Definition of biological activity, which results in a biological property, is still inspired by conventional Fischer’s ‘lock- and-key’ model. This model explains how the correctly sized key (ligand) should fits into the keyhole (receptor) in an analogical manner. During Electromagnetic Information Transfer (EMIT), property of original molecule delivers either to water or target biological entity. In cases that water receives a property via EMIT, it imitates the original agonist, while no longer has the molecule inside it. The recent concept is known as “Water Memory (WM)”. EMIT and WM, challenge the currently admired scientific paradigm (lock-and-key model), which addresses the necessity of structural conformity of interacting molecules. Considering the fact that replicability of EMIT and WM related empirical studies are not always confirmed, these propositions are mostly labelled as “pseudoscience”. To evaluate the authenticity of labelling EMIT and WM as pseudoscience, we debated the scientific accuracy of EMIT phenomenon with demarcation criteria. Either of the agreement or disagreements of the proposed propositions, which explain EMIT and WM, evaluated and scored by Delphi analysis. Results of our Delphi analysis confirm that some of the propositions that explain EMIT or WM, splendidly pass the prerequisites of demarcation criteria. Therefore, labelling the aforementioned propositions as pseudoscience is content to perfunctory generalization, which needs to be revised. Further investigation of the propositions that merited demarcation criteria, helps to establish a scientific framework that explains ground-breaking aspects of EMIT and WM phenomena.
We may never be able to definitively answer the question of the universe's genesis and future. Despite the fact that there are numerous hypotheses circulating around. This study offers a more grounded approach by going back to the basics, looking at what we already know, and deducing the universe's origin and future using a combination of logic and Occam's razor. The law of conservation of energy can be breached, according to this research, because this universe began as a black hole in another universe. It will also speculate on a hypothetical method for black holes to undergo a 'Big Bang,' as well as a possible process involving black holes and Hawking Radiation to create energy from nothing.
Entropy Product (EP) is a pivotal quantity useful for understanding irretrievable process. In stochastic thermodynamics, EP is more putative in probability viscidity functions of circuits of a patch in the state space. Presently, inspired by a precedent result that complex networks can serve as state spaces, we consider a data packet transport problem on complex networks. EP is generated owing to the complexity of pathways as the packet travels back and forth between two nodules along the same pathway. The total EPs are exactly enumerated along all possible shortest paths between every dyad of nodules, and the functional form of the EP distribution is proposed predicated on our numerical results. We confirm that the EP distribution satisfies the detailed and integral inconstancy theorems. The results should be pedagogically helpful for understanding circuit-dependent EP in stochastic processes and exploring nonequilibrium inconstancies associated with the web of dividing and integrating among the shortest pathways in complex networks.
The green synthesis process of silver nanoparticles (Ag NPs) by plant extract is simple, cost-effective, eco-friend and non-toxic. In the present investigation, the silver NPs were prepared from the leaf extract of Solanum surattense Burm F with different quantity. Ag NPs were attained within 1 h from the aqua solution of 1x10-3 M AgNO3 and leaf extract. Green synthesized Nanoparticles (NPs) has been analysed by UV-visible spectrum confirmed the react of silver NPs. XRD indicated that the crystalline structure of the silver NPs, The functional groups are alcohols, alkenes, primary amines, proteins and aliphatic amine compounds of leaf extract which are involved in the reduction of Ag+ ions were identified from the FT-IR spectrum. FE-SEM obtained by surface morphology mostly spherical shape. The TEM analysis informed the particle size is spherical in nature with its size distribution between 16 nm-32 nm. Thus, synthesized Ag NPs showed good free radical scavenging and excellent dye degradation activity, which was analysed by the sunlight irradiation method from S. surattense leaf extract.
The use of electromagnetic signalling in clinical practice is increasing in importance in the treatment of various conditions such as joint and low back pain, chronic kidney disease, psoriasis, and depression because of its documented potential benefits. The working hypothesis is that therapeutic electromagnetic signalling brings clinical benefits through resonance effects. Resonance between electromagnetic signals and target tissues, organs, and/or whole organisms causes both local and systemic effects. The transmission of information over signals of the Electromagnetic (EM) nature is considered. These signals are electromagnetic fields and currents. The contradictions and difficulties of Information Theory (IT) and Signalling Theory (ST) are revealed and the reason is justified. Accurate and quantitative examination of signals of the nature of EM shows that the channels of information transmission are discrete due to their physical nature. The transition to continuous channels is possible only in connection with the traditional signal representation approached.
The electronic characteristics of molecules and molecular wave functions can be predicted using artificial intelligence. A team of researchers from the University of Warwick, the Technical University of Berlin, and the University of Luxembourg discovered a novel AI technology that might be used to speed up the design of medicinal compounds or new materials. Artificial intelligence and machine learning algorithms are frequently employed to forecast our buying habits and recognize our faces or handwriting. Artificial Intelligence is establishing itself as a critical instrument for scientific discoveries in scientific study. In chemistry, artificial intelligence has proven to be useful in predicting the results of experiments or simulations of quantum systems. To accomplish this, AI must be able to incorporate the fundamental rules of physics in a systematic manner. Quantum computing is a new type of computing that is based on quantum mechanics. It carries out computations using quantum units under control. Quantum computers can only address problems that traditional computers can solve in terms of computable problems, but in terms of computing efficiency, some known quantum algorithms are tenfold quicker than traditional general-purpose computers due to the existence of quantum superposition.
This mini review is based on the brief study at the interface of coupling of electronics and photonics. The control of light and heat at thermodynamic limits enables provocative new opportunities for the fast forgathering fields of polaritonic chemistry and quantity optics at the infinitesimal scale from a theoretical and computational perspective. The review follows remarkable experimental demonstrations that now routinely achieve the strong coupling limit of light and matter. In polaritonic chemistry, multitudinous scraps couple inclusively to a single-photon mode, whereas, in the field of nano-plasmonics, strong coupling can be achieved at the single-scrap limit. Theoretical approaches to address these tests, notwithstanding, are more recent and come from a spread of fields interfusing new developments in quantity chemistry and quantity electrodynamics similarly. We review these rearmost developments and press the common features between these two different limits, maintaining a focus on the theoretical tools used to deconstruct these two classes of systems. Ultimately, a new perspective on the need for and routeway toward interfusing, formally and computationally, two of the most prominent and Nobel Prize winning hypotheses in cures and chemistry amount electrodynamics and electronic structure (consistence functional) hypothesis. Here, a case for how a exhaustively quantum description of light and matter that treats electrons, photons, and phonons on the same quantized footing will unravel new amount chattels in dent- controlled chemical dynamics, opto-mechanics, nano-photonics, and the beaucoup other fields that use electrons, photons, and phonons has been presented. Data transport across short electrical wires is limited by both bandwidth and power density, which creates a performance bottleneck for semiconductor microchips in modern computer systems from mobile phones to large-scale data centers. These limitations can be overcome by using optical communications based on chip-scale electronic–photonic systems.
Physicochemical features, as consequential outputs of biomolecular interactions, are sensible indices that describe biological property of entities. During Electromagnetic Information Transfer (EMIT), property of original molecule delivers to water and then transfers to target biological entity. Here, we tried to evaluate scientific accuracy of EMIT phenomenon by using major demarcation criteria, including inductive reasoning and logical positivism. Results of our Delphi analysis confirms that EMIT phenomenon matches with all of regulations of demarcation criteria. Therefore, the current paradigm in science that explains biomolecular interactions needs to be revised. Further, properties are not necessarily located in their instances (e.g. biomolecules).
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a hybrid Other investigations Tiwari, were interested to hybrid phοtοvοltaic-thermal systems cοοled by forced air circulation [6-9] . In this solar system; the heat produced the PV is the by ABSTRACT This paper presents a numerical investigation of a novel Optical Water Filter (ΟWF) integration in a Concentrator Photovoltaic System (CPVS). The ΟWF consists of a water layer placed on top of the PV module that serves as a solar spectrum splitter and a heat absorber. The water layer transmits the visible and a part of the infrared radiation, while filtering the ultraviolet and some of the infrared radiation which are not used by the PV cells. In this paper, numerical simulations were carried out for different filter’s nature and dimension. Five water layers are considered, respectively 1 cm, 2 cm, 3 cm, 4 cm and 5 cm. Results showed the significant effect of the water layer thickness on the PV cell temperature and proved that the best total efficiency is obtained for the water thickness range of 3 cm to 5 cm for which it exceeds 50%. The article pointed out the effects of the inclination of CPVS and the solar irradiation for the different water thicknesses. It is shown that the filter does not change the known results of the CPVS but it influences the gain in electrical efficiency which can reach an average value of about 3%. Moreover; a comparison οf the performance of different working fluids (propylene glycol, ethylene glycol, water and coconut oil) for the optical filter was performed and the results showed that water and coconut oil are found the best filters. The study presents also the concept of energy-saving efficiency to evaluate and to provide criterion fοr checking the overall performance of PVT systems. It is found that the energy-saving efficiency of optical filters with coconut oil exceeds 0.7 fοr higher thickness layers than 2 cm. selective οptical filters [30] . Otanicar studied οptical prοperties of fοur liquids (water, ethylene glycol, prοpyleneglycοl and therminοl VP-1) cοmmοnly used in sοlar energy applicatiοns [31] . Joshi alsο suggested different ideas of systems with a selectiοn of easily available transparent liquids (water, cοcοnut oil, Al 2 Ο 3 Nanοfluid, silicοnοil) [32] . Tο determine which filter shοuld be cοnstructed, we shοuld take care οffοur aspects: οptical prοperties (absοrptiοn transmissiοn spectrum), aging effect which is related to the effect of cοntinuοus expοsure to sunlight, thermal prοperties (heat capacity, viscοsity, flammability) and ecοnοmical aspects (easily available, inexpensive for large-scale cοmmercial applicatiοn).
