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Almost every development we cover on Our World in Data is underpinned by technological change.

Medical innovations contributed to the decline in child mortality and the improvement in life expectancy. Thanks to the advances in agricultural technologies, higher crop yields and less undernourishment became possible. The long-term decline of global poverty was primarily driven by increased productivity from technological change. Access to energy, electricity, sanitation, and clean water has transformed the lives of billions. Transport, telephones, and the Internet have allowed us to collaborate on problems at a global level.

Emerging technologies are often expensive and, therefore, initially limited to society's richest. A key part of technological progress is making these life-changing and often life-saving innovations affordable for everyone.

Technology has improved our lives in many ways, but these developments are not always positive. Many of humanity’s largest threats — such as nuclear weapons and potentially artificial intelligence — result from technological advances. To mitigate these risks, good governance can be as important as the technology itself.

source: https://ourworldindata.org/technological-change

The history abounds with innovations which are never accepted by the market because of lack of communication. Two such communication devices could be storytelling or literary references. Any style guides or instructions anywhere for using such devices for communicating innovations?

Many new eco-innovations and green technologies have still not left the research laboratories, they are still in the research and testing, prototype phase. The current energy crisis should motivate both government agencies of ministries managing the energy sector and commercially operating companies and enterprises in the energy sector to subsidise the ongoing research work, conducted in research and development institutions on the creation and industrial-scale implementation of new eco-innovations and green energy technologies. The current energy crisis is characterised by rapidly rising fuel and energy prices and the increasing scale of energy shortages. In some countries, the government is offering subsidies for the purchase of more expensive fuels and energy. However, this creates another pro-inflationary factor. Another and perhaps more sensible solution to support citizens and businesses to survive the energy crisis would be to increase subsidies to R&D and scientific institutions in whose laboratories new eco-innovations and energy technologies are developed. This raises the question of what kind of new eco-innovations and green energy and other technologies being created now, what kind of R&D should be subsidised now?

What is your opinion on this subject?

Please respond,

I invite you all to discuss,

Thank you very much,

Best regards,

Dariusz Prokopowicz

Hi! In the context of Industry 4.0, we have broad themes, with respect to types of technological innovations. In my study, I seek to understand the strategies adopted by Empreva Vale do Rio Doce, in this context. And which of these technologies, can it be said that brought more innovation to it? If you have reports or case studies, a lot will add to me. Thanks!

I am looking for a good questionnaire to evaluate hospital innovation, both technological and administrative innovations.

Innovation itself is not easy to measure but innovation in research, implementation and investment projects is measured instrumentally. The simplest method in the absence of advanced measurement models is the development of a scoring system based on the diagnosed determinants of innovation, for which point scales are created. In this way, innovation, i.e. a qualitative concept, acquires a quantitative dimension and can be quantified. The indicated quantitative dimension can be used to evaluate innovation as a subject of the transaction and a key factor of production in innovative startups and technology companies in which research works are carried out and new innovative technological, process, product and other solutions are created.

I invite you to the discussion

The Future of Academic Writing: Predictions and Innovations Academic writing is continuously evolving, influenced by technological advancements and shifts in the academic landscape. This article explores current trends, potential technological innovations, and their implications for the future of academic writing. Current Trends in Academic Writing 1. Open Access Publishing: The rise of open access publishing has made academic research more accessible to a global audience. This trend is likely to continue, promoting greater dissemination and impact of scholarly work. 2. Interdisciplinary Research: There is an increasing emphasis on interdisciplinary research, which integrates perspectives from multiple fields to address complex problems. This trend encourages collaboration and innovation in academic writing. 3. Digital Tools and Resources: The use of digital tools for writing, editing, and collaboration has become commonplace. Tools like reference management software, writing assistance programs, and collaborative platforms streamline the writing process. 4. Data-Driven Research: The availability of large datasets and advanced data analysis techniques has led to more data-driven research. This trend is reflected in academic writing, with a greater emphasis on presenting and interpreting data. Potential Technological Innovations 1. Artificial Intelligence (AI) and Machine Learning: • Automated Writing Assistance: AI-powered tools like Grammarly and Hemingway already assist with grammar, style, and clarity. Future advancements could lead to more sophisticated tools that provide context-specific suggestions and even generate content. • Literature Review Automation: AI can help automate the literature review process by identifying relevant papers, summarizing key findings, and highlighting gaps in the literature. • Data Analysis and Visualization: Machine learning algorithms can analyze large datasets, identify patterns, and generate visualizations. This can enhance the presentation of data in academic writing. 2. Blockchain Technology: • Transparent Peer Review: Blockchain can provide a transparent and tamper-proof record of the peer review process, ensuring accountability and integrity. • Intellectual Property Protection: Blockchain can help protect intellectual property by providing a secure and verifiable record of authorship and publication. 3. Virtual and Augmented Reality (VR/AR): • Interactive Content: VR and AR can create immersive and interactive academic content, allowing readers to engage with research in new ways. For example, VR can be used to visualize complex scientific concepts or historical events. 4. Collaborative Platforms: • Enhanced Collaboration: Future collaborative platforms may offer more advanced features for real-time collaboration, version control, and integration with other research tools. This can facilitate seamless teamwork across disciplines and geographical locations. The Impact of These Innovations on Academic Writing 1. Increased Efficiency: Technological innovations can streamline the writing process, reducing the time and effort required to produce high-quality academic work. Automated tools can handle routine tasks, allowing researchers to focus on more complex and creative aspects of writing. 2. Improved Quality: AI-powered writing assistance and automated literature reviews can enhance the quality of academic writing by providing accurate and context-specific suggestions. This can lead to clearer, more coherent, and more impactful research papers. 3. Greater Accessibility: Open access publishing and digital tools make academic research more accessible to a global audience. Innovations like VR/AR can further enhance accessibility by providing interactive and engaging content. 4. Enhanced Collaboration: Advanced collaborative platforms and transparent peer review processes can foster greater collaboration and trust among researchers. This can lead to more interdisciplinary and innovative research projects. Predictions for the Future of Academic Writing 1. Integration of AI and Human Creativity: The future of academic writing will likely involve a seamless integration of AI tools and human creativity. AI can handle routine tasks and provide suggestions, while researchers focus on generating original ideas and insights. 2. Personalized Writing Assistance: AI-powered tools will become more personalized, offering tailored suggestions based on individual writing styles and preferences. This can help researchers develop their unique voice while maintaining high standards of academic writing. 3. Interactive and Multimedia Content: Academic writing will increasingly incorporate interactive and multimedia elements, such as VR/AR visualizations, videos, and interactive data visualizations. This can enhance the engagement and understanding of readers. 4. Open Science and Transparency: The push for open science and transparency will continue to grow, with more research being published in open access journals and transparent peer review processes becoming the norm. This can lead to greater trust and collaboration in the academic community. 5. Global Collaboration: Advances in communication technology will facilitate global collaboration, allowing researchers from different regions and disciplines to work together more effectively. This can lead to more diverse and inclusive research outputs. In conclusion, the future of academic writing is poised for significant transformation, driven by technological advancements and changing academic landscapes. By embracing innovations like AI, blockchain, and VR/AR, researchers can enhance the quality, accessibility, and impact of their work. The integration of these technologies with human creativity and collaboration will shape the future of academic writing, leading to more efficient, engaging, and transparent research practices. #WritingDiscipline #AcademicSuccessTips #ResearchSuccessTips #WritingSuccessTips #AcademicBalance #ResearchBalance #WritingBalance #AcademicWellbeing #ResearchWellbeing #WritingWellbeing #Future #hamnicwriting #hamnicsolutions #innovations #predictions

With my research, I want to contribute to the field of experimental methods in innovation research. As far as I'm concerned, only a small number of investigations conducted natural experiments. Hidalgo's study "Digital Democratization: Suffrage Expansion and the Decline of Political Machines in Brazil" (2010) focuses on the effects of the introduction of electronic voting machines in Brazil. It measured the effective turnout of voters.

The study asks two causal questions:

The "natural" side in this?

"In the 1998 legislative elections in Brazil, electronic voting machines were introduced in municipalities with more than 40,500 registered voters, while municipalities with fewer than 40,500 voters continued to use traditional paper ballots." (Dunning 2012: Natural Experiments in Social Sciences)

Do you know any similar examples, e.g. from the countries you are from, where technological innovations imposed by governments or other institutions can be observed for similar, but divided groups by factors outside the controls of investigators?

Your opinion on this is highly appreciated.

Many thanks in advance,

Erich

Hey there,

I am in the mids of a research about the change management frameworks and models used for Information and Communications Technology (ICT) introductions in organisations and currently aim to read about as many past such efforts as possible.

Therefore, I'm looking to hear from experts what are the most important ICT innovations in the context of business organisations?

Furthermore, if you have any suggestions on papers about the change management techniques around the way these tech advancements were implemented, please share them.

Thank you very much in advance!

New ideas, new concepts in science and art arise as a result of human creativity, innovation, emotional intelligence, the need for self-realization, the need to be appreciated by other people.

These are the values at the very top of Maslov's pyramid. Human higher needs arose through the evolution of human consciousness and intelligence under conditions of multi-generational development of sociobiological and psychosocial determinants.

On the other hand, artificial intelligence is being developed, which will probably be used in various fields of technological information services, including multi-criteria, based on complex data processing algorithms.

In view of the above, the current question is: Can innovations be or can be created by artificial intelligence or only by man?

Please, answer, comments. I invite you to the discussion.