
- Reinforced Composites: enhance the mechanical properties of infrastructure materials.
ENOUGH HIGH QUALITY STANDARD FOR VARIOUS APPLICATIONS
THOUSANDS CHEAPER THAN THE CURRENT PRICE ON THE WORLD
Standard Lab of ALS Group-USA tested the atom types trapped inside in allotrope of carbon fullerene in our nano carbon sample in 2017.
Test results showed that Carbon occupies 78.91wt%; Nitrogen occupies 3.64wt%. The rest is gas elements, bimetallic elements and metal elements. Among the metal elements, there are 05 diamagnetic metal elements. Especially, Molybdenum helps carbon atom bonding-structure be super hard, even much harder than diamond.