Neuroimages technologies

Advancements in neuroimaging technologies has lead to the emergence of multimodal hybrid techniques that combine innate advantages of the modalities used in the setup.

Most notable bimodal and trimodal hybrids ARE:

More emerging modalities such as Optical Imaging, Diffusion Tensor Imaging (DTI), functional connectivity Photoacoustic Tomography (fcPAT) [Anderson et al. 2017] are candidates to e hybridized with existing systems.

Source: Parasuraman Padmanabhan, et al., “The Advents of Hybrid Imaging Modalities: A New Era in Neuroimaging Applications“, Neuroimaging, 2017

Quantum Holopedia, 3D Indigo

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Quantum Holopedia ~ 3D hexagonal artistic concept
Quantum Holopedia plans to use the potential of Indigo system in EEG Biofeedback session designed to work with children.
Quantum Holopedia plans to use the potential of Indigo system in EEG Biofeedback session designed to work with children.

Quantum Holopedia promotes electrochemical and voltammetric methods to diagnose and treat various conditions.

Indigo Biofeedback system is a device that can read the electrical properties of the subject and compare it to the signatures registered in their rich database previously measured specimens. Then, muscles, nerves or organs can be retrained or reeducated to follow healthier electrical and chemical patterns.

In Quantum Holopedia’s concept, we attach electrodes to selected body regions: frontal lobe, (Fp1 and Fp2 in 10-20 system), hands, toes, diaphragm, anus and vagina in women. A frequency sweep in the selceted range (f.ex. 0.1 Hz to 20 MHz) of AC current is passed through these electrodes. Alternatively or additionally, induction coils can be placed in these regions. The whole circulatory system becomes an antenna emitting electromagnetic waves.  We measure this electromagnetic signal using frequency selective voltmeter from an induction coil which is placed on the measured region and receives the electromagnetic waves.

Niski koszt zestawu słuchawkowego smartfonu EEG z wizualizacji 3D

Quantum Holopedia widzi wielki potencjał w przy pomocy ten niski koszt sprzętu do pracy z dziećmi w zwiększaniu ich zdolności conitive. Na zdjęciu rozmiar niestandardowy cap z elektrody i dwóch danych EEG visualation aplikacje na smartfony [Stopczynski et al 2014]
Quantum Holopedia widzi wielki potencjał w przy pomocy ten niski koszt sprzętu do pracy z dziećmi w zwiększaniu ich zdolności conitive. Na zdjęciu rozm
iar niestandardowy cap z elektrody i dwóch danych EEG visualation aplikacje na smartfony [Stopczynski et al 2014]

Quantum Fundacja zakłada, że obecnych czasach smartfony i przenośne obliczeń daje więcej i więcej możliwości do korzystania z zaawansowanych narzędzi i sprzętu w codziennym życiu aplikacji. Na takich narzędzi został opracowany w Duński Uniwersytet Techniczny[1]. EEG urządzenia, który tłumaczy elektromagnetyczne aktywność mózgu w dane cyfrowe i podaje go do smartfonu lub tabletu, gdzie mogą być przechowywane i wizualizowane. Jedną z aplikacji produkuje wizualizacji 3D przy użyciu LORETA źródła lokalizacji aktywności mózgu.

[1] Stopczynski A, Stahlhut C, Petersen MK, Larsen JE, Jensen CF, Ivanova MG, Andersen TS, Hansen LK. Smartfonów jak kieszonkowy labs: wizje dla mobilnego rezonansu i neurofeedback. International Journal of Psychofizjologia 2014; 91:54-66.

Lavpris smartphone EEG headset med 3D visualisering

Quantum Holopedia ser stort potentiale i at anvende denne billigt udstyr til arbejde med børn i at forbedre deres conitive evner. På billedet, en brugerdefineret størrelse cap med elektroder og to af EEG data smartphone visualation apps [Stopczynski et al 2014]
Quantum Holopedia ser stort potentiale i at anvende denne billigt udstyr til arbejde med børn i at forbedre deres conitive evner. På billedet, en
brugerdefineret størrelse cap med elektroder og to af EEG data smartphone visualation apps [Stopczynski et al 2014]

Quantum Holopedia forestiller sig, at den nuværende æra af smartphones og mobile beregninger giver flere og flere muligheder for at bruge avancerede værktøjer og udstyr i daglige liv applikationer. På sådanne værktøjer er blevet udviklet i Danmarks Tekniske Universitet[1]. En EEG-enhed, der oversætter elektromagnetisk aktivitet af hjernen til digitale data og fodrer det til en smartphone eller tablet hvor det kan være gemt og visualiseret. En af apps producerer 3D visualisering af hjerneaktivitet ved hjælp af LORETA kilde lokalisering.

[1] Stopczynski A, Stahlhut Christensen, Petersen MK, Larsen JE, Jensen CF, Ivanova MG, Andersen TS, Hansen LK. Smartphones som lommeformat labs: visioner for mobile brain imaging og neurofeedback. International Journal of Psykofysiologi 2014; 91:54-66.

Low cost smartphone EEG headset with 3D visualization

Demonstration of a Smartphone Brain Scanner (Stopczynski et al 2014)
Quantum Holopedia sees great potential in using this low cost equipment to work with children in enhancing their conitive abilities. On the picture, a custom size cap with electrodes and two of the EEG data smartphone visualation apps [Stopczynski et al 2014]
Quantum Holopedia sees great potential in using this low cost equipment to work with children in enhancing their conitive abilities. On the picture,
a custom size cap with electrodes and two of the EEG data smartphone visualation apps [Stopczynski et al 2014]

Quantum Holopedia envisions that the current era of smartphones and mobile computations gives more and more opportunities to use sophisticated tools and equipment in daily life applications. On of such tools has been developed in Technical university of Denmark [1]. An EEG device that translates electromagnetic activity of the brain into digital data and feeds it to a smartphone or tablet where it can be stored and visualized. One of the apps produces 3D visualization of brain activity using LORETA source localization.

[1] Stopczynski A, Stahlhut C, Petersen MK, Larsen JE, Jensen CF, Ivanova MG, Andersen TS, Hansen LK. Smartphones as pocketable labs: Visions for mobile brain imaging and neurofeedback. International Journal of Psychophysiology 2014;91:54-66.

Quantum Neuroelectrochemistry Introduction

Quantum Holopedia ~ Synaptic Quantum Tunnelling in Brain Activity

Processes used for detection in Freeman's biosensor

 Multiple doping of graphene oxide foams and quantum dots: new switchable systems for oxygen reduction and water remediation

Quantum Holopedia investigates Synaptic Quantum Tunnelling in Brain Activity in regards to Quantum Brain Dynamics as well as its role in contributing to quantum coherence in Macroscopic Quantum States that need to persist in hot and wet brain environment [1].

Quantum Neuroelectrochemistry can be interpreted as means to connect intrinsic and extrinsic factors of thinking, where the intrinsic factors are the quantum systems and quantum processes at the Quantum electrochemical processes in the human organism are to be viewed independent of the morphological imaging of electrophysiology. However, morphological imaging is helpful for the observer to develop intuitive abilities for predicting the quantum systems intrinsic to the inner thinking. Through such practice, the observer is able to train his neural network and create predictors of quantum systems. The observation becomes substituted with the predition, which does not collaps the wave function and thus does not reduce quantum systems to space time continuum which is the case for the observation. This prediction technique can be thought of as the Vitrual Reality (VR) linked with Artificial Intelligence (AI).

Additional support is given by techniques such at fMRI and EEG tomography which give a traditional complementary imaging in the process of morphological search.

Quantum processes at the junction of synapses recognized as electrochemistry of the processes happening between neurons, allow for a new approach to neurofeedback therapy also in terms of phenomena such as electrochemical tunneling of neurotransmitters at the synapses and Brain Blood Tunnels (BBT) between the brain and morphological system.

This new understanding of internal and external factors of thinking is a breakthrough in the neurofeedback therapy and trainings where the morphological imaging of brain activity and the prediction of the quantum systems of the mind are both two independent therapies in themselves as well as complementary and supportive techniques that enable to better understand and improve the human ability to think.

As such, this approach gives a sense of achievement and success in quantum therapy in terms of observation of the quantum electrochemical processes.

Supplementary Materials

[1] Friedrich Beck, Synaptic Quantum Tunnelling in Brain Activity , NeuroQuantology, 2008

Homo Quanticum or Homo Quantum

Homo Quanticum or Homo Quantum
Homo Quanticum or Homo Quantum

Conscious understanding of quantum physics in the aspect of intellectual work ~ Quantum Intellectualism and Homo Quanticum

The essence of understanding the reality of modern man, is the practice of intellectual meditation of quantum phenomena.

The most important is the creation of system of concepts useful to link these intellectual concepts which form the distinguishing conceptual features in the human awareness and the possibility to connect with one’s own nonverbality in the quantum dimension. To achieve Homo Quanticum or Homo Quantum Higher Consciousness, there are tools such as Intellect Amplification that can be used. Global Quantum Intellect Furthermore, using global networks such as the Internet, a global teleportation of quantum intellect can be achieved. Quantum Perception Additionally to the basic senses that feeding the brain with the inputs from the time space reality, out brain is also equipped with quantum senses that enable the brain to perceive other dimensions of reality which are not accessible for the ordinary senses. As quantum senses we can list telepathy [1], clair senses, prediction etc

[1] Gao Shan, A Primary Quantum Model of Telepathy

Graphene based enzymatic bioelectrodes and biofuel cells

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Methods used for electron transfer in the enzymatic biofuel cells

Abstract
The excellent electrical conductivity and ease of functionalization make graphene a promising material for use in enzymatic bioelectrodes and biofuel cells. Enzyme based biofuel cells have attracted substantial interest due to their potential to harvest energy from organic materials. This review provides an overview of the functional properties and applications of graphene in the construction of biofuel cells as alternative power sources. The review covers the current state-of-the-art research in graphene based nanomaterials (physicochemical properties and surface functionalities), the role of these parameters in enhancing electron transfer, the stability and activity of immobilized enzymes, and how enhanced power density can be achieved. Specific examples of enzyme immobilization methods, enzyme loading, stability and function on graphene, functionalized graphene and graphene based nanocomposite materials are discussed along with their advantages and limitations. Finally, a critical evaluation of the performance of graphene based enzymatic biofuel cells, the current status, challenges and future research needs are provided.

Source >> Nanoscale Journal, issue 16, 2015