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COVID19: The Deep State Has Made Its Move

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Contributing Author
December 1st, 2020
Portfolio Wealth Global
Comments (3)

This article was contributed by Portfolio Wealth Global.

Today’s letter is divided into two sections: the first is the update on the bloody mess that precious metals are undergoing and the second is a summary of the hearing that Rudy Giuliani and the list of witnesses reported that gave verbal accounts of their testimony about Pennsylvania’s voter irregularities.


In short, the answer is NO. There are several instances since December 2015 where we’ve seen similar moments to this. These are instances in which the volatility index plummets, many events conspire to bring hope, and there’s the assumption that central banks might tighten and that there’s no catalyst for precious metals. These instances come and go since you can’t get rid of the underlying issue: more currency is created by the second.

As you can see, gold fights these moments off and rallies:


If this one follows in the footsteps of the ones we saw in June 2019 and March 2020, watch out, bears!

As you can see, in August, the price of gold distanced from its 200-DMA so much that this sell-off was due to arrive. Taking profits in August was very smart.

Right now, our thesis is that the best course of action is a slow accumulation. The value proposition is certainly the best it’s been since March, and in terms of the mining industry itself, the validity of the sector is well intact. The trend is clear — gold is heading down.

The median all-in sustaining cost is still $975/ounce, so mining companies are still able to report strong earnings, which is the key to understanding the reason we’re about to pull the trigger on the most compelling buy-the-dip setups, in our opinion.

This is gold’s worst month in four years!

Courtesy: U.S. Global Investors

Like we wrote two weeks ago, when gold’s price was much higher, we could see gold falling all the way to $1,750. These shakeouts are the best buying opportunities in hindsight. Traders surrender and it feels bad; there’s a sense of desperation about the future’s price action. We think we’re going to see that frustration fairly soon.


Pennsylvania had multiple alleged “irregularities” in the state’s vote count:

* At least 21,000 dead people on Pennsylvania’s voter rolls

* Duplicate ballots were mailed out to thousands of registered voters (Pittsburgh officials have admitted that this happened)

* A lawsuit filed against the state of Pennsylvania for having more than 800,000 inactive voters on its voter rolls

* Pennsylvania’s attorney general told Ted Cruz to “stay the hell out of” the state’s disputed tabulation of presidential election votes

* Dominion Voting Systems’ corrupt election software system was reportedly used in Pennsylvania

Along with that, Giuliani cited another set of numbers that don’t add up. Pennsylvania received approximately 1.4 million absentee or mail-in ballots. However, in the count for president, they counted 2,589,242 absentee or mail-in ballots. How will they account for the discrepancy?

“I know crooks really well. You give them an inch, and they take a mile. And you give them a mile, and they take your whole country.” These were Giuliani’s ending remarks for his opening speech.

Could all of these witnesses possibly be lying in a public hearing, making up the very specific details of what they saw and heard? The mountain of firsthand evidence can only lead informed citizens to one conclusion.

Here’s what President Trump is saying about all of this:

“The whole world is watching us. The whole world is watching the United States of America, and we can’t let them get away with it… This election was rigged, and we can’t let that happen. We can’t let it happen for our country.” – Donald J. Trump.

The zero hour cometh; we shall see if these hold up in the Supreme Court or if Biden will be inaugurated on January 21st, 2021.

President Trump is Breaking Down the Neck of the Federal Reserve!

He wants zero rates and QE4!

You must prepare for the financial reset

We are running out of time

Download the Ultimate Reset Guide Now!

    Author: Contributing Author
    Date: December 1st, 2020

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    1. Andrea.Iravani. says:

      People are making fun of people who are worried about nano-chips in vaccines. We have no way of knowing what is happening at the microscopic level for the overwhelming majority of people and strictly have to trust them, after a century of lying in the medical industry and government, or refuse to be intimidated into just trusting them after such terrible track records of sadistic experimentation, medical fraud, quackery, and charlatanism. If there is going to be such a vaccine, they could use it as an excuse to remove people from society, even if the technology is a total fake, who could argue it if it is allowed to be implemented and the laws that prohibit this in the constitution are not immediately enforced!

      Nanochip technology bio and viral censors patent information is below in numerical order according to the patent filing. Some of the paragraphs have been shortenned to mainain the focus on nanochips, biosensors, and viral sensor technology. The authors and patent filers are as follows, applied for in the year 2014. ( After the patent information follows two paragraphs from on Raman Spectoscopy and the military’s use in detecting bio-hazardous threats including biological weapons and viruses.)

      Andrea Iravani

      Patent applications by Lin Pang, San Diego, CA US

      Patent applications by Yeshaiahu Fainman, San Diego, CA US


      [0005] Chemical or biological sensors are analytical tools that can detect a chemical, substance, or organism using a sensing component coupled with a transducing element to convert a detection event into a signal for processing and/or display. For example, molecular sensors can be configured to use specific chemical properties or molecular recognition mechanisms to identify target molecular agents. The sensor can use the transducer element to transform a signal resulting from the detection of the molecular analyte by the sensing component into a different signal that can be addressed by a suitable transduction mechanism, for example, electrical, magnetic, mechanical, physicochemical, electrochemical, optical, piezoelectric, or others. 

      [0006] Raman spectroscopy is a quantitative and nondestructive optical technique based on inelastic scattering of photons by molecular vibrations of materials (e.g., such as biopolymers) that is capable of detecting information on the biochemical composition of cells (e.g., amino acids and proteins, lipids, and nucleic acids, among others). For example, Raman spectroscopy can be used as a bio-characterization and analysis tool to study cellular events, e.g., such as chemical changes and cell death induced by drugs or toxins, as well as cellular changes at different time points in the cell cycle. Raman spectroscopy can provide data related to physiological processes occurring within a cell without the use of chemical tags, leaving cellular functions unaltered during observations and available for repeated monitoring of time-dependent events of the same cell. 

      [0009] Implementations of the sensing device can optionally include one or more of the following features. For example, the particles can include a nanoparticle, a microparticle, a molecule, a virus, or a cell, among others. In some implementations, for example, the sensing device is operable to immobilize a single particle at the nanochannel.


      The disclosed nanochip sensor devices can be implemented in a variety of applications including biosensing of biochemicals and biological organisms, and molecular sensing of chemical structures and bonds, including detection of weapons of mass destruction (WMD). In some implementations, for example, the enhanced interaction field can be generated over such a small volume on the nanochip sensor that enable the ability to detect additional information at a sub-molecular level, e.g., such as the relationship of chemical bonds of the detected molecule. 


      In some examples, the substances can include biomolecules including DNA strings that can be trapped within the individual nanochannels. 

      [0049] For example, after the SERS identification, the trapped substances (e.g., single or multiple particles, molecules, viruses, bacteria, and/or cells) can then be released via controlling physical forces between the micro-fluid chambers 103 and 104 of the nanochip device 100. 

      [0053] In another aspect, the disclosed technology includes real-time nanophotonic systems, devices, and processes to detect and/or characterize single particles, molecules and/or biological substances, e.g., including viruses or cells, in an aqueous, biocompatible environment employing colloidal nanostructures with lithographic patterning, applied electrical fields, and micro- and nano-fluidics to control nanoparticles into a predefined pattern based on electrokinetic forces to produce nanophotonic structure chip devices. The disclosed process can be extended to biomolecules and quantum dots in a solution based platform where various nanostructure pattern can be realized by designing the corresponding nanochannel pattern. 

      [0054]In some implementations, for example, chemically-synthesized nanocrystals and quantum dots can be used in an aqueous environment as essential nanomaterials for biolabeling and biosensing for single molecule detection.

      Although self-assembly techniques have made great strides by using biomimetic antibody-antigen recognition, biopolymeric scaffolding and DNA motif, and Langmuir-Blodgett technique to form highly packed structures, the real-time manipulation of nanoparticles into a regular pattern has not been demonstrated in an aqueous, biocompatible environment.

      The disclosed techniques can be extended to control individual nanoparticles, biomolecules, and/or quantum dots on simple or complex nanochannel designs and/or electrode patterns to form functional nanophotonic and nanoplasmonic structures and devices. Thus, the disclosed technology can be used to monitor and control nanostructures in an aqueous, biocompatible environment in real time and in vivo, e.g., for applications ranging from targeted drug delivery to construction of nanophotonic devices. The disclosed techniques described here can also be used to design other functional patterns such as plasmonic nanoparticle clusters for tailored electric and magnetic resonances, efficient nano-lenses with progressively decreasing nanosphere size and separation, 1-D nanoparticle structures for biosensing and electromagnetic propagation applications, and individually addressable nanoparticle array, among others. 

      The disclosed nanotorch structures can be implemented in a variety of molecular sensing and/or biosensing applications, e.g., because they induce the maximum LFE for normal photon incidence and yield repeatable Raman measurement with less than 20% standard deviation. For example, each individual nanotorch structure can serve as a single SERS substrate. The disclosed nanotorch structures can thus provide repeatability of SERS measurements for the limit of detection, as well as for the spatial resolution. 

      Patent applications by Lin Pang, San Diego, CA US

      Patent applications by Yeshaiahu Fainman, San Diego, CA US


      Before the 1940s, Raman spectroscopy was the method of choice in molecular structure determinations, but since that time infrared measurements have largely supplemented it. Infrared absorption requires that a vibration change the dipole moment of a molecule, but Raman spectroscopy is associated with the change in polarizability that accompanies a vibration. As a consequence, Raman spectroscopy provides information about molecular vibrations that is particularly well suited to the structural analysis of covalently bonded molecules, and to a lesser extent, of ionic crystals. Raman spectroscopy is also particularly useful in studying the structure of polyatomic molecules. By comparing spectra of a large number of compounds, chemists have been able to identify characteristic frequencies of molecular groups, e.g., methyl, carbonyl, and hydroxyl groups.

      Spectroscopy has great potential to enhance military and defense capabilities. Both chemical and biological warfare agents are detectable, and potentially identifiable, by spectroscopic imaging. New technology involving fiber optic systems and lasers that can quickly change frequencies provides the opportunity to miniaturize spectroscopic equipment. Systems are currently being developed, which will take this technology into the battle-field in order to target surface and ground contamination by chemical and biological weapons. Spectroscopic examination can also aid in the identification and measurement of subcellular processes, such as carbon dioxide production or oxygen use. These measurements facilitate the understanding of cell growth, cellular response to environmental stimuli, and cellular reactions to drugs and biological and chemical warfare agents.

    2. Andrea.Iravani. says:

      Where Trump went wrong is that he was completely aware of all of the sheninegans taking place with both the massive absentee ballots mailed to all registered voters in states and with the voting equipment that was being used, and his legal team was also totally aware of this, but knowing that an incumbent president winning re-election during the worst economic catastrophe in American history would be highly unlikely, they decided to let corruption overcome the election process and then scream foul play in order to have congress decide the outcome of the election, and that reeks like hell too!

      Andrea Iravani

    3. cranerigger says:

      Not so fast, Private Kaputnik. Precious metals are hedges against inflation, usable commodities (as in silver used in the electronic & other industries), and preservers of wealth outside the govt. controlled venues. Sure, the daily price goes up & down, but it won’t go to zero. Zimbabwe-type & Weimar Republic-type inflation of fiat currency COULD go to zero.