Implementation Of New Technologies Research Articles

On the reliability of image analysis for bubble size distribution measurements in electrolyte solutions in stirred reactors

The translation of chemical processes from laboratory to industrial scale is crucial for the effective and sustainable implementation of new technologies. This transition presents significant challenges, particularly in multiphase systems where variations in physical chemistry can complicate scale-up efforts. A key aspect of this challenge is understanding bubble dynamics in gas-liquid systems, which are pivotal in processes such as hydrogen production and CO2 absorption. Bubble size significantly influences mass transfer rates and process efficiency, necessitating accurate measurement methods. A factorial design approach was employed to assess the sensitivity of results to key parameters. The findings provide quantitative guidelines for optimizing image analysis techniques and improving the accuracy of bubble size measurements in diverse operational conditions. This work advances the understanding of bubble dynamics in gas-liquid systems and offers practical insights for refining measurement techniques, ultimately supporting more effective scale-up of chemical processes.

A relay race or an ironman? A systematic review of the literature on innovation in the mining sector

As global demand for minerals and metals surges, the mining industry is faced with the triple challenge of finite resources, societal resistance, and environmental considerations. To address these challenges the mining sector is relying on innovation and technological advancements to enable exploitation of so far inaccessible deposits, minimize energy consumption, and improve sustainability. This study presents a systematic review of the literature on innovation in mining and the unique management approach being adopted to respond to the above challenges. From an initial corpus of 4059 scientific articles, a reproducible process filtered out 222 documents, published between 1996 and 2023. The analysis reveals that the literature on innovation in the mining industry, predominantly qualitative and exploratory in nature, is showing a shift towards empirical validation using advanced quantitative methods. Mining innovation appears to be shaped by the industry's inherent features such as a conservative culture, market volatility, emphasis on productivity, and profitability. While the industry somewhat risk-averse approach favours stability and specialization which could hamper innovation, its simultaneous focus on productivity encourages innovation to achieve cost reductions, enhanced processes, and implementation of new technology. However, the uniformity of ore and the position of miners in the value chain is not favorable to product innovation and the focus tends to be on —mainly supplier-led— process innovation. The review also shows the potential benefits of non-technological innovations, including marketing and organizational changes although these are infrequent. The study concludes by addressing conceptualizations of innovation and mining management and highlighting gaps in research that focuses on regions, minerals, and innovation types. It also discusses the knowledge management implications in this context.

Analysis of investment behavior among Filipinos: Integration of Social exchange theory (SET) and the Theory of planned behavior (TPB)

Despite the emergence of more accessible and modern forms of investment, the ever competitive and volatile market remains subject to anomalous irrationalities caused by investors. To this day, predicting their behavior remains difficult with lacking information, and poses a problem for investment platforms to effectively adjust to their predispositions. Therefore, this study aimed to comprehensively analyze the factors that have influenced investors’ behaviors using the integrated construct of the Social Exchange Theory and the Theory of Planned Behavior. With consideration of convenience sampling, a total number of 10,725 data points were collected and analyzed through machine learning algorithms of decision tree and neural network. Specifically, the comparison between long short-term memory (LSTM) and neural network, and random forest classifier and LightGBM were considered. It was found that the investor’s attitude, accessibility to financial services, and perceived economic benefits were the most influential predictors to their behavior, while six other factors also showed varying levels of significance. This study aimed to provide a unique framework which could be utilized by investment platforms to cater to the different behavioral factors expressed by investors. In line with these findings, it is recommended that platforms create flexible solutions that are based on their intentions and preferences, and more user-friendly through the implementation of new technologies. In addition, they are suggested to appeal to novice investors by reducing the burden of costs, promising future benefits, and promoting financial education. The results of this study proved the reliability of the integrated model as a social and behavioral framework, and consequently, LSTM overpowering other tools on accurate forecast made, followed by neural network, and random forest.

The Vision Zero strategy and its goals

The relevance of studying the Vision Zero strategy is driven by the growing challenges in road traffic safety faced by modern societies. Despite advances in technology and infrastructure, the number of fatalities and injuries in road accidents remains a significant issue, requiring new approaches for resolution. In the context of increased attention to sustainable development and reducing the negative impact on the environment, Vision Zero offers innovative solutions aimed at harmonizing human safety with the ecological and economic demands of modern transportation systems. The Vision Zero strategy represents a modern and ambitious approach to road safety, aiming for the complete elimination of deaths and serious injuries on the roads. This study is dedicated to a comprehensive analysis of the main goals and principles of the Vision Zero strategy, as well as its application in the context of road safety within the European Union. The aim of the study is to thoroughly examine the key objectives of Vision Zero, such as achieving zero fatalities in traffic accidents and reducing serious injuries. Special attention is given to defining serious injuries and methods to reduce them, including both technical and infrastructural solutions. The paper discusses the core principles of the strategy, including ensuring the safety of vehicles, infrastructure, and driver behavior, as well as the principles of a systems approach and proactive risk management. The findings of the study confirm that the Vision Zero strategy is an effective tool for reducing the number of traffic accidents and serious injuries, due to its comprehensive approach to road safety. Specifically, the research shows that achieving Vision Zero’s goals has a significant socio-economic impact, including reduced medical costs and improved quality of life for citizens. The realization of these goals also promotes the implementation of new technologies and innovations in the field of safety, making transportation systems more efficient and reliable. By analyzing and justifying the importance of achieving the Vision Zero goals, the study underscores the need for a comprehensive approach to managing road safety and demonstrates the potential of this strategy to ensure a safer and more sustainable transportation environment in the European Union.

Characterization and Evaluation of an Electrostatic Knapsack Sprayer Prototype for Agricultural Crops

Pesticide application development has grown exponentially in recent decades thanks to the implementation of new technologies and improved quality of spray input application. Electrostatic technology for increasing deposition has proven to be a suitable tool under specific study conditions, such as when working with very small droplet sizes, with air assistance, or typically in greenhouse environments. However, its effectiveness in hydraulic spraying, as well as its application from a commercial point of view in agriculture, is still challenging. The aim of this study was to evaluate the performance of this technology by implementing a modified lance on a small commercial knapsack sprayer, equipped with a hydraulic nozzle providing a range of droplet size values (Dv50) from 136 μm to 386 μm in the pressure range between 2 and 6 bar. This setup allowed operation under normal conditions (disconnected electrostatic system: NES) or with the connected electrostatic system (ES), with both configurations being tested in this study. Liquid distribution profiling as well as qualitative and quantitative evaluation of deposition were carried out both under laboratory conditions and in tomato crops under greenhouse conditions. The results showed no differences between the ES and NES in terms of flow rate (L min−1) characterization or in the total accumulated volume collected with the vertical bench. The impact of the electrostatic system connection was clearly observed in laboratory trials, with total deposition increases of up to 66%. In field trials, this effect decreased in unexposed areas and in denser sections of the crop. However, the overall increase in deposition, mainly associated with the exposed side, continued to be significant.

A brief history of primate research in the Ndoki forest.

The Nouabalé-Ndoki National Park (NNNP) in Republic of Congo has become a beacon for conservation in Central Africa. This manuscript documents the arrival of primatologists, the establishment of field stations and major discoveries in primate behavior and ecology. Field stations were strategically established to study primate behavior in a variety of different contexts from stationary platforms to forest follows of habituated groups. The implementation of new technologies and analyses have also been a hallmark of research at Ndoki. Scientists are shaping a new era in primatology at NNNP by building on past successes and promoting the next generation of Congolese conservationists to address environmental challenges. Results have proven crucial in discussions with government and industry and led to conservation gains such as the inclusion of the intact forests of the Goualougo and Djéké Triangles into the NNNP. The research stations have also become essential for developing a long-term certified sustainable international gorilla tourism program. Despite the many advancements for conservation such as increased protection of forests, development of internationally recognized protocols and large-scale capacity building initiatives, there are reasons for considerable concern in the near- and long-term for primates and their forest habitats in the Ndoki landscape. To address these concerns, we emphasize the long history of forming partnerships with local communities. We also discuss shared overlap featuring multicultural and environmental use of forest resources that is likely to be crucial in championing the conservation of the Ndoki forests for the next 25years and beyond.

УДОСКОНАЛЕННЯ ОРГАНІЗАЦІЙНОГО ЗАБЕЗПЕЧЕННЯ ПРОЦЕСУ ЗАЛУЧЕННЯ ФОРМИ ВЕНЧУРНОГО БІЗНЕСУ ДЛЯ РОЗВИТКУ ПІДПРИЄМСТВА В УМОВАХ ЦИФРОВІЗАЦІЇ ЕКОНОМІКИ

The necessity for improving the existing organizational framework for engaging venture business forms is justified, aiming to facilitate the implementation of new technologies, elevate production to a higher level, and enhance the competitiveness of enterprises in both domestic and international markets. The organizational support for involving venture business forms in the development of industrial enterprises in the conditions of economic digitization is enhanced. A scheme for selecting the organizational form of venture business and funding sources is proposed, allowing the utilization of digital transformation tools to increase the effectiveness of venture business engagement. Venture business is defined as entrepreneurial activity involving the infusion of risky investments into the innovative development of a knowledge-intensive industry, prone to potential growth. The following organizational forms of venture business are identified: "independent ventures," "external ventures," and "internal ventures". Various types of organizational forms of venture business and sources of their funding are considered. The engagement of venture business forms is carried out through financing the venture using various capital sources, specifically from the company's cash fund, funds from venture investors, and funds obtained from a venture fund. Using the PATTERN method, a goal tree for each form of venture business and funding source is constructed. The cost forecast for organizing an internal venture with funding from the company's own financial resources is conducted. The author also proposed an alternative venture financing option using the company's funds, such as raising funds from a venture fund through the sale of 10–20% of the company's shares. The proposed measures will enable industrial enterprises to overcome their crisis and become competitive in both external and internal markets.

Современные подходы к управлению устойчивым развитием сельскохозяйственных предприятий в условиях глобализации

Abstract. The agricultural sector faces challenges exacerbated by global trends such as climate change, market fluctuations and increased international competition. These factors require adaptation and implementation of new technologies to minimize the negative impact on yields and production stability. The importance of sustainable development of the agricultural sector is due to its role in ensuring food security and environmental stability. This requires management flexibility, innovation and collaboration with local communities and government to ensure sustainable development and socio-economic well-being. The purpose of this article is to analyze modern approaches to managing the sustainable development of agricultural enterprises, as well as assessing their effectiveness in the context of globalization. Methods. The article uses methods of analysis of scientific literature, comparative analysis, as well as case studies from various countries. This made it possible to generalize the experience of applying various strategies and practices for managing sustainable development. Scientific novelty lies in the development and application of a multidisciplinary methodological framework that integrates economic, environmental and social aspects to assess the effectiveness of existing management models in the agricultural sector in the context of globalization. An integrated approach includes analysis of indicators such as enterprise profitability, level of environmental impact and degree of social responsibility. Results. The main results are to identify the most effective modern approaches to managing sustainable development, which take into account the specifics of the agricultural sector and global economic trends. The article concludes that the integration of innovative technologies, increasing environmental responsibility and strengthening international cooperation are key factors for successfully managing the sustainable development of agricultural enterprises in modern conditions.

Automation in the Maritime Transport System – A Framework for Planning Resilient Operations

Abstract Maritime transport systems (MTS) are becoming increasingly automated, integrated and complex. New technology, automation and autonomous systems will contribute to safer, greener, and more efficient transport systems. However, the advancements pose new challenges, and it is a need to understand and manage the potential brittleness and risks. Uncertainties and the unknown should be prepared for when planning the implementation of new technology. Hence, this paper presents a framework to support the planning for resilient operations when introducing autonomy in a MTS. The framework is based on a resilient approach and is the first draft of a framework being developed within the research project Maritime Resilience Management of an Integrated Transport system (MARMAN). The approach is intended to facilitate a process where MTS actors work systematically to identify challenges, clarify potential future measures, and prepares for integrating automation and autonomy in a system. The method emphasizes the needs for cooperation, coordination and integrated planning across different transport modalities, organizational boundaries and stakeholders. But also between humans and technology, focusing on the different levels of planning (i.e. strategic, tactical and operational), where the main objectives will be to increase resilience by coping with potential critical events. In addition, continuous learning and commitment between actors and how to use the new technology are crucial for enhancing resilience.

Implementation of new technologies in nutritional teleconsultation by Nutrition Graduates from Entre Ríos, Argentina

The COVID-19 pandemic in Argentina has challenged health professionals to implement teleconsultation to maintain continuity of care. Describe the implementation of new technologies in teleconsultation by Nutrition professionals from Entre Ríos, from the beginning of the ASPO to the new normal.Methodology: Observational, descriptive, quantitative, and cross-sectional study, in which 72 Nutrition professionals from Entre Ríos, Argentina participated through a self-administered online questionnaire. The descriptive analysis of the data was carried out in the IBM® SPSS Statistics program. 84.7% of professionals began to implement new technologies in teleconsultation since the beginning of the ASPO. Although the majority did not experience significant changes in their income, relationships with patients, or time spent in teleconsultation compared to in-person care, 78% did not receive specific training for the implementation of these technologies in remote care. Despite this challenge, 80% expressed their intention to continue with this type of care in the new normal, allocating hours of their workload for this purpose. The implementation of new technologies in teleconsultation has proven to be an ally in maintaining the continuity of nutritional care since the beginning of ASPO. However, to provide a quality service, it is necessary to select the most appropriate technologies and dedicate sufficient time to planning and implementation.

Promising areas of slag processing in ferrous metallurgy

The characteristics of promising areas of slag processing in ferrous metallurgy are given. An increase in requirements for environmental protection was noted. Modern slag processing includes primary and secondary processing, which differ in the physical state of the slag. The technological foundations of mass processing of slag have been formed at the Ural Institute of Metals. An assessment of the state of slag processing shows that the capacity of crushing and screening plants, mainly due to complexes purchased abroad, exceeds the yield of slag of current production and leads to a decrease in dumps. Modern areas of economics and environmental protection require the creation and implementation of new technologies and equipment for the processing of slag in liquid and solid form, improving the quality of products at all stages of processing. Processing of slag in liquid form at furnace (or located near melting furnaces) plants will make it possible to organize the technological process in highly economical environmentally friendly small-sized units, to adjust the composition and properties of slag, to expand the range and quality of the resulting products, to create conditions for the utilization of melt heat and the recycling of slag processing products. These processes reduce the environmental burden on the environment, reduce material, energy and operational costs, and expand the range and quality of the products obtained

Environmental innovation subjects: current legal challenges

Problem setting. Environmental innovation is a key element of a sustainable development strategy aimed at reducing the negative impact of human activity on the environment. They consist in the implementation of new technologies, processes, products or services that have a lower negative impact on nature compared to traditional solutions. A central aspect of environmental innovations is the participation of entities that contribute to their development and implementation. In all industrialized countries, innovation is one of the priority directions in government policy, because it is the basis of national independence and economic development. The state creates favorable conditions for innovative activity, forming uniform civilized rules and mechanisms that determine the development of all subjects of the innovation sphere. Analysis of recent researches and publications. In particular, in this area there were publications of legal scholars: G.V. Anisimova, V.L. Bredikhina, M.V. Krasnova, Yu. Yu. Bakai, D.V. Zadikhailo and others. Purpose of research consists in determining and making proposals to the current legislation in a certain topic. Article’s main body. The subjects of the modern market of ecological innovations are the state, enterprises, organizations, institutions, universities, foundations, natural persons (scientists and specialists), who ensure the processes of generation and distribution of ecological innovations Organizational and legal forms of innovative activity in the environmental sphere are technoparks, technopolises, business incubators, innovation centers, venture firms, consulting and analytical firms. Conclusions and prospects for development. Technoparks, in today’s world, the latter play a significant role in promoting the direct development of environmental innovations. Their existence is based on the creation of a favorable environment for interaction between scientific institutions, business and authorities with the aim of joint creation and implementation of new technologies of environmental direction. Science parks should contribute to the support of startups, the direction of which is primarily the development and implementation of environmental technologies, including the development of efficient renewable energy sources, waste-free / low-waste materials and other products aimed at reducing the negative impact on the environment. Clusters, in turn, facilitate the concentration of enterprises operating in similar or complementary segments of the economy, thereby allowing them to jointly develop and implement environmental innovations through the exchange of knowledge and resources. Innovative business incubators have the opportunity to provide startups with financial support. It is about receiving grants, investments, etc. Such financial support will allow startups to work on their ideas, develop products and introduce them to the market. Second, business incubators can provide expert support. For example, business consulting, technical advice, marketing or product development support. Experts at the incubator guide startups through the various stages of development, from ideation to commercialization, helping them avoid common mistakes and use best practices.Industrial parks act also as one of the subjects of ecological innovation relations due to their ability to unite production enterprises in order to jointly implement ecological technologies and practices. They can be involved in the implementation of energyefficient technologies, renewable energy, the development and implementation of efficient use of water resources, as well as waste management. Industrial parks can create favorable conditions for cooperation between enterprises in the field of environmental research and development, as well as promote the exchange of knowledge and experience in this area. Thus, the main goal common to all these subjects is to promote the development and implementation of environmentally friendly technologies with the aim of preserving the environment, as well as ensuring sustainable development.

ENVIRONMENTAL SITUATION AS A FACTOR IN ENSURING THE ECONOMIC SECURITY OF THE REGION (similar to the Volga federal district)

The article presents the results of a study of the impact of environmental safety on the economic security of the region. The economy of a country and its regions is inextricably linked to the state and functioning of its elements, including the environmental situation. This factor has an impacton the resource supply of production, life expectancy and working capacity of the population, aswell as on trade opportunities in both domestic and foreign markets. Without ensuring environmental safety, it is impossible to ensure the safety of economic processes. Assessment of regional environmental safety is currently an urgent area of research, since many regions of Russia are characterized by a high proportion of industrial production, high anthropogenic load and the presence of environmental problems that can negatively affect the economic security of the region. The article presents the results of an assessment of the environmental safety of the regions of the Volga Federal District using various methods. The authors analyzed the state of environmental safety of the regionson the basis of a number of indicators outlined in the Strategy of Environmental Safety of Russia. The results of the evaluation using the indicative method are presented. In addition, a cluster analysis was carried out over several years, which, based on official statistical data, allowed the formation of groups of regions according to the level of environmental safety. The authors identified the following are as for neutralizing threats to environmental safety: improvement of legislation in the field of environmental safety; development and implementation of new technologies that will be more environmentally friendly; creation of programs for environmental cleanup and restoration of natural resources; strengthening control over compliance with environmental norms and standards. The identification of the interrelationships between environmental and economic security will allow us to develop effective strategies to ensure the sustainable development of the region, reduce the negative impacton the environment and increase the level of environmental safety.

Sociodemographic Impact on the Adoption of Emerging Technologies

This study investigates the influence of gender and age on the acceptance of emerging technologies such as robotics and artificial intelligence (AI), Using the Spanish Sociological Research Centre’s Science and Technology Perception Survey 2023. This is a representative sample of the Spanish population, comprising 2,384 responses. The results obtained using Ordinary Least Squares Regression reveal highly significant differences in acceptance and interest in technology, with women and older people showing less enthusiasm towards AI and robotics. The study also uncovers a nuanced perception of the socio-cultural impact of technology. While concerns about dehumanization were evident, fears related to elitism and inequality were not significantly supported. These findings highlight the need for inclusive and sensitive strategies in the development and implementation of new technologies by both corporate CSR policy and public policy.

Causal cycles, causal intervals, and measurement in over-time studies

If over-time data are used to model XàY causal relationships, the measurement (or “recording”) interval should match (or at least approximate) the actual causal (or “existence”) interval for X’s effect on Y. I discuss this issue in the context of causal cycles of events and give three examples involving hurricanes, job change and adoption and implementation of new technology. I conclude with some considerations and recommendations for matching measurement to causal intervals in over-time research.

Methodology for the Selection of Risk Response Actions while Considering Corporate Objectives in the Metalworking Industry

Context: Projects in metalworking companies are affected by risk. Proper risk management depends on the responses provided to improve the project plan. However, multiple potential actions may result in constraints due to multiple factors. The purpose of this article is to propose a hybrid approach to solve the problem of selecting risk response actions while considering strategic objectives, fuzzy logic, and simulation. Method: First, 334 risks were identified through a literature review and a discussion with experts. These were then filtered, resulting in 70 operational risks. Subsequently, the ten critical risks were prioritized using the risk matrix. Then, using Monte Carlo simulation and correlation analysis, the activities most affected by the risks were identified. Finally, potential response actions were designed for each case, and fuzzy logic and quality function deployment were applied to evaluate them. Results: The selected responses were framed within the strategic objectives, i.e., customer satisfaction, business profitability, and implementation of new technologies. This, while considering some corporate attributes that the actions had to meet finishing the project on time, having low costs, and meeting the scope. The selected actions had a better profile than others seeking to minimize time or costs. Conclusions: EPCC projects are complex and often suffer from gaps in scope, time, and cost. Risk analysis and the selection of responses in the planning phase help to improve performance. This study developed a risk response plan for a project executed in Brazil. Risks were identified, classified, and mitigated using simulations, resulting in an 11-day reduction in the project’s estimated duration.

A High Dynamic Range Ion Detector for Multireflection Time-of-Flight Analyzers.

Reflectron-based time-of-flight analyzers rely on subnanosecond detector time response to achieve acceptable resolving power for low-mid-mass, multiple-ion peaks. With the adoption of multireflection analyzers, order of magnitude longer folded ion paths relax restrictions on detector response time, allowing implementation of new technologies that greatly improve dynamic range, detector lifetime, and ion detection efficiency. A detection system is presented, integrated into a multireflection analyzer, that combines 10 keV postacceleration and focal plane correction with a unique BxE focusing, optically coupled detector, preamplification, and dual-channel digitization. Calibration and peak-handling methods are also described. The instrument demonstrated >1 × 104 dynamic range in a single shot, > 100k resolving power, and a relative immunity to detector aging.

Thoroughbred Horse Racing Safety Regulations

Horse racing faces many challenges in modern-day society and the once famous “sport of kings” is in danger of becoming a thing of the past. In the United States alone, the horse industry contributes more than $122 billion to the economy annually (Bull, 2023). Horse racing contributes over $30 billion and is one of the largest entertainment and sporting industries (Bull, 2023). However, the sport is facing major challenges with concerns for the safety of its equine and human participants. Horse racing's future depends on the safety of horses and jockeys, the implementation of new technology to improve the industry, and an evaluation of the impact of both new and existing regulations on the sport.

Impact and consequences of CBDC development on monetary policy

The purpose of the paper is to identify the reasons for the implementation of CBDCs, to clarify their characteristics, differences and similarities with cybercurrencies, the opportunities they provide for different categories of users and the monetary policy of the state, as well as to identify the benefits and threats arising from their implementation and to identify the main opportunities to avoid the threats caused by the implementation of CBDCs. The methodological and theoretical basis of the paper is based on the scientific works of foreign and domestic scientists, analytical and statistical information on the impact of CBDC on society, the population, and the state’s monetary policy, as well as regulations created to regulate monetary policy. During the study, the methods of comparative and empirical analysis and synthesis, as well as a systematic approach were used. Digital technologies are part of progress, and they are gradually penetrating all areas of the economy. This process also has an impact on monetary policy through the introduction of new payment systems and mechanisms, as well as currencies. At the present stage, cybercurrencies have become widespread, and with it, many governments have begun to study or develop their own cybercurrencies – CBDCs. Such currencies can be retail, wholesale, and hybrid depending on their application. Along with a significant number of advantages that these currencies bring, they also have a number of disadvantages and possible threats to both users and the state’s monetary policy. The paper has led to the conclusion that by implementation of new technologies, it is important to maintain a balance between them and traditional financial instruments. It is also important to ensure that there is an alternative in case of emergencies and to avoid governments manipulating the population’s dependence on electronic money and the array of personal information associated with it.

Striking the Balance: Embracing Technology While Upholding Humanistic Principles in Neurorehabilitation

Background The rapid advancement of technology-focused strategies in neurorehabilitation has brought optimism to individuals with neurological disorders, caregivers, and physicians while reshaping medical practice and training. Objectives We critically examine the implications of technology in neurorehabilitation, drawing on discussions from the 2021 and 2024 World Congress for NeuroRehabilitation. While acknowledging the value of technology, it highlights inherent limitations and ethical concerns, particularly regarding the potential overshadowing of humanistic approaches. The integration of technologies such as robotics, artificial intelligence, neuromodulation, and brain-computer interfaces enriches neurorehabilitation by offering interdisciplinary solutions. However, ethical considerations arise regarding the balance between compensation for deficits, accessibility of technologies, and their alignment with fundamental principles of care. Additionally, the pitfalls of relying solely on neuroimaging data are discussed, stressing the necessity for a more comprehensive understanding of individual variability and clinical skills in rehabilitation. Results From a clinical perspective, the article advocates for realistic solutions that prioritize individual needs, quality of life, and social inclusion over technological allure. It underscores the importance of modesty and honesty in responding to expectations while emphasizing the uniqueness of each individual’s experience. Moreover, it argues for the preservation of human-centric approaches alongside technological advancements, recognizing the invaluable role of clinical observation and human interaction in rehabilitation. Conclusion Ultimately, the article calls for a balanced attitude that integrates both scientific and humanistic perspectives in neurorehabilitation. It highlights the symbiotic relationship between the sciences and humanities, advocating for philosophical questioning to guide the ethical implementation of new technologies and foster interdisciplinary dialogue.