Contemporary science and technology
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Contemporary science and technology is characterized by four dimensions: products, settings, resources, and practitioners. It takes many forms and continues to add new fields like nanotechnology and genetic engineering. Scientific research examines natural materials while technology focuses on design, production, and maintenance. Resources that fuel science and technology are more abundant and diverse than ever before, relying heavily on scientific knowledge and global markets. Practitioners are more numerous, collaborative, and specialized than in the past.
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Madrid Regional Government, Spain
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Deputy Director of Research
Madrid Regional Government, Spain
Prof. Francisco Javier
What does innovation today tell us about tomorrow?
1) The document discusses two processes of technological innovation - the science-based process and the Silicon Valley process.
2) Analysis of successful startups found that few cited scientific papers in their patents, indicating few innovations arose from the science-based process.
3) Predicted breakthrough technologies from MIT's Technology Review also showed that most science-based predictions led to small market sizes, while technologies not predicted became very large markets.
Open innovation and technology transfer chp 11
1. The document discusses open innovation and technology transfer, noting the increasing importance of external sources of technology for companies. It describes several models of technology transfer, including licensing, science parks, and intermediaries.
2. Limitations to technology transfer are also covered, such as an organization's absorptive capacity and the "Not Invented Here" syndrome which can inhibit accepting outside ideas. Successful transfer requires an organization to be able to identify, acquire, assimilate and apply new technologies.
3. Key aspects of open innovation discussed are the paradox of openness in balancing external collaboration with internal protection, and the role of relationships and trust in managing uncertainty in technology transfers between organizations.
Alex Boucaud - Second Assignment
The document discusses how the roles of industrial and entrepreneurial scientists have evolved science and its moral authority. It describes how tensions arose in the 20th century between academia and industry due to conflicting work environments and values. However, large companies were able to adapt and attract university graduates by offering more freedom and resources than academics. New entrepreneurship programs in Canadian universities also aim to bridge the gap between science and business. The success of companies like Apple and entrepreneurs in science have impacted millions and influenced science education to include innovation skills. The identity of science has slowly evolved over time due to industry successes, applied research becoming more accepted, and the goal of scientific truth being fueled by profit.
Philosophy of Engineering - Unit 3.ypptx
The document discusses the relationship between science, technology, and engineering (STEM). It provides definitions and examples to explain each field:
- Science is the study of the natural world through observation and experimentation to develop theories and laws. Science provides the foundational knowledge for technology and engineering.
- Technology applies scientific knowledge to create tools and systems that solve problems. It acts as an intermediary between science and applications.
- Engineering applies scientific and mathematical principles to design, build, and optimize products and structures to meet needs. Engineers use technology and science to develop real-world solutions.
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This document provides guidelines and instructions for submitting project proposals under the Science and Heritage Research Initiative (SHRI) scheme in India. SHRI aims to promote scientific research and development activities for the conservation of heritage objects through new materials, preservation techniques, and diagnostic technologies. It also seeks to build human resources, safeguard cultural heritage practices, and apply advanced archaeological science. Proposals can be submitted by academic institutions and are expected to further heritage science while strengthening ties between researchers and industry. Submissions must address an identified challenge, have quantifiable objectives, and follow the provided proposal format.
Media X at Stanford University - Description
Media X at Stanford University is an industry partner program of the HSTAR Institute (Human Sciences Advanced Technology Research.) Contact: Dr. Martha Russell, Associate Director, martha.russell@stanford.edu; Chuck House, Executive Director, chouse@stanford.edu; Professor Byron Reeves, Faculty Co-Director and Co-Founder; Professor Roy Pea, Faculty Co-Director and Co-Founder; Dr. Keith Devlin, Co-Founder and Executive Director HSTAR, devlin@stanford.edu.
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What does innovation today tell us about tomorrow?
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More from Nick Mintalar
Stems
Stems serve as conduits that carry water, minerals, and sugars between roots and leaves while also providing structural support. They contain meristems that generate new living tissue annually to support buds, leaves, flowers, and fruits. Stems come in different forms depending on the plant's age and characteristics, such as shoots, twigs, branches, trunks, and vines.
Causes and consequences of medical technology
This document discusses phlebotomy, which is the process of collecting blood samples from patients for diagnostic testing. It describes the equipment used in phlebotomy such as tubes, syringes, alcohol, cotton balls, and gloves. A phlebotomist is someone trained to perform phlebotomy procedures through techniques like venipuncture, which involves inserting a needle into a vein to collect blood. The document also outlines important aspects of being a phlebotomist such as recognizing patient rights, maintaining confidentiality, and properly disposing of medical waste.
Plnt tissues
Tissue is an organizational level between cells and complete organisms, consisting of groups of cells carrying out specific functions. There are two main types of plant tissue - meristematic and permanent. Meristematic tissue consists of cells that continuously divide, found at growing tips and sides of stems and roots. Permanent tissue has specialized structures and lost ability to divide. Simple permanent tissues include parenchyma, collenchyma, and sclerenchyma. Complex permanent tissues are xylem and phloem, specialized for conduction.
Natures and relationship of science and technology
The document discusses the relationship between science and technology. It outlines that science requires curiosity and unexplained natural phenomena as inputs, while technology requires needs and human creativity. The outputs of science are theories while technology produces techniques and intellectual constructs. Both seek to enhance understanding of nature, but science through theory and technology through practical application. The processes of each involve identifying phenomena, formulating explanations, testing hypotheses, and adopting or rejecting knowledge for science, and identifying needs, designing, producing, and using techniques for technology. Throughout history these fields have increasingly influenced each other through scientific instruments, new worldviews, and research agendas.
Elevator
An elevator is a vertical transport system that moves people or goods between floors of a building. Elevators are powered by electric motors and cables or hydraulic systems. Elevator doors protect riders from falling into the shaft and come in configurations like double panels or wide single panels. Elevator features include space to stand, guardrails, overload sensors, locked doors on each floor, door sensors, emergency stops or alarms, and higher-end options like security or sanitation systems.
Animal tissues
This document provides an overview of the main tissues in the human body, including epithelial, connective, muscular, nervous, and vascular tissues. It describes the key characteristics and functions of each tissue type, with examples of their locations. Simple epithelial tissues include squamous, cuboidal, and columnar cells. Connective tissues include loose connective tissue, dense irregular and dense regular connective tissue, adipose tissue, and supporting tissues like cartilage and bone. The three main muscle tissues are skeletal, cardiac, and smooth muscle. Nervous tissue contains neurons, nerves, and axons. Vascular tissues comprise the blood and lymph systems.
Animal Tissues
This document provides an overview of the main tissues in the human body, including epithelial, connective, muscular, nervous, and vascular tissues. It describes the key characteristics and functions of each tissue type, with examples of their locations. Simple epithelial tissues include squamous, cuboidal, and columnar cells. Connective tissues include loose connective tissue, dense irregular and dense regular connective tissue, adipose tissue, and supporting tissues like cartilage and bone. The three main muscle tissues are skeletal, cardiac, and smooth muscle. Nervous tissue contains neurons, nerves, and axons. Vascular tissues comprise the blood and lymph systems.
Contemporary Science And Technology
Contemporary science and technology is characterized by four dimensions: products, settings, resources, and practitioners. It takes many forms and continues to add new fields like nanotechnology and genetic engineering. Scientific research examines natural materials while technology focuses on design, production, and maintenance. Resources that fuel science and technology are more abundant and diverse than ever before, relying heavily on scientific knowledge, sophisticated instruments, and a global marketplace. Practitioners are more numerous, collaborative, and specialized than in the past.
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Overview
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Key Topics Covered
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- 1. Contemporary Science and Technology: Some Important Characteristics