The Rise of a New Age of Biowarfare
Taking a deeper look into the deaths and arrests of Chinese-American scientists and researchers and the work they were involved with. How is it all connected and what could this mean for humanity?
Back in May of 2020 we saw reports of a man named Bing Liu who had been killed in what police were calling a murder-suicide. He was a Chinese-born American scientist and Assistant Research Professor in the Computational & Systems Biology Department at the University of Pittsburg.
The research assistant professor, identified as Bing Liu, was found in his townhouse Saturday with gunshot wounds to the head, neck, torso and extremities, according to the Ross Police Department.
Investigators believe an unidentified second man, who was found dead in his car, shot and killed Liu in his home before returning to his car and taking his own life.
Police believe the men knew each other, but say there is “zero indication that there was targeting due to his (Liu) being Chinese,” according to Detective Sgt. Brian Kohlhepp.
-Carma Hassan and Rebekah Riess, CNN
Image Credit: University of Pittsburgh
According to reports, Bing was “on the verge of making very significant findings toward understanding the cellular mechanisms that underlie SARS-CoV-2 infection and the cellular basis of the following complications.”
Interestingly enough, back in August of this year a similar incident occurred at University of North Carolina at Chapel Hill. A graduate student named Tailei Qi was charged in the murder of Zijie Yan, Associate Professor in the Department of Applied Physical Sciences.
A University of North Carolina at Chapel Hill graduate student was charged Tuesday with first-degree murder in the fatal shooting of a faculty member, campus police said, an incident that caused a three-hour lockdown and sent panicked students to barricade themselves on campus inside dorm rooms and bathrooms.
The suspect, Tailei Qi, 34, is a second-year graduate student in the university’s department of applied physical sciences. In addition to the murder count, he has been charged with possession of a weapon on educational property and is being held at the Orange County Jail without bail, the UNC police department said.
Police identified the victim as Zijie Yan, an associate professor in the department of applied physical sciences in the College of Arts and Sciences who has worked for the university since 2019.
-Paulina Villegas, The Washington Post
Image Credit: Tailei Qi, the graduate student suspected in the fatal shooting of a University of North Carolina at Chapel Hill faculty member, center, makes his first appearance at the Orange County Courthouse in Hillsborough, N.C., Tuesday, Aug. 29, 2023. Qi has been charged by the UNC Police Department with first-degree murder and possession of a weapon on educational property, both felony charges. (Hannah Schoenbaum | AP)
So, who is the professor that he killed and what is their connection?
Zijie Yan studied Materials Science and Engineering, Computer Science, and Physical Electronics at Huazhong University of Science and Technology, Wuhan, China. He obtained his Ph.D. in Materials Engineering from Rensselaer Polytechnic Institute, Troy, NY, USA, in 2011. After postdoctoral work at the University of Chicago, IL, USA, from 2011 to 2015, he joined Clarkson University, Potsdam, NY, USA, as Assistant Professor. In 2019, he moved to the University of North Carolina at Chapel Hill as Assistant Professor.
Zijie Yan’s research focused on work at the boundary between photonics and materials science. He and his team developed new techniques to control light-matter interactions at the nanometer scale and explored advanced optical approaches to precisely manipulating nanoscopic objects and create material assemblies. His research interests included optical trapping, binding, and sorting, the synthesis and fabrication of nanostructures, holographic laser beam shaping, electrodynamics simulations, nano-bio interactions, and optofluidics.
Now this is interesting. Not only does Zijie Yan hold a masters degree from the University of Science and Technology in Wuhan, China, but he is also a nanoscientist. But what about the man who killed him, Tailei Qi? According to his LinkedIn profile he “works on the optically trapped nanoparticle arrays and all kinds of their related fascinating phenomena. He has experience in 2D TMD photodetectors, optical tweezers (continuous wavelength laser and femtosecond laser, microspectroscopy (Raman, fluorescence, SHG, SEM, TEM, XDS, XPS,XRD) and 2G HTS superconductors. Nanoparticle synthesis and self-assembly, machine learning is also within the range of his interest.” His skills and expertise included nanomaterials, nanomaterials synthesis, material characterization, nanoscience, materials, x-ray diffraction, nanoparticle synthesis, XRD analysis, nanofabrication, and nanostructured material. Not only that, but he also acquired some of his education in Wuhan.
So, Zijie Yan and his team, which included Tailei Qi, were developing “new techniques to control light matter interactions at the nano meter scale.” This is called nano-photonics. But what is that exactly?
Nanophotonics is the study of light-matter interactions between light and objects on the nanometer scale. The length scales involved in nanophotonics are of such great scientific interest because the scale of these objects gives us access to new optical properties and functionalities that are not available in bulk materials.
Examples of nanophotonics include photonic crystals, waveguides, and nanoantennas. Many devices that utilize nanophotonics are made from dielectric or metallic structures, where the device is structured to enhance to promote the light-matter interactions of interest. Often, these involve creating plasmonic resonances that can be manipulated to enhance signal levels in sensing and spectroscopy experiments.
Key applications of nanophotonics include sensing, with point-of-care medical diagnostics being an area of particular growth, display technologies and optoelectronics or photovoltaic devices. As well as manufactured devices, there are examples of nanophotonics in the natural world, including butterfly wings and peacock features that are examples of photonic crystals containing nanoparticle assemblies.
Nanophotonics is now being integrated into solar cells, particularly metallic nanoparticles, to enhance their light collection efficiencies and develop plasmonic solar cells. Metal nanoparticles can now be fabricated relatively cheaply and their broad, strong absorption spectrum across a wide range of the solar spectrum makes them ideal for photovoltaics.
Nanostructuring of solar cells is another way to improve light trapping efficiencies and structures such as nanowires and nanoparticles can help improve light management. Efficiency gains are key in being able to thin down solar cell devices as well as make smaller device areas feasible.
-Rebecca Ingle, AZO Nano
So nano-photonics can be utilized in the creation of nano wires, nano particles, and nano mesh devices. But hang on a second. Wasn’t there a professor at Harvard University who was indicted on tax fraud and making false statements? A professor who had DOD contracts, was studying at Wuhan Institute of Technology, was then brought over to China, and turned out to be one of the people leaking this same type of science material to the Chinese? Yes. His name is Charles Leiber.
Image Credit: Charles Lieber. REUTERS/KATHERINE TAYLOR.
But going back to the nano-photonics, what else can this stuff be used for? Interestingly enough, mRNA vaccines. We already know that the covid vaccines have nano lipid particles within them and this is actually how it was able to cross the blood brain barrier. Now you can go out there to Google Scholar and read Zijie Yan’s research. But oddly enough you can’t seem to find much of his work anywhere else, almost as if it were being scrubbed. But this study talks about how to manipulate various nano structures utilizing silver nano particles, as well as other types of metals.
And this is where we come back to the student, Tailei Qi. Because Tailei Qi has this publication right here which deals with graphene:
Understand that when they say photonic, they are talking about something that transmits in the electromagnetic spectrum, predominately in the visible light spectrum. So now that we are aware of these people and the connections that they have to Wuhan, and we have an understanding of the research they were conducting, click on the link below to watch Todd Calendar’s video.
Now, am I skeptical about this? Absolutely. But I also have to bring it to your attention. Do I believe they are going to use the EBS specifically to do this? No. It just doesn’t make much sense. There are other ways in which something like this could be done. But let me also turn you onto something else. A few weeks ago, I talked about an article that was published back in 2020 regarding the utilization of light to turn genes on and off. And this field of research has continued to grow since its discovery.
But in order to do this, they have to figure out how to send communication down to the DNA level, 10 to the negative 9. They have to be able to get the signal into the genes. So, what Zijie Yan was doing was developing nano materials to relay or generate those signals at that level. And he just so happens to get shot and killed by another guy from Wuhan Institute of Technology.
Another point to make is that Chapel Hill North Carolina not only received funding and contracts from the government for nano research and gene therapy, but they are directly associated with the NIAID, NIH, DOD, DARPA, and other similar organizations. This is also where Peter Daszak did his work on Covid-19 and gain of function research.
$81 million to support new National Nanotechnology Coordinated Infrastructure
NSF renews $5.5 million nanotechnology grant
UNC-Chapel Hill research funding tops $1.2 billion
So, we are seeing all of these connections between these different people, connections between nanotechnology, genetics, and covid vaccines, as well as connections between China, Chapell Hill University, and various government organizations. And we are seeing the invention of a whole new process of sending light signals into the cells to reach the DNA, to turn specific genes on and off. As well as the ability to control nano particles inside of the body, which is exactly what Todd Calendar was talking about. And it just so happens that the man who was killed was one of the leading researchers on this subject, and that the man who murdered him was researching the same thing through the use of graphene doped nano particles.
What does that mean? Graphene and silver have two points of resistance or conductivity, which produces a path flow problem. But the various electrical components can be manipulated by doping silicon, graphene and other types of base materials. And this is what they are utilizing in these nano particles.
The technology already exists to do what Todd Calendar said. That is what I am pointing out. It exists and is completely in the realm of probability. But I do hope that it is not in the realm of plausibility. We are likely entering a new age of bio warfare. And it appears that we are beginning to see the use of kinetic weapons being utilized within the initiation of biowarfare through the use of vaccines. But remember that awareness is the point to all of this. Being aware of the information and utilizing it to your benefit instead of leaning on it to live in fear.
But I will leave you with this. Were we warned? I believe that we were. This X-Files clip below is the perfect example of predictive programming. Remember that they tell you what they are going to do before they do it. And what better way to do that then through the use of entertainment and media.