Strange Materials Research Articles

Idoya Puig and Karl McLaughlin, eds. Spanish Golden Age Texts in the Twenty-First Century: Teaching the Old Through the New; Alba Carmona. Las reescrituras fílmicas de la comedia nueva: Un siglo en la gran pantalla

Idoya Puig and Karl McLaughlin, eds. <i>Spanish Golden Age Texts in the Twenty-First Century: Teaching the Old Through the New</i>; Alba Carmona. <i>Las reescrituras fílmicas de la comedia nueva: Un siglo en la gran pantalla</i>

A Partial Answer to the Question Posed by David A. Hughes, PhD, in the Article: “What is in the so-called COVID-19 ‘Vaccines’? Part 1: Evidence of a Global Crime Against Humanity”

In this comment, originally thought of as a “Letter to the Editor”, I want to address the opening question posed by David A. Hughes in the immediately preceding entry in this journal: “What is in the so-called COVID-19 ‘Vaccines’?” The views from under the microscope, ordinary light or electron scanning, all show undisclosed foreign objects that seem to activate themselves and aggregate into complexes that disrupt blood flow in all organ systems. With the spectral analysis using electron microscopy it is possible to determine the specific elements and relative quantities of the elements in those foreign entities. In this comment, I want to focus on the absence of certain elements that are universally present in the proteins of naturally occurring life forms from humans right down to bacteria and even the proteins formed from viruses. What is missing from the spectral analyses of the foreign elements in the main COVID-19 vaccines, Pfizer and Moderna for certain, and probably also missing from the other experimental products being widely distributed that are known to contain foreign aggregates of strange materials similar to those found in the Moderna and Pfizer injections, are the elements nitrogen and phosphorous. This is revealing because all natural DNA, RNA, and their protein products contain those missing elements. Nitrogen for protein synthesis and phosphorus for DNA, RNA, and energy transfer. Therefore, their absence from the foreign structures seen under many different microscopes in all of the COVID-19 so-called “vaccines” that have been examined, and also found in blood samples of persons injected with the Moderna and Pfizer concoctions, proves that these intentionally manufactured self-assembling components, built mainly from carbon-based materials used in computing and super-conductors, are connected with the avant-guard evolutionary theory and experimentation with what is known as XNA, Xeno (Greek for “foreign”), Nucleic Acid. Most of the relevant information is behind significant paywalls in esoteric journals specializing in this peculiar branch of highly theoretical and experimental chemistry. To leap to the bottom-line of my urgent comment on the Hughes’ paper, the edgy modified mRNA with N1-methylpseudouridine (Ψ) replacing the naturally occurring RNA nucleotide uridine (U) at least 728 times in each one of the 30 billion mRNA molecules in each of the Pfizer injections is an exmplary XNA. In this comment I want to explain why the inclusion of such an XNA may be the clue that leads to the unraveling of the already devastating and potentially exterminating impact of the ongoing COVID-19 experiment on the human race.

Avaliação das condições de armazenamento e rotulagem de amostras Matricaria chamomila L comercializadas no município de Campina Grande, Estado da Paraíba, Brasil

Este estudo objetivou analisar amostras de Matricaria Chamomilla L comercializadas em feiras livres, arcas e ervanários do município de Campina Grande-PB, a partir da legislação da RDC 10/2010 e Farmacopéia Brasileira (2019). Trata-se de um estudo de caráter exploratório, onde seis amostras adquiridas na região central do município foram identificadas em grupos de acordo com seu local de aquisição, em seguida foram pesadas e distribuídas sobre papel para separação do material estranho depois as amostras foram pesadas novamente e calculado sua porcentagem em relação ao peso inicial. Posteriormente, foram analisadas as condições de embalagem e rotulagem de acordo com a legislação vigente sobre o tema. Com as observações, foi possível verificar que todas as embalagens estavam fora das normas da RDC 10/10, apenas duas das seis amostras apresentavam lacre vedando a embalagem e somente uma amostra tem parte da rotulagem recomendada, enquanto as restantes apresentavam ausência de rótulos ou folhetos. Após análise observou-se que as amostras do ervanário 1 (1,1%), feira livre 2 (1,2%), arca 1 (1,1%) e arca 2 (1,1%) estavam dentro do limite preconizado (5%), enquanto as outras amostras analisadas não apresentaram nenhum componente de contaminação. Concluiu-se que ao avaliar o cumprimento da legislação, é possível notar descuidos tanto na presença de materiais estranhos como nas embalagens impróprias, onde nenhuma apresentou o cumprimento de todos os requisitos exigidos pela RDC 10/10.

Core Concept: Mechanical metamaterials bend the rules of everyday physics.

Chiara Daraio played for Italy’s junior national basketball team in the 1990s. But when a Swiss running-shoe maker called her up in 2015, it wasn’t to talk about her athletic talents. Mechanical metamaterials, such as this Islamic-art–inspired metamaterial sheet, can pop into new configurations when stretched. Image courtesy of Ahmad Rafsanjani and Damiano Pasini (McGill University, Montreal). The company, called On, was looking for new ways to cushion its clients’ feet by using 3D printing. On had heard about some strange materials Daraio and like-minded researchers had been fabricating in their labs: weird stuff that stretches and squishes in counterintuitive ways. “The sports equipment industry is relatively quick on the uptake,” says Daraio, a professor of mechanical engineering and applied physics at Caltech. “It has been proactive in trying to use these materials.” The soles on Nike’s recent line, Free footwear, offer an illustration. The bottoms of these sneakers don’t look particularly special, just polymer cut into triangles. But the shapes are informed by science. Every time wearers take a step, their foot widens from the impact, stretching the shoes. Nike’s sole responds by both widening and lengthening, to help absorb impact. That shouldn’t happen. Think of a rubber band pulled outward between your fingers; it narrows in the middle. Soft materials stretched wider should shrink in length. But the shoes exhibit bizarre behavior, thanks to materials made of simple patterns of repeating geometric shapes. And shoes are just the beginning, says Daraio. “A new field is emerging that creates unusual materials using simple geometrical architectures,” she says. There’s a name for this stuff: metamaterials, from the Greek word “meta,” meaning “higher” or “beyond.” The term was originally coined to describe things that interact with electromagnetic waves in counterintuitive ways—not because of their composition, per se, but because of their …

Looking for Oil-free Building Materials Clay Pipes to Replace Polymer Pipes

After centuries of environmental pollution, many studies have illustrated the impact of oil and its products over the surrounding environment. Therefore, as a step toward sustainable neighbourhoods, it may an idea to search for alternative oil-free building materials. On the other hand, plastic is considered the main building material that derived from oil and used in a wide-range as (water system pipes, insulation material, plastic fibre for reinforcement concrete, etc.).However, it is enough for these materials to be derived from oil to be polluting materials, but they are also strange materials to nature that they take thousands of years to decompose. Moreover, some materials like polystyrene it is not even accepted yet to be recycled because of the economic point of view.All above has urged us to search for alternative eco-friendly materials, thus the natural materials that come from the earth like clay may be that one. So these papers are going to present the possibility of replacing plastic pipes with clay ones by test and analyze some specimens following the standards.

Towards Anti-Disciplinarity: the (messy) hermeneutics of self-violent performance art

They need broken glass. And lots of it. At first, I don’t give it much thought. Anyone who has organized performance art events knows that gathering strange materials is an integral part of the job. I add glass to the list, right after “bags of soil,” “wood to make a coffin,” and “a human-sized rolling cart.” It’s not until the middle of their performance that I begin to question how I will know.

Analytical model of strange star in the low-mass X-ray binary 4U 1820-30

In this article, we have proposed a model for a realistic strange star under Tolman VII metric\citep{Tolman1939}. Here the field equations are reduced to a system of three algebraic equations for anisotropic pressure. Mass, central density and surface density of strange star in the low-mass X-ray binary 4U 1820-30 has been matched with the observational data according to our model. Strange materials clearly satisfies the stability condition (i.e. sound velocities < 1) and TOV-equation. Here also surface red shift of the star has been found to be within reasonable limit.

Avaliação farmacognóstica e microbiológica da droga vegetal camomila (Chamomilla recutita L.) comercializada como alimento em Cascavel - Paraná

As plantas medicinais, dentre elas a camomila, têm sido muito utilizadas na forma de droga vegetal pela população em geral, como importantes alternativas alimentícias e terapêuticas. Considerando que a fiscalização sanitária destes produtos é precária, este quadro torna-se preocupante, visto que, um produto em condições inadequadas para consumo pode acarretar vários riscos ao consumidor. Diante disso, este trabalho teve por objetivo realizar avaliação farmacognóstica e microbiológica em quinze amostras de chá de camomila comercializadas na cidade de Cascavel, Paraná. A metodologia adotada para a realização dos testes foi a preconizada pela Farmacopéia Brasileira (1988, 1996, 1998). O estudo de autenticidade revelou que todas as amostras eram constituídas por Chamomilla recutita L., porém na maioria das amostras os capítulos florais apresentavam-se excessivamente destruídos. Seis amostras apresentaram teor de materiais estranhos acima de 5%. Quanto ao doseamento de óleo essencial, todas as amostras foram insatisfatórias, visto que, apresentaram apenas traços de óleos essenciais, ou seja, valores abaixo de 0,4%, sendo este valor o mínimo exigido pela Farmacopéia. Com relação às análises de bolores e leveduras foi verificado que quatro amostras apresentaram valores acima do limite de 10(4) UFC mL-1, conforme preconizado pela Organização Mundial de Saúde. A partir dos dados obtidos concluiu-se que a camomila comercializada na cidade de Cascavel - Paraná apresenta problemas com relação à qualidade, sendo necessário definir medidas adequadas de controle higiênico sanitário ao longo da cadeia de produção, para garantir a qualidade e segurança destes produtos.

Pesquisa de sujidades e matérias estranhas em mel de abelhas (Apis mellifera L.)

O mel de abelhas é um produto que pode ter a sua qualidade comprometida devido à sua forma de obtenção e manipulação. Coletaram-se 52 amostras de mel produzido no estado do Piauí (sendo 25 amostras de Picos, 1 de São Miguel do Tapuio, 2 de Pio IX, 9 de Itainópolis, 5 de São Raimundo Nonato, 5 de Simplício Mendes e 5 de Piripiri), que foram encaminhadas ao Laboratório de Análises Físico-químicas do Núcleo de Estudos, Pesquisa e Processamento de Alimentos - NUEPPA do Centro de Ciências Agrárias - CCA, da Universidade Federal do Piauí - UFPI, para análise da presença de sujidades e matérias estranhas segundo as metodologias I e II recomendadas por Santa Catarina (1985). Das amostras analisadas pelas metodologias I e II, 65,38 e 30,77%, respectivamente, não atendiam aos aspectos macroscópico e microscópico e aos padrões de identidade e qualidade do mel (BRASIL, 2001), por apresentarem sujidades e matérias estranhas, tais como: insetos, larvas, ácaros, pêlos humanos e de roedores, traças, dentre outras.

Two‐fluid model of superconducting condensates and spin gaps in d‐wave high Tc cuprates from repulsive electronic correlations

AbstractIn this review, a model is presented that accounts in a simple way for the existence of the condensate and spin gap in high Tc superconducting cuprates. The finding of many types of high Tc superconducting cuprates occurred more than a decade ago, but the cause of the superconductivity and electronic structure of such materials remains controversial, and there is no broad agreement as to the origin of pairing or of the spin gap. Our view is that these are correlation effects in a weakly doped electronic system with the appropriate alternant C4v symmetry, as found in the layers of high Tc superconducting cuprates. This two‐fluid model can adequately describe much of the essential behavior of these strange materials. © 2004 Wiley Periodicals, Inc. Int J Quantum Chem, 2004

Avaliação da qualidade de drogas vegetais comercializadas em São Luís/Maranhão

Análise da qualidade de plantas comercializadas para fins terapêuticos em mercados públicos de São Luís/MA. Realizou-se pesquisa de elementos estranhos, avaliação das características macroscópicas, determinação do teor de umidade e pesquisa de contaminantes microbiológicos, comprovandose a má qualidade do material vegetal disponibilizado à população maranhense, expondo ao risco real de aquisição e utilização de produto impróprio para consumo.

Investigation of a bright flying object over northwest Spain, 1994 January 18

Abstract— On the early morning of 1994 January 18, a very bright luminous object crossed the sky of Santiago de Compostela, Spain. From visual sightings, it is concluded that the object wasn't a meteoric fireball (bolide). A surface “crater” in Cando (close to Santiago) with dimensions 29 × 13 m and 1.5 m deep was later discovered within 1 km of the projected “impact” point of the luminous object. At this site, in addition to the topsoil, full‐grown pine trees &gt;20 m high were thrown downhill over a nearby road, leaving the down‐slope edge of the “crater” untouched and with a steep interior wall (this would not be the case if a regular landslide were responsible for the transport). Standing trees below the “crater” showed embedded soil and plant residues up to heights &gt;3 m. No strange materials (meteorites or artifacts) were recovered in or close to the “crater”; all materials belonged to the site and were not shocked; thus, an impact is very improbable.A possible explanation capable of reconciling all of the observations is presented. It hypothesizes an eruption of earth gases to create the crater, with the rising gas plume then interacting with atmospheric electricity to produce the propagating fireball that was observed.

Liquid Crystals

Even the most detached of physicists can hardly have failed to observe in his local shops during the last two years the appearance of a new component, the liquid crystal display. There is now a move into the laboratory, with multimeters and other instruments incorporating liquid crystals, and this may stimulate the more curious to seek out a book which explains the complex optical properties of these strange materials in terms readily appreciated by the nonspecialist.

The Need for the Development of Political Science Engineering

In the early days of factory management, when the problems and conditions were relatively simple, it fell to the lot of all sorts of human folk to manage the various jobs involved. Each used his own peculiar method and, naturally enough, it came into general belief that ability in management was an instinctive knack, that managers were born, not made, that few if any rules could be laid down, and that little could be learned by one from another. Even in the earliest days, a small handful of men called attention to the fact that management measures and forms of organization could be better or worse adapted to their uses; but for generations the suggestion passed unheeded.As the problems and conditions of factory management grew more complex and exacting, more men came to believe that the art of management was something more than an intuitive and highly personal knack. Before the Great War, a fair nucleus was beginning to study the art from the point of view of the forces involved, and with an eye to causes and effects. And the war experience of manufacturing strange materials, shifting conditions upside down, built up this nucleus into a very fair working minority.