Disintegrating the New Coronavirus: An Alternative Approach to Dis-integrating Coronaviruses at the Nanoscale with Nobel Prize Upgrades --Fullerene phosphonate technology route to crack coronavirus

In mid-May 2020, the Academy of Sciences, the Academy of Medical Sciences, and the Laboratory of the Comprehensive University of Science and Technology (LUSU) have unanimously determined that our team's high-tech achievements in dismantling and killing the Coronavirus COVID-19, or SARS-CoV-2, is not only world's exclusive approach, but by completely abandoning vaccine and antibody approach we have also opened a new era in our battle against viruses. By adopting an unique perspective of combining clinical medicine and nanochemical experiments, we have established a complete theoretical and practical system of electrostatic particle dissection of the viral structural integrity, which can effectively dismantle the Coronavirus. This is a systematic innovation and renovation of the application of life science and nanomaterials in the dismantling of the Coronavirus, which entails the synthesis of nanomaterials in renewable energy, the physicochemical properties of fullerenes disodium polyphosphate, and its application in eliminating viruses. We have been working incessantly on C60 and the derivatives of the 1996 Nobel Prize for more than 30 years, and more than two years ago we were able to produce the world's only oil-water compatible, non-toxic fullerene and applied for a national patent. Our high-tech innovations are able to disintegrate all kinds of coronaviruses, no matter how mutated the strains are, so that the virus cannot harm human cellular tissue, and the new cells that form are normal and excreted through the metabolism of human organs.