Nature Of Wisdom Research Articles

Harnessing Nature's Potential: Innovating Antibacterial Cream through Garlic and Clove Extracts

The onset of the antibiotics period was characterised by the clinical implementation of penicillin, the inaugural antibiotic, unearthed in 1928 by Alexander Fleming in the green mould Penicillium notatum. Garlic and clove have long been used as traditional treatments for different diseases, including infections. Their antibacterial qualities have been attributed to their sulfur-containing components, such as allicin and ajoene in garlic, and eugenol and isoeugenol in clove. In this study, we wanted to produce a novel antibacterial cream leveraging the synergistic properties of garlic and clove extracts. The cream was manufactured utilizing a simple and scalable technique, and its antimicrobial activity was assessed against a panel of microbes present in our surrounding. The results indicated that the cream had considerable antibacterial action against all tested microorganisms, with minimum inhibitory concentrations (MICs) comparable to conventional antibiotics. This study establishes a groundbreaking, ecologically-oriented method for safeguarding and healing the skin. The tropical antimicrobial cream provides a secure and efficient substitute for traditional antimicrobials that may have harsh effects, while also including the nourishing and rejuvenating qualities of tropical botanicals. This groundbreaking research marks a significant advancement in the realm of natural, holistic skin health solutions. The tropical antimicrobial cream stands as a potent alternative to conventional, potentially harsh antimicrobials, offering a safe and effective way to combat skin infections and irritations. Furthermore, its incorporation of nourishing and restorative tropical botanicals transcends mere protection, promoting overall skin health and well-being. Beyond the individual benefits, this innovation holds immense potential for promoting sustainable practices within tropical ecosystems by leveraging resources responsibly and ethically. This paves the way for a future where nature's wisdom empowers us to safeguard our skin with gentle effectiveness, while simultaneously cherishing and preserving the biodiversity that holds the key to our well-being.

Norwid’s place in culture

Even in today’s “postmodern” world, Norwid cannot be reduced to a single formula. He is rather a “constellation,” requiring that readers join the “continual discussion” on issues specific to a given era. His focus is on humanity, which he regards from a dualist perspective that necessitates pursuing a synthesis of matter and spirit under the sign of ethical universalism. Norwid refers to the “cupola of ‘a monologue-that-keeps-parabolizing-itself’” andregards culture as the parable of the world. His original aesthetics of “whiteness” refers, as it were, to the biblical “gentle gust of wind,” which announces God’s presence and indicates the rejection of the Romantic veneration for volcanoes, which he contrasts with the importance of work. This kind of philosophy, developed by Brzozowski, Tischner and John Paul II, has led to the self-limiting revolution of Solidarity in the years 1980-81, and ultimately to the de-legitimization and fall of communism; finally, after the bloody myth of the French Revolution reigned for two hundred years, this philosophy altered the paradigm of historical changes around the world. Norwid elaborated on the industrial-era Romanticism and opposed martyrological messianism, developing the original idea of a “messianism of work,”linking it with a vision of human Church, which “burns through the Globe with conscience.”He would contrast the global church with the parochial “church-turned-living-room.”Human beings count more than institutions, he argued, just like goodness prevails over formal sacraments. With the ultimate goal defined as the resurrection of the world, art becomes a church of work. Norwid embraced an anthropocentric perspective, in which human beings are called upon “to un-make” [od-poczynać] the mistakes of the past, and thus to begin afresh at a whole new level. With his language and style Norwid was constructing a new social stratum: intelligentsia (Łapiński), understanding it as the nation’s copula, i.e. the unifying force of conscienceand the collective consciousness. It would form an interpersonal, horizontal transcendence spanning the length and breadth of societies. The opposite of nation and its culture is “empire” – the root of subjugation – which particularly enslaved Central and Eastern Europe. Of special importance is the clash between Asian civilization and the “Roman” one, i.e. Christianity or Western Europe. However, the poet opposes Slavs to both the Westerners and the Easterners, emphasizing the processualand not the essentialistcharacter of national cultures. The question whether Norwid’s work is fundamentally dialogic or monologic in character continues to divide scholars. However, Norwid is in a way a Master or teacherwho embodies the Other and incarnates Wisdom in his Voice and Gesture. The nature of Wisdom is anthropocentric because man is a priest, although “involuntary / And immature,” which abolishes the distinction between the sacred and the profane. Through his ethical universalism Norwid provides a solution to the Enlightenment crisis of universal reason. Emancipation of the individual should not entail abandoning a sense of belonging, which is something that Norwid’s modernism shares with that of Central Europeans (Ch. Delsol). Understood as the expression of collective desires, cultures shape responsibility and a sense of belonging, at the same time constituting an answer to the crisis of narcissistic individualism characteristic for our times.

Biomimetic papilla texture by femtosecond laser for high-strength CFRTP/A6061-T6 FSSW hybrid structures

The lightweight design concept in structural applications has generated interest in hybrid structures of carbon-fiber-reinforced thermoplastics (CFRTP) and metals as attractive structure components. However, these hybrid structures face challenges due to the significant differences in physical and chemical properties between CFRTP and metals, resulting in limited strength and rendering them unsuitable for advanced transportation. To address these limitations, the current research focuses on creating a biomimetic texture on A6061-T6 (6061) surfaces using femtosecond laser to manufacture high-strength hybrid structures, inspired by organismal body surfaces. The CFRTP and 6061 were joined by friction stir spot welding (FSSW). The femtosecond laser treatment produces double-scale roughness on 6061 surfaces and causes carbon to absorb into alumina. These changes in physical and chemical structures enhance the compatibility between 6061 and CFRTP. The biomimetic rough aluminum surface creates effective mechanical interlock at the interface with CFRTP, preventing the initiation and propagation of fracture cracks. The presence of absorbed carbon enhances the Al-O covalency, which influences the bonding behavior at CFRTP/6061 interfaces. The improved compatibility, mechanical interlock, and enhanced bonding behavior synergistically strengthen the joint strength of CFRTP/6061 hybrid structure modified by the biomimetic papilla structure. Current biomimetic design strategy inherits the remarkable natural wisdom and is expected to provide valuable insights for the development and application of CFRTP/metal hybrid structures.

Preface

Geoshanghai 2024 International Conference Volume 8: Frontiers in GeotechShanghai, 26-29 May, 2024GeoShanghai 2024 International ConferenceCollege of Civil Engineering, Tongji University, 2024All Rights ReservedGeoShanghai is a series of international conferences on geotechnical engineering held in Shanghai quadrennially. The conference was inaugurated in 2006 and was successfully held in 2010, 2014 and 2018, with more than 1600 participants in total. Since the last conference, the geotechnical community has witnessed many advances both in fundamental understanding and engineering practices. To demonstrate the latest developments and promote collaborations in geotechnical engineering and related fields, we launch the 5th GeoShanghai International Conference to be held in May 2024.Frontiers in Geotech contains a moral invitation to geotechnical engineering to embark on a transformative journey at the intersection of innovation and sustainability by considering the following aspects: (1) Intelligent geotechnics; (2) In-situ testing & monitoring; (3) Bio-mediated and bio-inspired geotechnics; (4) Case studies; (5) Sustainability in geotechnical engineering; and (6) Other new frontiers in geotechnology. This sector is dedicated to providing the state of art and practice on multi-interdisciplinary subjects intersected by AI, biology, and sensing technologies for sustainable geotechnical engineering. The ultimate objective is to promote and guide new geotechnical engineering processes and solutions inspired by the human intellect and wisdom of nature. By embracing innovation and sustainability, we aspire to shape a future where infrastructure harmonizes seamlessly with the natural world, fostering resilient and sustainable social development for generations to come.This volume received a total of 82 papers from countries such as China, United States, Norway, United Kingdom, and others, totaling 75 papers accepted. All papers were reviewed and the accepted papers will be submitted to IOP Conference Series: Earth and Environmental Science indexed by Scopus.List of Conference Steering Committee, International Advisory Committee, Technical Committee, Organizing Committee are available in this Pdf.

Fast prototype and rapid construction of three-dimensional and multi-scaled pitcher for controlled drainage by systematic biomimicry

Biomimetic materials that use natural wisdom to solve practical problems are developing rapidly. The trend for systematic biomimicry is towards in-situ characterization of natural creatures with high spatial resolutions. Furthermore, rapid reconstruction of digital twin models with the same complex features as the prototype is indispensable. However, it faces bottlenecks and limits in fast characterization and fabrication, precise parameter optimization, geometric deviations control, and quality prediction. To solve these challenges, here, we demonstrate a state-of-the-art method taking advantage of micro-computed tomography and three-dimensional printing for the fast characterization of the pitcher plant Nepenthes x ventrata and fabrication of its biomimetic model to obtain a superior drainage controller with multiscale structures with precise surface morphology optimization and geometric deviation control. The film-rupture-based drainage dynamic and mechanisms are characterized by x-ray and high-speed videography, which determines the crucial structures for unique directional drainage. Then the optimized artificial pitchers are further developed into sustained drainage devices with novel applications, such as detection, reaction, and smoke control.

Herbal Approach in Premenstrual Syndrome – A Review

Premenstrual Syndrome (PMS) is a common phenomenon experienced by many women in the days leading up to their menstrual cycle. The physical and emotional symptoms can range from mild discomfort to severe disruptions in daily life. While conventional treatments exist, an increasing number of individuals are turning to herbal approaches to find relief from PMS symptoms such as Chaste Tree (Vitex agnus-castus), Evening Primrose Oil (Oenothera biennis), Dong Quai (Angelica sinensis), Ginger (Zingiber officinale), In addition to herbal remedies, lifestyle and dietary adjustments play a crucial role in managing PMS. A diet rich in whole foods, particularly fruits, vegetables, and whole grains, can contribute to overall well-being. Regular exercise has been shown to reduce PMS symptoms by promoting circulation and releasing endorphins, the body's natural mood elevators. The herbal approach to managing PMS offers a natural and holistic alternative for women seeking relief from the challenges of premenstrual syndrome. While individual responses to herbal remedies may vary, many women find comfort and support in the wisdom of nature.

Bio-Inspired Design in Mechanical Engineering: From Nature to Innovation

Bio-inspired design in mechanical engineering represents a transformative approach that draws inspiration from nature's ingenious solutions to address complex engineering challenges. This article explores the essence, applications, and future prospects of bio-inspired design. The essence of this discipline involves a meticulous process that includes observation, analysis, and the application of principles inspired by the natural world. Bio-inspired design has yielded remarkable innovations in various fields, from aerospace to healthcare, with applications encompassing energy-efficient transportation, bionic prosthetics, and bio-inspired materials. As the world grapples with pressing environmental issues, the future of bio-inspired design holds great promise in delivering sustainable solutions, advancing materials science, and revolutionizing energy technologies. It will continue to shape the world of mechanical engineering, offering a harmonious synergy between human creativity and the timeless wisdom of nature, guiding us toward a more sustainable and innovative future.

Network Intrusion Detection Based on Amino Acid Sequence Structure Using Machine Learning

The detection of intrusions in computer networks, known as Network-Intrusion-Detection Systems (NIDSs), is a critical field in network security. Researchers have explored various methods to design NIDSs with improved accuracy, prevention measures, and faster anomaly identification. Safeguarding computer systems by quickly identifying external intruders is crucial for seamless business continuity and data protection. Recently, bioinformatics techniques have been adopted in NIDSs’ design, enhancing their capabilities and strengthening network security. Moreover, researchers in computer science have found inspiration in molecular biology’s survival mechanisms. These nature-designed mechanisms offer promising solutions for network security challenges, outperforming traditional techniques and leading to better results. Integrating these nature-inspired approaches not only enriches computer science, but also enhances network security by leveraging the wisdom of nature’s evolution. As a result, we have proposed a novel Amino-acid-encoding mechanism that is bio-inspired, utilizing essential Amino acids to encode network transactions and generate structural properties from Amino acid sequences. This mechanism offers advantages over other methods in the literature by preserving the original data relationships, achieving high accuracy of up to 99%, transforming original features into a fixed number of numerical features using bio-inspired mechanisms, and employing deep machine learning methods to generate a trained model capable of efficiently detecting network attack transactions in real-time.

Wisdom of the Established Pattern

Wisdom of the Established Pattern

Multiscale Architectured Nafion Membrane Derived from Lotus Leaf for Fuel Cell Applications.

Hierarchically patterned proton-exchange membranes (PEMs) have the potential to significantly increase the specific surface area, thus improving the catalyst utilization rate and performance of proton-exchange membrane fuel cells (PEMFCs). In this study, we are inspired by the unique hierarchical structure of the lotus leaf and proposed a simple three-step strategy to prepare a multiscale structured PEM. Using the multilevel structure of the natural lotus leaf as the original template, and after structural imprinting, hot-pressing, and plasma-etching steps, we successfully constructed a multiscale structured PEM with a microscale pillar-like structure and a nanoscale needle-like structure. When applied in a fuel cell, the multiscale structured PEM resulted in a 1.96-fold increase in discharge performance and a significant improvement in mass transfer compared to the membrane electrode assembly (MEA) with a flat PEM. The multiscale structured PEM has the combined advantage of a nanoscale and a microscale structure, benefiting from the markedly reduced thickness, increased surface area, and improved water management inherited from the multiscale structured lotus leaf's superhydrophobic characteristic. Using a lotus leaf as a multilevel structure template avoids the complex and time-consuming preparation process required by commonly used multilevel structure templates. Moreover, the remarkable architecture of biological materials can inspire novel and innovative applications in many fields through nature's wisdom.

Mindfulness and epigenetics as factors of human health transformation

The pandemic context has reproduced a lot of information about health regulations, strongly oriented by useful scientific schemes. However, there are other humanitarian ways to take care of health affectations, beyond biologically measured facts, but an emotional component with transformational potential in the organism, which requires listening to the wisdom of the body's nature, as an expression of spirituality. In fact, mindfulness and epigenetics focus on the wisdom of the body's nature. As a consequence, in the next paragraphs, several academic works have been reviewed related to mindfulness and body, and epigenetics not just in humans, but also in animals and trees. This approach is based on the idea that an inclusive project requires to transcends the human being and paying attention to the integration of natural beings. As a methodical approach, the bases come from sociocritical paradigms and depth-hermeneutics. The aim is to create a dialectical social health discussion by considering different ideological constructions. This communication is a contribution to health educational projects, which implies criticizing the practices that have been reproduced for years, with their strong intercultural and unconscious connections.

Wisdom in Nursing Practice.

This column on practice applications focuses on wisdom and the critical nature wisdom serves within the nursing discipline. Wisdom conveys an awareness, judgement, and a diligent engagement with important persons, ideas, and others; therefore, wisdom has implications for nursing in the areas of practice, education, leadership, and research. Even broader and more importantly, wisdom connects to nursing's theoretical conceptualizations and informs the why and value of the nursing discipline.

Bio-Inspired Architecture for Energy-Efficient Homes: Blending Nature and Innovation

Bio-inspired architecture synthesizes innovative design principles and natural elements, paving the way for a sustainable and interconnected future. It requires interdisciplinary collaboration among architects, scientists, engineers, and economists to advance innovation. Establishing robust research frameworks is crucial for enhancing the precision and effectiveness of bio-inspired designs. Public awareness campaigns, policy incentives, and educational initiatives are essential for societal transformation and promoting sustainable lifestyles. Governments and organizations can promote the integration of bio-inspired concepts into conventional architectural practices through incentives, grants, and certifications. This collaborative effort can promote energy-efficient and biophilic designs, advancing societal well-being and environmental stewardship. Bio-inspired architecture goes beyond conventional construction practices, representing a philosophy that values nature's wisdom and envisions a state of balanced cohabitation. The journey towards energy-efficient, well-being-promoting, and economically accessible homes is continuous, offering a future where architecture promotes healing, sustainability, and inspiration.

EDUCATIONAL VALUES IN THE QURAN SURAH AL-JUM'AH (STUDY OF AL-MISHBAH AND AL-WASITH)

This study aims to analyze: 1) The content of Islamic education in Surah al-Jumu'ah according to Tafsir Al- Misbah and Al-Wasith, and 2) The values of Islamic education contained in Surah al-Jumu'ah. 3) The relevance of Islamic educational values in surah al-Jumu'ah to contemporary education.
 This study uses a qualitative method using a library research approach. The primary data sources in this study were the Qur'an al-Karim along with the Tafsir Al-Misbah by M. Quraih Shihab and the Tafsir al-Wasith by Wahbah az-Zuhaily.
 The results showed that: 1) Interpretation of QS al-Jumu'ah by Tafsir al-Misbah and Tafsir al-Wasith, there were no significant differences of opinion regarding their interpretation of QS al-Jumu'ah. 2) The Values of Islamic Education in Surah al-Jumu'ah described by Tafsir al-Misbah and Tafsir al-Wasith include: a) the Value of Worship: Always glorify Allah SWT. and an appeal to seek knowledge and practice it, b) Moral Values, c) Death Warning, d) Suggestions to leave business during Friday prayers. 3) The educational values described by Tafsir al-Misbah and Tafsir al-Wasith above have relevance. Namely, these values can be implied in contemporary Islamic education, for example, by imitating the Prophet as an educator with excellent affective, cognitive, and psychomotor abilities.
 According to Islamic teachings, Islamic education is physical and spiritual guidance formed by the primary personality. The educational values contained in the Qur'an Surat Al-Jumu'ah study of Tafsir Al-Mishbah Dan Al- Wasith surah begin with the wisdom of Allah, His glory, and His nature with perfect qualities, then praise the Prophet SAW. Educational values in Surah Al-Jumuah, namely explaining the values of Worship to Allah Almighty, Moral Values, Death Warnings, and Recommendations to Leave Business during Friday Prayers.

영미권의 조증 서사

In the previous education it was taken for granted that the step-by-step progress in technology brought about development. Thus, a lot of time and effort were invested in the development of technology. Despite material progress, however, there is growing evidence that we are failing to create a sustainable future for humanity and a community where discrimination and conflict are minimized. If future generations do not have an intimate attachment to others by practicing environmental and social justice, there is a high possibility that humankind will gradually lose the light of hope and turn into a society of anxiety and disgust. Many of the great narratives of modern Anglo-American culture depict emotionally extreme disorders and subsequent social maladjustment. And these manic narratives are warnings that we should practice our attachment to early parenting and symbiotic ethics (ESG management) of industries that are friendly to the natural world. The burgeoning manic narratives of Anglo-American society across fiction, media, and non-fiction eloquently suggest the need to regain the power and wisdom of human nature through attachment and symbiotic value realization, rather than new technologies or manic or dopamine stimuli from excessive consumption.

The Cooperative Spirit of Nature in the Kalevala Creation Myth: An Argument for Modern Animism

The Finnish Kalevala epic contains a world-creation myth that exemplifies the essential cooperation between humans and the nature spirits that inhabit the land. These stories not only reflect the culture’s animistic worldview, they also contain a remarkable awareness of how humans depend on the wisdom of nature to survive and illustrate how that coexistence benefits both humans and nature—a perspective that can be increasingly valuable in the modern era.

Bamboo nodes show nature's wisdom.

Bamboo nodes show nature's wisdom.

Active Perception in Non-Visual Recognition Environments by Stretchable Tentacle Sensor Arrays.

Smoke fog or other light-interference environments have intrinsic obstruction for visual recognition techniques to explore objects and surroundings. Alternatively, tactile perceptions, rather than visual observations, are commonly used by burrowing or deep-sea animals to communicate with environments. Bio-inspired by this natural wisdom, here, we demonstrate stretchable tentacle sensor arrays, which can recognize surrounding objects located in non-visual conditions such as smoke fog or dark environment. Each tentacle sensor is composed of two functional parts: a retractable tentacle with a magnetic top and an elastomer bottom containing copper coils. Different from traditionally passive tactile sensors, these tentacle sensors can actively stretch under the control of a syringe pump, yielding different electrical signals when in contact with the objects. Analyzing collected sensing signals of those tactile sensor arrays by the feature analysis model, complex morphological information of irregular objects in the smoke fog can be recognized. Our study reveals a fundamental connection between stretchable tactile sensors and feature analysis and demonstrates its practical potential for active perception in a non-visual recognition environment.

Evaluation of the implementation of ecotourism principles in the operation of diving tourism in Bali, Indonesia

Using a set of attributes of ecotourism principles, this study aims to evaluate the compatibility between community expectations and the performance of implementing ecotourism principles and to find out the actual performance of implementing ecotourism principles in diving tourism practices in Bali from the perspective of the local community. Data were collected through a questionnaire survey of 234 respondents from indigenous community leaders regarding their expectations of 18 attributes of ecotourism principles and their perceptions of the performance of these attributes. A total of 17 of the 18 attributes of the ecotourism principles have negative performance, meaning that the performance level of these attributes was lower than expected, and one attribute is neutral. Importance-Performance analysis shows that the attributes of ecotourism principles that have performed well and need to be maintained include Minimizing environmental impact, Responsibility for the natural environment, culture, and local wisdom, Use of local products, Use of local workers, and Hospitality in services. On the other hand, the attributes of ecotourism principles that have become weaknesses and need to be focused on for improvement include Partnership with the local community, Increase local capacity Eco-friendly tourism facilities, and Minimizing social impact.

Emerging prospects of protein/peptide-based nanoassemblies for drug delivery and vaccine development.

Proteins have been widely used in the biomedical field because of their well-defined architecture, accurate molecular weight, excellent biocompatibility and biodegradability, and easy-to-functionalization. Inspired by the wisdom of nature, increasing proteins/peptides that possess self-assembling capabilities have been explored and designed to generate nanoassemblies with unique structure and function, including spatially organized conformation, passive and active targeting, stimuli-responsiveness, and high stability. These characteristics make protein/peptide-based nanoassembly an ideal platform for drug delivery and vaccine development. In this review, we focus on recent advances in subsistent protein/peptide-based nanoassemblies, including protein nanocages, virus-like particles, self-assemblable natural proteins, and self-assemblable artificial peptides. The origin and characteristics of various protein/peptide-based assemblies and their applications in drug delivery and vaccine development are summarized. In the end, the prospects and challenges are discussed for the further development of protein/peptide-based nanoassemblies.