All these PATENTS

Quantum Biotech Dictatorship

Apr 17, 2023

Dr. ANA MIHALCEA, MD, PHD just posted this patent:

https://anamihalceamdphd.substack.com/p/system-and-method-for-neural-stimulation?utm_source=post-email-title&publication_id=956088&post_id=115236163&isFreemail=true&utm_medium=email (100) SYSTEM AND METHOD FOR NEURAL STIMULATION USING SPIKE FREQUENCY MODULATION - A PATENT REVIEW (substack.com)

ETC.

To achieve this UTOPIA, the majority of people must be 'vaccinated'. And how to achieve such mass vaccination? By creating a situation in which there is a deadly infectious disease that is 'prevented' only by THE VACCINATION. In this way we have entered an era of great 'PANDEMICS', until by force everyone has it implanted.

Here are some more PATENTS:

https://patentimages.storage.googleapis.com/04/24/12/7c8e8238f4ae9d/US20210082583A1.pdf Methods and systems of prioritizing treatments, vaccination, testing and/or activities while protecting the privacy of individuals

Abstract

An aspect of some embodiments of the invention relates to system and methods for anonymously selecting subjects for treatment against an infectious disease caused by a pathogen, comprising: 1. a plurality of electronic devices configured with instructions to generate an ID, when in proximity of another such electronic device, one or both of transmit said ID to said another electronic device and receive an ID from said another electronic device, generating a score based on a plurality of such received IDs, receiving information from a server, displaying relevant treatment instructions to said subjects based on received information; 2. at least one server comprising instructions for sending to said plurality of electronic devices information to display said relevant treatment instructions; where said at least one server or said electronic devices comprise instructions to generate a prediction of likelihood of a subject transmitting said pathogen, based on a score of the subject.

The word 'VACCINATION' is used 213 times in this patent! It simply boils down to the endless injection of these nanotechnologies into PEOPLE!!!!

What is claimed is:

1. An anonymized method of treating subjects against an infectious disease caused by a pathogen, comprising:

a. providing an electronic device with proximity tracking circuitry for each of said subjects;

b. generating an ID for each said electronic device;

c. at a proximity event, when a particular said electronic device of a particular said subject is in proximity of one or more other of said electronic devices, one or both of transmitting said ID or an indication thereof to said one or more other devices and receiving an ID or indication thereof from said one or more other devices, by said particular electronic device;

d. generating, by said particular electronic device a score reflecting a propensity for proximity, according to a plurality of received IDs;

e. generating for said particular electronic device a prioritization of treatment based on said score; and

f. treating said particular subject according to said prioritization.

https://patentimages.storage.googleapis.com/f3/ae/41/3910e84e5464ce/US8237551.pdf System and method for in-patient telephony

In one embodiment, the identifier 204 may be equipped with a radio frequency identification (RFID) tag.

The scanner 208 may be a RFID tag reader

that detects each time the patient 202 and corresponding identifier 204 enters or leaves the location 200. The scanner 208 may automatically detect the presence of the patient 202 based on the identifier without the patient 202 taking any affirmative actions. In another embodiment,

the identifier 204 may include a bar code, account number or password that may be manually entered or read by the scanner 208.

For example, the scanner 208 may include a laser scanner for reading a bar code from the identifier 204.

https://patentimages.storage.googleapis.com/d6/4f/e6/d404a23163e7af/US20060036619A1.pdf Method for accessing and analyzing medically related information from multiple sources collected into one or more databases for deriving illness probability and/or for generating alerts for the detection of emergency events relating to disease management including HIV and SARS, and for syndromic surveillance of infectious disease and for predicting risk of adverse events to one or more drugs

SUMMARY OF THE INVENTION

[0042] The method of the present invention for deriving illness probability of any selected person from a database of people stored in a computer and/or on a computer network, comprises: —collecting relational data from every person in the database, said relational data including whether a person has a contact relationship with another person in said database; utilizing a database of illnesses infection probability functions given different illnesses and states of natureincluding data relating to social relationship; type of disease; probability function of infection given a time unit; length of contact of the particular contact relationship link; calculating at least one relational path between said person and each person in the data base with whom there is a contact relationship, direct or via other persons in the said database; deriving the illness probability of the said person for each of the above relational paths by calculating the probability of the said person being infected with illness by multiplying the illness probabilities of the said person with the probability functions of the persons along the said relationship path; and selecting the path with the highest infection probability from at least one relational paths with the highest probability calculated.

19. A method for generating alerts for the detection of emergency events such as the outbreak of an infectious disease or a biological, chemical or nuclear attack and for diseases management

https://patentimages.storage.googleapis.com/fa/eb/f4/8e39445d1faf75/US9075909.pdf System and method to enable detection of viral infection by users of electronic communication devices

G16H50/20 - ICT specially adapted for medical diagnosis, medical simulation or medical data mining; ICT specially adapted for detecting, monitoring or modelling epidemics or pandemics for computer-aided diagnosis, e.g. based on medical expert systems

https://www.mdpi.com/2571-5577/4/2/27/htm ASI | Free Full-Text | Quantum Biotech and Internet of Virus Things: Towards a Theoretical Framework (mdpi.com)

1. Introduction

An imaginative and prescient quantum theory (QT), also referred to as quantum mechanics (QM), is part of quantum field theory (QFT) [1] (p. 1877) that expounds the physical properties of nature on an atomic scope and explicates quantum physics as the golden toddler of modern science. An untenable and flummoxing aspect of QM is the wave–particle duality phenomenon wherein objects function like waves and particles. One of the supreme scientific triumphs of the 20th century was the development of QT and the subsequent development of the primary wave of applications, for example, computers, smartphones, transistors, superconductors, laser, and many others. Quantum Information Systems (QIS) [2] represent three foremost areas: quantum computation, quantum control, and quantum communication, and these disciplines are associated with each other based on the concepts of QM. Quantum computing (QC), quantum sensors, and quantum simulation are examples of quantum technologies [3], where properties of QM are important. Artificial intelligence (AI), quantum computing (QC), and machine learning (ML) are three technologies that have unimaginable potential. Therefore, they have integrated together to attain a quantum benefit, in which complex algorithms may be computed inexorably quicker than with the classical supercomputer, giving upward thrust to a game-changer concept called quantum machine learning (QML) [4] (pp. 1–2). Quantum Intelligence (QI—quantum AI) [5] (p. 4), is an emerging ideal solution to improve the notoriously vexing problem and inefficient process of vaccine discovery. One can envision the future role of QI in vaccine discovery and development, solving perplexing problems with advanced veracity, which will produce a quantum benefit in the introduction of new vaccine discovery.

Quantum Biotech (QB) [6] (pp. 1–8) [7] is an emerging essential enabler that these days attracts an in pouring of assiduity, and its mission is to create a new class of QmRNA vaccine in a few days. QmRNA [7,8] (p. 1) is a novel concept that involves a quantum approach to treating disease with just mRNA and has the plausibility to revolutionize how vaccines are discovered, developed, and manufactured—at a quantum speed, quantum breadth, and quantum scale.

Viruses and bacteria are each infinitesimal living things that may cause disease in humans. While these microbes have some common characteristics, they are additionally very disparate. Researchers agree bacteria and viruses have an immaculate means of communication; in-built engines, sensors, and processing architecture; and efficient information storage capacity. Now bacteria and viruses can join the network. Amelioration of QB, QI, nanotechnology, and virus network are receiving growing assiduity in scientific research inspiring to constitute the Internet of bio-nano things (IoBNT) [3,4,5,6,9,10], [11] (pp. 1–2) encircling communication architecture that embraces biological entities, nanoscale devices, and sensors. The united influence and dynamism of IoT technology and data are adapted to various industrial processes and manufacturing to automate, predict, streamline the process, and improve productivity.

IoT is a network of devices connected and provides intelligence to the IoT community. The Internet of Everything (IoE) is a super set of IoT, constructed on current IoT infrastructure. Like IoBNT, a biological version of the Internet using virus, Internet of Virus Things (IoVT) [9], [10] (pp. 22–23), [11] can endure. Therefore, IoVT is a sub-classification of IoT. In this study, IoT and IoVT terms are used interchangeably. The integration of mRNA technology, QC, QI, and IoVT can subsist to form a QBIoVT system that can advance the discovery of new class QmRNA vaccines in a few days.

One of the emerging areas of research is on bio-nano things in bacteria or viruses. Even though generally, IoT devices research and development continues, there are sundry applications where microscopic, and non-invasive “things” are required. This concept is called IoNT [37] and enables the artificial nature of IoNT devices that can be pernicious where “Nano Things” deployment may create unwanted and undesirable health issues. The functionalities in the biochemical domain, based on biological cells, “Bio-Nano Things”, have the potential to endow applications such as environmental control agents, actuator networks, and intra-body sensing devices.

Synthetic biology and nanotechnology tools that empower the biologically embedded computing devices design create the IoBNT [38] archetype.

Sensors are designed to carry out simple tasks due to their limited computational capacities and collect information regarding the state of variables. Actuators execute an action, and their characteristics are the same as the sensors. The function of the control device is to interact with the IoVT ecosystem through the services offered by the central node. The main purpose is to monitor the state of the system or send orders to the central node.

This methodology is centered to bestow practical instructions for investigations. The phases that comprise the methodology are the following: (i) identification—the process of determining which devices existing in the scenario to contain relevant data for the investigation; (ii) acquisition—describes the operation that involves the creation of the forensic image of the devices; (iii)analysis—details the inspection of the data contained in each one of the IoVT devices marked, (iv) evaluation—a procedure to group all the data collected from the different devices and conclude how it fits into the environment as a whole.

4.3. Research Methodology Motivation

The motivation to design a new methodology to perform forensic investigations in the IoVT environment because it influences the evaluation process significantly which calls for a new approach associated with diversity of sensors, connectivity options, computational capacities, cloud interactions, and physical access.

4.3.1. Diversity of Sensors, Devices, and Systems

In contradiction to conventional forensics, IoT objects (devices, and systems) are designed to perform diverse tasks in disparate and specific contexts such as healthcare, smart homes, smart cities, and critical environments. Therefore, the multiplicity of IoT devices and systems is immense. Furthermore, most of them have similarities with desktop and mobile ones. Hence, new propositions on how to accomplish the analysis are necessary.

4.3.2. Connectivity

IoVT topographies comprise many devices that interact with each other to perform various actions.

Traditional forensics is egregious to encounter examinations involving multiple devices. Example: a master plan in which there are sensors, actuators, and a central node. The sensor is transmitting data to the central node, which interprets it and communicates (or not) to the relevant actuator to perform an action.

4.3.3. Computational Capacities

IoVT devices are designed to exchange information with each other rather than perform complex tasks. However, their computational power, storage capacity, dedicated memory is low bestowing a short lifetime. Therefore, the IoVT methodology requires an approach that allows the exchange of information properly, unlike traditional forensics.

4.3.4. Interaction with the Cloud

Because the limited computational capacities of devices are compensated with the usage of the cloud, the IoVT applications in the cloud environment issue is a serious one. Consequently, interaction with the cloud must be considered proactively designing a forensic methodology in the IoVT environment.

4.3.5. Physical Access

IoVT devices have such a compact size enabling them to install in small places or be embedded into other objects. An industrial device can be inside the machine that it operates. This means in specific situations; the image of the storage must be obtained by following a live forensic acquisition process.

4.3.6. Battery Life

IoVT device installation at some locations is not suitable for connectivity to the electricity supply. Therefore, the use of batteries is a power source influencing the forensic examination if the investigator needs to perform an analysis or live forensic acquisition. Running out of battery power causes an alteration of the data stored on it during the rebooting process, thus influencing the evidence.

5. QBIoVT Paradigm

5.1. Quantum Biotech (QB)

mRNA medicines are neither small molecules nor biologics which were the genesis of the biotech industry. Biotech, specifically mRNA, exploits bio-molecular and cellular processes to cultivate technologies for vaccine discovery. There are so many things one can do if one can simply create cells that produce proteins from mRNA in the body. The potential of mRNA technologies to transform areas of medicine, including infectious diseases, is immense. mRNA-based vaccines possess the promise to revolutionize the field to offer novel vaccine compositions. QB is based on quantum technology and biology. Distinguishing the game-changing nature of quantum technologies, pharma companies are assembling quantum task forces to overcome the scaling limitations of classical computational methods enabling numerical solutions to tackle the complexity of the molecular systems.