Research Committee Update: The curmudgeon's column: High-tech low tech

2021 ◽  
Vol 40 (12) ◽  
pp. 938-938
Author(s):  
Alexander Mihai Popovici

When I posted to LinkedIn some time back to generate publicity for my Geophysical Society of Houston technical lunch talk on beam tomography, one of the interesting comments from a colleague at a large service company was that beam technology is “a technology with many benefits that unfortunately is commonly regarded as old school/low tech.” I loved receiving the comment because it gives me an opportunity to talk about one of my favorite business concepts that I always look to apply: high-tech low tech. “High tech” is a term for new technology that incorporates advanced features. “Low tech” is old-school technology. I'll start with an example: the story of the Nest thermostat.

Author(s):  
N.N. Aleksandrov ◽  
N.S. Gushchin ◽  
N.F. Nuraliev

New high-tech spheroidal graphite chromium-nickel cast iron with improved as-cast properties is developed. The technological advantages of the new alloy are shown in comparison with foreign cast iron of the type Nihard-4. High-quality castings of grinding elements made of new domestic wear -resistant cast iron are made in the conditions of Russian plants using the developed technology. Medium-speed coal grinding mills equipped with these grinding elements have successfully passed the operational test at domestic and foreign thermal power plants. The technical and economic advantages of the new technology in comparison with foreign ones are shown, which made it possible to guarantee the stable production of high-quality wear-resistant massive castings of complex c onfi guration using domestic materials under the conditions of Russian plan.


2015 ◽  
Vol 19 (01) ◽  
pp. 1550006 ◽  
Author(s):  
HANS LÖFSTEN

The purpose of this study is to analyse critical resource dimensions for development of patents for these new technology-based firms. The empirical base is 131 new technology-based firms in five high-tech industries: Software/information technology, technology consultants, electronics/electrical, pharmacology and pharmaceutical preparation and mechanics, localised on 16 incubators in Sweden. The incubators in this study are all affiliated to a university. The 131 localised new technology-based firms that answered the questionnaire were rather young (mean 2.76 years) and small (mean 2.07 employees). Five hypotheses were developed from the literature and statistical methods such as factor analysis, correlation and regression analysis were used. The study presents a significant model in several resource dimensions. The study shows that the most important resource dimensions (latent variables) are R&D network, lawyers and patent councils, business competition and university/incubator that will affect development of patents in a positive way.


Author(s):  
Nancy C. Shaw ◽  
Joan O’Reilly Fix

This case was written for the 8th annual Kogod School of Business Case Competition at American University. It discusses a small, locally run company that faced several strategic decisions at the end of 1999: marketing its new high-tech products, securing sufficient venture capital financing, and creating a profit-sharing plan for current and future employees. The case involves an actual corporation (although some of the employee names have been changed) and the issues that confronted the management team at the end of 1999. Thecae includes a complete description of the company’s products, a glossary of terms, a list of Web sites summarizing existing radio market research, detailed operating expenses and pro-forma financial statements (numbers have been altered for confidentiality). This case combines new technology development, HR decisions, marketing and finance, which makes it a true cross-disciplinary case that can be used in several different courses


Recent advances in biomechanics and biomaterials are resulting in new and potentially improved implants and procedures in trauma medicine, often with more reliance on high-tech solutions. However, some new advances have resulted in disastrous outcomes. As it takes time for these complications to surface, many patients may be subject to the new technology and resulting consequences. Studying the clinical evidence around these technologies is therefore essential, and use of appropriate surrogate measures to assess the short-term in vivo performance of an implant is important to help predict long-term clinical outcome. Radiostereometric analysis and kinematic assessment are two such tools widely used in translational research and post-market surveillance in the field of joint replacement. It is only with high-quality research and awareness that true advances can be demonstrated and failures averted at the earliest stage. The principles of orthopaedics must remain to alleviate pain, correct deformity, and restore function, whatever technique is used.


Author(s):  
Arnoldo José de Hoyos Guevara ◽  
José Luiz Alves da Silva

The article presents a general scenario on the theme of Internet of Things - IoT, aiming to discuss the opportunities, the impacts and the associated risks, highlighting them under the sight of well-being in our lives and society in general. This paper deals with questions regarding accelerated and disruptive high-tech transformations, in order to be strategically prepared and to deal with challenges ahead. It is in the interest of all to know and anticipate the transformations that are underway and those that will be probable in the future, capturing the spirit of accelerated change that is around us, to prevent impacts, to draw personal strategies to seize opportunities and to avoid serious ruptures in our work and in our personal lives. The contribution for other studies is to allow ongoing discussions regarding the possible changes of behaviors coming from this new environment that will be made possible by the use of the IoT. Some of these behaviors are already on its way. Still, others are to be perceived and developed. This article presents, in the first topic, the new environment of the Fourth Industrial Revolution, where it is inserted the concept of IoT. It advances, in the second topic, with the discussion of the extension of the usage of the new technology, its impact and its applications. And it ends discussing the behavioral changes that the massive use of this application may bring us regarding well-being.


2013 ◽  
Vol 671-674 ◽  
pp. 2431-2436
Author(s):  
Zhe Cui ◽  
Tao Wen ◽  
Yuan Zhang

The paper analyzed development of high and new technology industry zones in foreign countries. The practice mode of high-tech zones are summed up as Science Park, Science City, Technopolis, High-tech Areas, High and New Technology Industries Development Belt, and space form evolution model of high-tech zones are reduced to single point, multipoint and banded structure. Then the paper analyzed mechanism of space form evolution of high-tech zones from aspects of agglomeration and diffusion development. At last, combined with the development of China’s high-tech zones in typical areas, the paper puts forward development trend of space form the evolution of high-tech zones in the future, such as interaction with evolution of urban spatial structure, one zone with multiple parks, replacement of function in old industrial zones, ecological and sustainable development, shape green space, intelligence.


2020 ◽  
Vol 9 (5) ◽  
pp. 225
Author(s):  
Haining Gao ◽  
Hongdan Shen ◽  
Yinling Wang

As the first line of high-tech and new knowledge dissemination, teaching work should have the ability to adapt to the environment by quickly identifying new technologies, utilizing new technologies and popularizing new technologies. This paper directly points out the problems existing in the current teaching mode of mechanical principle course, and emphatically discusses the advantages of the new thinking and new technology content of the Internet in the teaching of mechanical principle and design, then puts forward the exploratory idea of the reform of diversified teaching mode.


2021 ◽  
Vol 252 ◽  
pp. 03006
Author(s):  
Jun Yang

During pandemic, people’s lives are affected dramatically—more than 20 million people have been affected, and most companies have been affected by such virus. However, people may always consider that some industries with inelastic demands such as touring industries and new energy vehicles industries will not be affected by such crisis. By analyzing the data from specific companies, I found the difficulties and opportunities for these industries. For example, touring industry related companies can use several strategies such as promotional strategy and corporate with high-tech companies to tackle with the catastrophe. Besides, electric car industry related companies may set up their technical barriers to boost their sales. From my research, there is no real-inelastic demands for any industries, and the only method for them to survive at any time is always researching new technology and meet customers’ demands.


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