According to Wikipedia, Alex Pentland's areas of research include social physics, big data, and privacy. In his book, Social Physics, Pentland takes us through the benefits and issues, such as the loss of privacy, that come from comprehensive tracking. It's a short book with a deep look at how the Internet of Things and the quantified self will collect data to change the world around us and better our lives.

Focused on human behavior, the book offers a look at the range of benefits that could result from our hyperconnected world. These include idea flow to spread and advance new ideas, methods for bringing people into problem-solving scenarios to fast prototype solutions, and ways cities can take the density of its members, services, and infrastructure together to improve efficiency while providing the best living experience for the humans who call it home. At its heart, the work focuses on ways we can use data to find better methods for improving how we work together, but it also hints at the promise of an abundant future where mountains of data provide true insight to the best ways we can work together.

While that sounds promising, Pentland doesn't look at the world through rose colored glasses, but acknowledges how this data can and will impact our privacy. So he also proposes simple laws designed to allow the collection of data while protecting citizens from its inappropriate use (at least without our permission).

Social Physics is a course in a book by one of, if not THE expert in this field. Pentland offers a thorough and digestible look at the field and what it offers our future.

Theodore Twombly is an introvert going through divorce. After he purchases an operating system designed to be a virtual friend, Theodore become emotionally attached to 'Samantha' and enters into a romantic relationship with her. - her being the artificial intelligence in his computer. Her follows their relationship through the typical trials most human relationships go through, with the added issues of a virtual companion who attempts to satisfy their 'lover' through a variety of emotional and romantic experiences.

At its heart, Her is a relationship film set around two very different people, one made of code, attempting to find common ground. It explores the variety of their relationship from Theodore's viewpoint, though Samantha's growth and issues are also represented throughout the story. As the story unfolds and the relationship goes through its ups and downs, we get a sense of this new and fragile pairing.

Nominated for five Academy Awards, Her won best screenplay in addition to being nominated for best picture. With a laid back, futuristic setting and a story presented through conversation and emotion, Her isn't just science fiction, it's a brilliant look at a future where artificial intelligence, and also artificial emotion, impacts the individual.

The original "Planet of the Apes" introduced us to a world where humans are secondary to our closest family species in the great apes. The film relaunch of "Planet of the Apes" set those events in our future. "Rise of the Planet of the Apes" explains why these species are uplifted to human-level intelligence and the resulting conflict when humans attempt to deal with "alien" emotions, attitudes, and actions.

The film focuses on the development of an uplifted chimpanzee named Caeser, who gains human-level (or greater) intelligence as a result of the pharmaceutical testing of a potential Alzheimer's cure on his pregnant mother. Raised by the scientist who developed the cure, the film presents Caeser's life from a newborn to his role as a leader of a group of uplifted animals.

Eric Drexler introduced the world to nanotechnology in his first book, Engines of Creation: The Coming Era of Nanotechnology. In his newest book, Radical Abundance, Drexler presents a range of information, informing the reader of the process of nanoscale manufacturing, current efforts and research (and hurdles), and the benefits to science, society, and the planet once we achieve the reality of nanoscale fabrication.

Drexler presents APM (atomically-precise manufacturing) as the next revolution, the first three being agriculture, industrial, and information. This revolution will be powered once we control "the molecular machinery of life (using) proteins that can fit together to form motors, sensors, structural frameworks, and catalytic devices..." By using natural systems to construct from the atomic level towards larger and more complex products, we can manufacture efficiently, using common chemical substances in place of minerals and metals acquired through ecologically damaging mining, and to create materials we cannot visualize today.

In Drexler's future, APM solves many of the societal issues that create poverty, ecological disasters, and conflict. It's an important work that gives us a future to look forward to when so many visions are broken and dystopian.