Homeopathy and high dilutions in the context of water structure research: the experience in the 9th World Water Forum - 2022

L. Bonamin, Sergio Augusto Ribeiro
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Just as the Toronto Conference in 1986 was a milestone for the climate agenda to spark a process of the organization by the scientific community of what became the Intergovernmental Panel on Climate Change - IPCC, the 8th World Water Forum held in Brasilia in 2018 became a milestone in the agenda of the micro and nanostructure of water. The IPWS connects leading researchers who develop research on water structure and related fields of knowledge and their most diverse applications from an interdisciplinary perspective. Since 2018, CIRAT – International Center on Water and Transdisciplinarity has been responsible for the executive secretary of the IPWS. In 2020 a partnership between CIRAT and WATER – a Multidisciplinary Research Journal has begun, intending to organize a special edition on Water and Transdisciplinarity to be launched during the 9th WWF, in Dakar, on March 24th, 2022. The whole project was organized by Prof. Leoni Bonamin, from Universidade Paulista, with the support of the Editor-in-Chief of this journal, Prof. Gerald Pollack, from Washington University at Seattle. This special edition aimed to disclose advanced knowledge about water at different structural levels, leading to a new understanding of water in response to the challenges of our century. The focus was on the cross-over of information with technical quality and bold thinking, as shown in Figure 1 below. Homeopathy was included among the themes. It was a multi-step process aiming to offer readers a sample of how frontier science can signal a very different and much more exciting future to the following generations than we usually expect. The objective was to gather scientific quality and allow the authors to propose and discuss hypotheses based on the literature. For this, the manuscripts were initially received, after personal invitations sent to more than 200 researchers in the field, whose contributions were evaluated in a pre-selection based on the scope of WATER. They then went through a thorough two-step peer review process. In the first stage, ad-hoc reviewers were invited to give their opinions. In the second stage, members of the Editorial Board carried out a new detailed analysis of the content to ensure maximum scientific understanding, allowing the authors to be bold in their projects while careful with the methodology. From the Board's organization to the design of the editorial flow and peer review, the entire process was carried out voluntarily by all the actors involved. Thus, the whole editorial process was philanthropic, there were no costs for the authors, and all articles were published as open access. Authors from five countries participated in this project: Brazil, India, Italy, Russia, and the United States. Given the multidisciplinary nature of this special edition, the sequence of articles was organized following a well-defined logic: from the broadest to the most specific topics, culminating in innovative proposals with the possibility of immediate application. For this, different sessions were organized according to the topics: \"Opinion Article,\" \"Hypotheses,\" \"Water Structure,\" \"High Dilutions,\" \"Water and Environment,\" and \"New Devices.\" Four of twelve articles reported results on high dilutions, including its physicochemical properties and the implications on biological systems, such as plants and aquatic animals [1-4]. This initiative inspired all to envision the possibility of offering practical solutions to old problems involving different ways of water management, which could reduce social gaps and improve the quality of life fairly and universally. 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Abstract

Water plays a vital role in adapting natural and human systems in a climate change scenario. Understanding how this fundamental element of life is organized and functioning is essential to gather, disseminate, and advance knowledge about water at the micro and nanostructure level. With developments in the different research areas, the International Panel on Water Structure – IPWS was created during the 8th World Water Forum (WWF) of Brasília in 2018. Just as the Toronto Conference in 1986 was a milestone for the climate agenda to spark a process of the organization by the scientific community of what became the Intergovernmental Panel on Climate Change - IPCC, the 8th World Water Forum held in Brasilia in 2018 became a milestone in the agenda of the micro and nanostructure of water. The IPWS connects leading researchers who develop research on water structure and related fields of knowledge and their most diverse applications from an interdisciplinary perspective. Since 2018, CIRAT – International Center on Water and Transdisciplinarity has been responsible for the executive secretary of the IPWS. In 2020 a partnership between CIRAT and WATER – a Multidisciplinary Research Journal has begun, intending to organize a special edition on Water and Transdisciplinarity to be launched during the 9th WWF, in Dakar, on March 24th, 2022. The whole project was organized by Prof. Leoni Bonamin, from Universidade Paulista, with the support of the Editor-in-Chief of this journal, Prof. Gerald Pollack, from Washington University at Seattle. This special edition aimed to disclose advanced knowledge about water at different structural levels, leading to a new understanding of water in response to the challenges of our century. The focus was on the cross-over of information with technical quality and bold thinking, as shown in Figure 1 below. Homeopathy was included among the themes. It was a multi-step process aiming to offer readers a sample of how frontier science can signal a very different and much more exciting future to the following generations than we usually expect. The objective was to gather scientific quality and allow the authors to propose and discuss hypotheses based on the literature. For this, the manuscripts were initially received, after personal invitations sent to more than 200 researchers in the field, whose contributions were evaluated in a pre-selection based on the scope of WATER. They then went through a thorough two-step peer review process. In the first stage, ad-hoc reviewers were invited to give their opinions. In the second stage, members of the Editorial Board carried out a new detailed analysis of the content to ensure maximum scientific understanding, allowing the authors to be bold in their projects while careful with the methodology. From the Board's organization to the design of the editorial flow and peer review, the entire process was carried out voluntarily by all the actors involved. Thus, the whole editorial process was philanthropic, there were no costs for the authors, and all articles were published as open access. Authors from five countries participated in this project: Brazil, India, Italy, Russia, and the United States. Given the multidisciplinary nature of this special edition, the sequence of articles was organized following a well-defined logic: from the broadest to the most specific topics, culminating in innovative proposals with the possibility of immediate application. For this, different sessions were organized according to the topics: "Opinion Article," "Hypotheses," "Water Structure," "High Dilutions," "Water and Environment," and "New Devices." Four of twelve articles reported results on high dilutions, including its physicochemical properties and the implications on biological systems, such as plants and aquatic animals [1-4]. This initiative inspired all to envision the possibility of offering practical solutions to old problems involving different ways of water management, which could reduce social gaps and improve the quality of life fairly and universally. The Issue will be available online from April 30th, 2022.
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顺势疗法和水结构研究背景下的高稀释:第九届世界水论坛的经验- 2022
在气候变化情景下,水在适应自然系统和人类系统方面发挥着至关重要的作用。了解这个生命的基本元素是如何组织和运作的,对于收集、传播和推进关于水的微观和纳米结构水平的知识是必不可少的。随着不同研究领域的发展,国际水结构小组- IPWS于2018年在Brasília举行的第八届世界水论坛(WWF)期间成立。正如1986年的多伦多会议是气候议程的一个里程碑,引发了科学界组织政府间气候变化专门委员会(IPCC)的进程,2018年在巴西利亚举行的第八届世界水论坛成为水的微观和纳米结构议程的一个里程碑。IPWS从跨学科的角度连接了开发水结构和相关知识领域及其最多样化应用研究的领先研究人员。自2018年以来,CIRAT -国际水与跨学科中心负责IPWS的执行秘书。2020年,CIRAT与多学科研究期刊WATER之间的合作关系已经开始,打算在2022年3月24日在达喀尔举行的第九届世界自然基金会期间推出关于水和跨学科的特别版。整个项目由圣保罗大学的Leoni Bonamin教授组织,本刊主编、西雅图华盛顿大学的Gerald Pollack教授支持。这个特别版旨在从不同的结构层面揭示有关水的先进知识,以应对本世纪的挑战,从而对水有新的认识。重点是具有技术质量和大胆思维的信息交叉,如下图1所示。顺势疗法是主题之一。这是一个多步骤的过程,旨在为读者提供一个例子,说明前沿科学如何预示着一个与我们通常预期截然不同、更令人兴奋的未来。目的是收集科学质量,并允许作者提出和讨论基于文献的假设。为此,在向该领域200多名研究人员发出个人邀请后,最初收到了手稿,这些研究人员的贡献是根据WATER的范围进行预选评估的。然后,他们经历了一个彻底的两步同行评审过程。在第一阶段,邀请专门的审稿人给出他们的意见。在第二阶段,编辑委员会的成员对内容进行了新的详细分析,以确保最大程度的科学理解,使作者能够大胆地进行项目,同时谨慎地使用方法。从委员会的组织到编辑流程和同行审查的设计,整个过程都是由所有有关行动者自愿进行的。因此,整个编辑过程是慈善的,作者没有任何成本,所有文章都以开放获取的方式发表。来自五个国家的作者参与了这个项目:巴西、印度、意大利、俄罗斯和美国。鉴于这个特别版的多学科性质,文章的顺序是按照一个明确定义的逻辑组织的:从最广泛的到最具体的主题,最终以具有立即应用可能性的创新建议告终。为此,根据“观点文章”、“假设”、“水结构”、“高度稀释”、“水与环境”和“新设备”等主题组织了不同的会议。12篇文章中有4篇报道了高稀释的结果,包括其物理化学性质和对生物系统的影响,如植物和水生动物[1-4]。这一倡议激发大家设想为涉及不同水管理方式的老问题提供实际解决办法的可能性,这可以减少社会差距,公平和普遍地提高生活质量。本刊将于2022年4月30日起在线发行。
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Homoeopathic treatment for chronic cough – a multicentric, prospective, exploratory trial Efficacy of Homeopathic Higher Dilutions in management of Sleep Disorders: A Review Antiadipogenic activity of homoeopathic preparation of Chelidonium Majus employing3T3-L1 cell line as a model. “Exploring the potential of Homoeopathy: A detailed examination of Systematic Review and Meta- analysis procedure- weighing the Pros and Cons” The Crucial Role of Prognostic Factor Research Models in Guiding Homeopathic Prescriptions: An Evidence Based Medicine perspective.
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