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Art, technology, and science…I have been seamlessly traversing domains all my life. I grew up with twin interests in physical sciences and visual arts, finding beauty in math and art and seeing creativity as being one thing rather than something living in compartments. Art influenced my research in chaos and complexity, and blurring boundaries characterized my work as dean of engineering when creating educational/research initiatives in design, art, entrepreneurship, energy, and sustainability. I also received visible external recognition as a Guggenheim Fellow and member of both the National Academy of Engineering and the National Academy of Sciences, as well as the American Academy of Arts and Sciences.
This book will capture your imagination and dazzle your senses with deep scholarship.
Deep exploration of creative outputs at their maximum states, the state of “flow”, condensing Csikszentmihalyi’s thirty years of research and nearly one hundred interviews with exceptionally creative people, spanning science, business, and art, in all of their dimensions. Creativity in art, technology, and science, perceived by many as being different types of creativity, revealed, at its core, to be the same.
“Although the benefits of this study to scholars are obvious, this thought-provoking mixture of scholarly and colloquial will enlighten inquisitive general readers, too.” — Library Journal (starred review)
The classic study of the creative process from the bestselling author of Flow.
Creativity is about capturing those moments that make life worth living. Legendary psychologist Mihaly Csikszentmihalyi (“The leading researcher into ‘flow states.’” — Newsweek) reveals what leads to these moments—be it the excitement of the artist at the easel or the scientist in the lab—so that this knowledge can be used to enrich people's lives. Drawing on nearly one hundred…
Art, technology, and science…I have been seamlessly traversing domains all my life. I grew up with twin interests in physical sciences and visual arts, finding beauty in math and art and seeing creativity as being one thing rather than something living in compartments. Art influenced my research in chaos and complexity, and blurring boundaries characterized my work as dean of engineering when creating educational/research initiatives in design, art, entrepreneurship, energy, and sustainability. I also received visible external recognition as a Guggenheim Fellow and member of both the National Academy of Engineering and the National Academy of Sciences, as well as the American Academy of Arts and Sciences.
This book will educate you and show how ideas are connected to each other.
Could there be social science laws? What did social science borrow from physics and math? And, more surprisingly, what physics borrowed from social science when disciplines were just emerging? Complex systems serve as a backdrop for many of the stories. The history of science is far from rectilinear. That’s what makes the story fascinating.
Is there a 'physics of society'? Philip Ball's investigation into human nature ranges from Hobbes and Adam Smith to modern work on traffic flow and market trading, across economics, sociology and psychology. Ball shows how much of human behaviour we can understand when we cease trying to predict and analyse the behaviour of individuals and look to the impact of hundreds, thousands or millions of individual human decisions, in circumstances in which human beings both co-operate and conflict, when their aggregate behaviour is constructive and when it is destructive. By perhaps Britain's leading young science writer, this is a deeply…
Art, technology, and science…I have been seamlessly traversing domains all my life. I grew up with twin interests in physical sciences and visual arts, finding beauty in math and art and seeing creativity as being one thing rather than something living in compartments. Art influenced my research in chaos and complexity, and blurring boundaries characterized my work as dean of engineering when creating educational/research initiatives in design, art, entrepreneurship, energy, and sustainability. I also received visible external recognition as a Guggenheim Fellow and member of both the National Academy of Engineering and the National Academy of Sciences, as well as the American Academy of Arts and Sciences.
This book will inspire you, make you see possibilities, and widen your thinking.
The back cover’s proclamation, “It is not about the world of design, it is about the design of world”, says it all. The design of this book itself opened new frontiers; text and images interspersed as they had never been seen before, intertwining technologies, inventions, and pivotal events that are affecting humanity worldwide.
Massive Change is a modern, illustrated primer on the new inventions, technologies, and events that are affecting the human race worldwide. This book is part of a broader research project by Bruce Mau Design, intended to provoke debate and discussion about the future of design culture - defined generally as the 'familiar objects and techniques that are transforming our lives'.
Through an original selection of essays, interviews and provocative imagery aimed at a broad audience, Massive Change explores the changing forces of design in the contemporary world and, from this angle, expands the definition of design to include the built…
Art, technology, and science…I have been seamlessly traversing domains all my life. I grew up with twin interests in physical sciences and visual arts, finding beauty in math and art and seeing creativity as being one thing rather than something living in compartments. Art influenced my research in chaos and complexity, and blurring boundaries characterized my work as dean of engineering when creating educational/research initiatives in design, art, entrepreneurship, energy, and sustainability. I also received visible external recognition as a Guggenheim Fellow and member of both the National Academy of Engineering and the National Academy of Sciences, as well as the American Academy of Arts and Sciences.
This book will dazzle you. How is it that someone can see these seemingly hidden connections between math and modern art?
Modern mathematics and physics are on one side, modern art is on the other, and concepts of space, randomness, and even the universe itself are explored, with one side illuminating the other. A good number of the art pieces presented are from the author herself, which adds another layer of credibility to the entire presentation.
Exploring common themes in modern art, mathematics, and science, including the concept of space, the notion of randomness, and the shape of the cosmos.
This is a book about art—and a book about mathematics and physics. In Lumen Naturae (the title refers to a purely immanent, non-supernatural form of enlightenment), mathematical physicist Matilde Marcolli explores common themes in modern art and modern science—the concept of space, the notion of randomness, the shape of the cosmos, and other puzzles of the universe—while mapping convergences with the work of such artists as Paul Cezanne, Mark Rothko, Sol LeWitt, and Lee Krasner. Her…
I’ve spent more than a decade working on infrastructure, from my early days at LinkedIn, where we had to do a massive DevOps transformation to save the company, to co-founding Gruntwork, where I had the opportunity to work with hundreds of companies on their software delivery practices. From all of this, I can say the following with certainty: the DevOps best practices that a handful of the top tech companies have figured out are not filtering down to the rest of the industry. This is making the entire software industry slower, less effective, and less secure—and I see it as my mission to fix that.
This book felt like a chance to sit with a few experienced Ops people and hear their war stories.
The book is full of concrete, actionable learnings that are essential for running software, including operational requirements (e.g., configuration, draining, hot swaps, feature toggles, graceful degradation, etc.), software architecture (e.g., three-tier web service, four-tier web service, load balancing models etc.), scaling patterns (e.g., horizontal duplication, service splits, caching, etc.), resiliency patterns (software vs hardware resiliency, spare capacity, failure domains, etc.), and much more.
I loved being able to pick up decades of experience and hard-won knowledge by just flipping through a few pages of a book!
"There's an incredible amount of depth and thinking in the practices described here, and it's impressive to see it all in one place."
-Win Treese, coauthor of Designing Systems for Internet Commerce
The Practice of Cloud System Administration, Volume 2, focuses on "distributed" or "cloud" computing and brings a DevOps/SRE sensibility to the practice of system administration. Unsatisfied with books that cover either design or operations in isolation, the authors created this authoritative reference centered on a comprehensive approach.
Case studies and examples from Google, Etsy, Twitter, Facebook, Netflix, Amazon, and other industry giants are explained in practical ways that…
I’ve spent more than a decade working on infrastructure, from my early days at LinkedIn, where we had to do a massive DevOps transformation to save the company, to co-founding Gruntwork, where I had the opportunity to work with hundreds of companies on their software delivery practices. From all of this, I can say the following with certainty: the DevOps best practices that a handful of the top tech companies have figured out are not filtering down to the rest of the industry. This is making the entire software industry slower, less effective, and less secure—and I see it as my mission to fix that.
This is a book for practitioners, by a practitioner, full of practical learnings that I was able to start using in my work immediately.
I especially appreciated the parts teaching the core principles of infrastructure as code (e.g., systems are disposable, consistent, can easily be reproduced, etc.), core practices of infrastructure as code (e.g., use definition files, self-documented systems and processes, version all the things, etc.), and the idea of antifragile systems (rather than just systems that you prevent from breaking) and autonomic systems (rather than just automated systems).
Six years ago, Infrastructure as Code was a new concept. Today, as even banks and other conservative organizations plan moves to the cloud, development teams for companies worldwide are attempting to build large infrastructure codebases. With this practical book, Kief Morris of ThoughtWorks shows you how to effectively use principles, practices, and patterns pioneered by DevOps teams to manage cloud-age infrastructure.
Ideal for system administrators, infrastructure engineers, software developers, team leads, and architects, this updated edition demonstrates how you can exploit cloud and automation technology to make changes easily, safely, quickly, and responsibly. You'll learn how to define everything as…
Being able to understand and change reality through our knowledge and skill is literal magic. We’re building systems with so many exciting and unexpected properties that can be exploited and repurposed for both good and evil. I want to keep some of that magic and help people engineer – build great systems that make people’s lives better. I’ve been securing (and breaking) systems, from operating rooms to spaceships, from banks to self-driving cars for over 25 years. The biggest lesson I’ve learned is that if security is not infused from the start, we’re forced to rely on what ought to be our last lines of defense. This list helps you infuse security into your systems.
When I worked in application security at Microsoft, we still had products that shipped every few years. I learned to scale application security in that world, but many people live in a different world now. AAS helped me understand which of our approaches translated well, which had to be transformed, and which needed to be discarded or replaced. I regularly refer back to it, even a few years later.
Agile continues to be the most adopted software development methodology among organizations worldwide, but it generally hasn't integrated well with traditional security management techniques. And most security professionals aren't up to speed in their understanding and experience of agile development. To help bridge the divide between these two worlds, this practical guide introduces several security tools and techniques adapted specifically to integrate with agile development.
Written by security experts and agile veterans, this book begins by introducing security principles to agile practitioners, and agile principles to security practitioners. The authors also reveal problems they encountered in their own experiences with…
As a kid, I used to do all the math problems in my textbooks just for fun, even if they weren’t part of a homework assignment. My grandchildren cringe when I tell them this. I am a researcher and educator in secure software engineering and have enjoyed a productive career in software development and management, software engineering and software security research, and software and secure software engineering education.
This book is a “how-to” guide for teams developing secure software. Written by a team of experts, it covers the important issues in developing software that is better able to prevent successful attacks. The book contains many references, a strategy, and an implementation guide with cross-references. For each topic, the maturity of practice at the time of writing is provided, as well as an indication of the audience.
"This book's broad overview can help an organization choose a set of processes, policies, and techniques that are appropriate for its security maturity, risk tolerance, and development style. This book will help you understand how to incorporate practical security techniques into all phases of the development lifecycle."
-Steve Riley, senior security strategist, Microsoft Corporation
"There are books written on some of the topics addressed in this book, and there are other books on secure systems engineering. Few address the entire life cycle with a comprehensive overview and discussion of emerging trends and topics as well as this one."
Joanne McNeil has written about internet culture for over fifteen years. Her book considers the development of the internet from a user's perspective since the launch of the World Wide Web. Her interest in digital technology spans from the culture that enabled the founding of major companies in Silicon Valley to their reception in broader culture.
A thorough look at the origins of personal computing and connections between computer users beginning in the 1960s that highlights the BASIC programming language and The Oregon Trail game. Shines a light on the role that universities and the education system played in fostering networks between users.
Silicon Valley gets all the credit for digital creativity, but this account of the pre-PC world, when computing meant more than using mature consumer technology, challenges that triumphalism.
The invention of the personal computer liberated users from corporate mainframes and brought computing into homes. But throughout the 1960s and 1970s a diverse group of teachers and students working together on academic computing systems conducted many of the activities we now recognize as personal and social computing. Their networks were centered in New Hampshire, Minnesota, and Illinois, but they connected far-flung users. Joy Rankin draws on detailed records to explore how…
I love computers, and especially computer systems. I’m interested in how different pieces of hardware and software, like processors, operating systems, compilers, and linkers, work together to get things done. Early in my career, as a software security tester, I studied how different components interacted to find vulnerabilities. Now that I work on compilers, I focus on the systems that transform source code into a running program. I’m also interested in how computer systems are shaped by the people who build and use them—I believe that creating safer, more reliable software is a social problem as much as a technical one.
One of the best ways to understand how software works is to study how it fails. When I was just starting my career in software security, I read this book to learn about binary exploits like buffer overflows. It’s been a long time since I’ve written a binary exploit, but digging into the nitty-gritty, low-level details of how software runs on a real system has helped with everything I’ve done as an engineer since.
A lot has changed since this book was published in 2008 (and running the accompanying Live CD has gotten trickier), but the fundamental concepts are as relevant as ever.
Hacking is the art of creative problem solving, whether that means finding an unconventional solution to a difficult problem or exploiting holes in sloppy programming. Many people call themselves hackers, but few have the strong technical foundation needed to really push the envelope. Rather than merely showing how to run existing exploits, author Jon Erickson explains how arcane hacking techniques actually work. To share the art and science of hacking in a way that is accessible to everyone, Hacking: The Art of Exploitation, 2nd Edition introduces the fundamentals of C programming from a hacker's perspective. The included LiveCD provides a…
