Products related to Complex:
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Science, Technology And Innovation Indicators : Lessons from the Development Experience in Africa
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The Innovation Complex : Cities, Tech, and the New Economy
You hear a lot these days about "innovation and entrepreneurship" and about how "good jobs" in tech will save our cities.Yet these common tropes hide a stunning reality: local lives and fortunes are tied to global capital.You see this clearly in metropolises such as San Francisco and New York that have emerged as "superstar cities." In these cities, startups bloom, jobs of the future multiply, and a meritocracy trained in digital technology, backed by investors who control deep pools of capital, forms a new class: the tech-financial elite.In The Innovation Complex, the eminent urbanist Sharon Zukin shows the way these forces shape the new urban economy through a rich and illuminating account of the rise of the tech sector in New York City.Drawing from original interviews with venture capitalists, tech evangelists, and economic development officials, she shows how the ecosystem forms and reshapes the city from the ground up. Zukin explores the people and plans that have literally rooted digital technology in the city.That in turn has shaped a workforce, molded a mindset, and generated an archipelago of tech spaces, which in combination have produced a now-hegemonic "innovation" culture and geography.She begins with the subculture of hackathons and meetups, introduces startup founders and venture capitalists, and explores the transformation of the Brooklyn waterfront from industrial wasteland to "innovation coastline." She shows how, far beyond Silicon Valley, cities like New York are shaped by an influential "triple helix" of business, government, and university leaders--an alliance that joins C.Wright Mills's "power elite," real estate developers, and ambitious avatars of "academic capitalism." As a result, cities around the world are caught between the demands of the tech economy and communities' desires for growth--a massive and often--insurmountable challenge for those who hope to reap the rewards of innovation's success.
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Complex CD + Complex Transparent Vinyl
TRACKLISTING WILL ALSO BE ANNOUNCED CLOSER TO THE RELEASE DATE.DIGITAL 21rsquos past in electronica proved a good fit for STEFAN OLSDAL, who had yearsnbspof experience in the iconic, guitarled alternative rock band PLACEBO and, in 2013,nbspthey decided to join forces simply as ldquoDIGITAL 21 STEFAN OLSDALrdquo. Both are multiinstrumentalists, and Digital 21 is also the bandrsquos visual artist, creating the artwork andnbsplive visuals.nbspBoth equally share a passion for electronic, rock and classical music. At the end of 2017nbspthey released, in their debut album, Inside, a contemporary hybrid of electronicnbspmusic, mixing up club sounds and real instruments including a strong focus on strings.Now they are finishing the recording of their second album accompaniednbspby their string quartet. You can now support the band with the preordernbsptheir second album signed CD or VINYL.
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How Behavior Spreads : The Science of Complex Contagions
A new, counterintuitive theory for how social networks influence the spread of behaviorNew social movements, technologies, and public-health initiatives often struggle to take off, yet many diseases disperse rapidly without issue.Can the lessons learned from the viral diffusion of diseases improve the spread of beneficial behaviors and innovations?How Behavior Spreads presents over a decade of original research examining how changes in societal behavior—in voting, health, technology, and finance—occur and the ways social networks can be used to influence how they propagate.Damon Centola's startling findings show that the same conditions that accelerate the viral expansion of an epidemic unexpectedly inhibit the spread of behaviors.How Behavior Spreads is a must-read for anyone interested in how the theory of social networks can transform our world.
Price: 22.00 £ | Shipping*: 3.99 £
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Why is game development so complex?
Game development is complex because it involves a wide range of disciplines such as programming, art, design, sound, and production. Each of these disciplines requires specialized skills and knowledge, and integrating them all into a cohesive and engaging game experience is a challenging task. Additionally, games often involve complex systems and mechanics that need to work together seamlessly, requiring careful planning and iteration. Furthermore, the constantly evolving technology and player expectations add another layer of complexity to game development, as developers need to stay up-to-date with the latest trends and innovations in the industry.
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What is a complex computer science task?
A complex computer science task is a problem or project that requires advanced knowledge and skills in various areas of computer science. It typically involves intricate algorithms, data structures, and programming techniques to solve. These tasks often require a deep understanding of theoretical concepts as well as practical application in order to develop efficient and effective solutions. Complex computer science tasks may involve working with large datasets, optimizing performance, or tackling challenging computational problems.
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What are phasors and complex expressions in electrical engineering?
In electrical engineering, phasors are a way to represent sinusoidal signals using complex numbers. A phasor is a complex number that represents the amplitude and phase of a sinusoidal signal at a specific frequency. Complex expressions in electrical engineering involve the use of complex numbers to represent the magnitude and phase of signals, making it easier to analyze and manipulate sinusoidal signals in circuits and systems. By using phasors and complex expressions, engineers can simplify the analysis of AC circuits and systems, making it easier to understand and design electrical systems.
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What is a complex voltage relationship in electrical engineering?
A complex voltage relationship in electrical engineering refers to the representation of voltage as a complex number, which includes both a real and an imaginary component. This representation is often used in the analysis of AC circuits, where voltage and current can vary sinusoidally over time. By using complex numbers, engineers can easily analyze the phase relationships and impedance of the circuit components, making it easier to understand and design complex electrical systems. This approach allows for a more comprehensive understanding of the behavior of electrical circuits and facilitates the calculation of power, impedance, and other important parameters.
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Complex Interventions in Health : An overview of research methods
Health and human services currently face a series of challenges – such as aging populations, chronic diseases and new endemics – that require highly complex responses, and take place in multiple care environments including acute medicine, chronic care facilities and the community.Accordingly, most modern health care interventions are now seen as ‘complex interventions’ – activities that contain a number of component parts with the potential for interactions between them which, when applied to the intended target population, produce a range of possible and variable outcomes.This in turn requires methodological developments that also take into account changing values and attitudes related to the situation of patients’ receiving health care.The first book to place complex interventions within a coherent system of research enquiry, this work is designed to help researchers understand the research processes involved at each stage of developing, testing, evaluating and implementing complex interventions, and assist them to integrate methodological activities to produce secure, evidence-based health care interventions.It begins with conceptual chapters which set out the complex interventions framework, discuss the interrelation between knowledge development and evidence, and explore how mixed methods research contributes to improved health.Structured around the influential UK Medical Research Council guidance for use of complex interventions, four sections, each comprised of bite-sized chapters written by multidisciplinary experts in the area, focus on:- Developing complex interventions- Assessing the feasibility of complex interventions and piloting them- Evaluating complex interventions- Implementing complex interventions. Accessible to students and researchers grappling with complex interventions, each substantive chapter includes an introduction, bulleted learning objectives, clinical examples, a summary and further reading.The perspectives of various stakeholders, including patients, families and professionals, are discussed throughout as are the economic and ethical implications of methods.A vital companion for health research, this book is suitable for readers from multidisciplinary disciplines such as medical, nursing, public health, health services research, human services and allied healthcare backgrounds.
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Developing Capacity for Innovation in Complex Systems : Strategy, Organisation and Leadership
Based on a theoretical analysis and supported by both explorative qualitative and quantitative research, this book examines the many reasons why an initiative becomes an innovation and why some organizations are better at innovation than others. Developing Capacity for Innovation in Complex Systems offers insights into the history of the idea of innovation, as well as knowledge around different discourses on innovation.The purpose of this book is to help organisations further their aspirations and work with innovation.It is based on three premises: (1) that capacity can be developed, (2) that it is worthwhile trying to do so, and (3) there are however no guarantees for success.Providing a comprehensive view of innovation and discussing the theoretical challenges, the book contributes towards a holistic theory for capacity building for innovation.The book conveys frameworks, methodologies, and tools that are used in terms of innovation, and it explains positive strategies for innovation that are being developed.Complexity theory is presented and attributed to the construct of innovation to further the understanding of the intricacies and fallacies of innovation work. This book will be of direct interest to scholars and subject matter experts in the field of innovation management.Business leaders and reflective practitioners will find the content relevant and accessible.
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Complex Analysis
This new edition of a classic textbook develops complex analysis from the established theory of real analysis by emphasising the differences that arise as a result of the richer geometry of the complex plane.Key features of the authors' approach are to use simple topological ideas to translate visual intuition to rigorous proof, and, in this edition, to address the conceptual conflicts between pure and applied approaches head-on.Beyond the material of the clarified and corrected original edition, there are three new chapters: Chapter 15, on infinitesimals in real and complex analysis; Chapter 16, on homology versions of Cauchy's theorem and Cauchy's residue theorem, linking back to geometric intuition; and Chapter 17, outlines some more advanced directions in which complex analysis has developed, and continues to evolve into the future.With numerous worked examples and exercises, clear and direct proofs, and a view to the future of the subject, this is an invaluable companion for any modern complex analysis course.
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God Complex
LONGLISTED FOR THE LAUREL PRIZEGod Complex is a sweeping and corrosive epic, a narrative poem that tells the story of the breakdown of a relationship against a backdrop of progressive environmental degradation.A grieving body moves through states of toxicity, becoming an instrument for measuring the impact of pollutants. an entwining of human and non-human, built environment and natural landscape blurs perspective and distorts logic, creating an erratic decline into disorder.Loss is divined everywhere: in human relations, in the ruptures of class and privilege, and the poisoning of the planet. It is through a purgatorial leavening of pain that the narrator comes to terms with the delicate, shifting states of the ecological systems that merge with and surround us to create new forms of being and devotion.The result is visionary - a book that vibrates with urgency and feeling. 'This is a very fine book, quite unlike anything I've seen for a long time.It deserves to be read, and read again, and savoured.' Matt Merritt, Magma
Price: 12.99 £ | Shipping*: 3.99 £
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Is physics or mechanical engineering more difficult, complex, or demanding?
Both physics and mechanical engineering have their own unique challenges and complexities. Physics involves understanding the fundamental principles of the universe and applying mathematical concepts to explain natural phenomena. On the other hand, mechanical engineering requires a deep understanding of physics principles to design and analyze mechanical systems. While both fields are demanding in their own ways, the level of difficulty and complexity can vary depending on individual strengths and interests. Ultimately, the difficulty of each field is subjective and depends on the individual's aptitude and passion for the subject matter.
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How can one design a research paper as a complex task in the subject of computer science?
Designing a research paper in computer science can be a complex task due to the need for a deep understanding of the subject matter, the requirement for rigorous experimentation and analysis, and the necessity of staying up-to-date with the latest developments in the field. It involves identifying a research problem, conducting a thorough literature review, formulating a hypothesis, designing and implementing experiments or simulations, analyzing the results, and drawing meaningful conclusions. Additionally, the paper must adhere to the specific formatting and citation styles required by the academic community. Overall, designing a research paper in computer science requires a combination of technical expertise, critical thinking, and effective communication skills.
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What are complex numbers and how are they used in technology?
Complex numbers are numbers that consist of a real part and an imaginary part, usually written in the form a + bi, where 'a' is the real part and 'bi' is the imaginary part. In technology, complex numbers are used in various applications such as signal processing, control systems, and electrical engineering. They are particularly useful in analyzing and solving problems involving alternating current (AC) circuits, digital signal processing, and in designing filters and control systems. The ability of complex numbers to represent both magnitude and phase information makes them a powerful tool in modeling and analyzing systems with both real and imaginary components.
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What is the Oedipus complex and the father complex?
The Oedipus complex is a concept in psychoanalytic theory proposed by Sigmund Freud. It refers to a child's unconscious desire for their opposite-sex parent, along with feelings of jealousy and rivalry towards their same-sex parent. The Oedipus complex is said to occur during the phallic stage of psychosexual development, typically between the ages of 3 and 6. The father complex, on the other hand, is a term used to describe a child's feelings and attitudes towards their father. It can encompass a range of emotions, including admiration, fear, and competition. The father complex is also a concept within psychoanalytic theory, and it is seen as a counterpart to the Oedipus complex. Both of these concepts are central to Freud's ideas about the development of personality and the formation of relationships.
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