This paper introduces the "Singularity Warfare" concept, arguing that the accelerating pace of technological revolution, driven by artificial intelligence and quantum mechanics, is fundamentally reshaping the nature of conflict. Moving beyond traditional "Newtonian" warfare and current military doctrine s, this framework posits that future battlefields will be defined by a merger of physical and abstract domains, where human imagination and algorithmic logic become a unified, actionable reality. Victory will hinge on a unit's ability to maintain cognitive and technological "coherence" while creating "decoherence" in the adversary. The paper synthesizes theories from physics, philosophy, and futurology to provide a metatheoretical framework for understanding this paradigm shift. Introduction Following the Second World War, modern warfare was traditionally divided into two primary categories: strategic and conventional forces.

Thinking about the future allows us to imagine what kind of future we want to live in and how we can get there. In 2018 we celebrated the fifty-year anniversary of the founding of the Institute for the Future (IFTF). No other futures organization has survived for this long; we've actually survived our own forecasts! In these five decades we learned a lot, and we still believe--even more strongly than before--that systematic thinking about the future is absolutely essential for helping people make better choices today, whether you are an individual or a member of an educational institution or government organization. We view short-termism as the greatest threat not only to organizations but to society as a whole. In my twenty years at the Institute, I've developed five core principles for futures thinking: If somebody tells you they can predict the future, don't believe them. Nobody can predict large socio-technical transformations and what exactly these are going to look like. We are getting better at making point predictions.

Artificial intelligence has long been thought of in terms similar to that of fusion power -- it's always 20 years away. Outside, it was a normal morning. Inside, looking out the window and barely noticing the chickadee, the business woman, a manager at a large call center downtown, waited for her morning coffee. It was a short wait. Her coffee maker knew that she woke at 5:30 a.m. It knew that because the alarm clock in the woman's bedroom sensed her movement and saved that information to the woman's Amazon Web Services (AWS) account. The coffee maker, also tied to that AWS account, took the hint and turned itself on. Ten minutes later, the shower came on in the bathroom. This also was noted by the house's systems and that data point was duly recorded by the woman's AWS account. That was the next cue for the coffee maker. It was plumbed directly into the house's water lines, and it opened the valve and filled itself with just the right amount of water to brew the coffee. It was brewing as the woman dressed, and five minutes after the woman appeared, the coffee was delivered to her by her Boston Dynamics personal assistant. She took a sip, just as the chickadee flew away. It was now 6:30 a.m., and time to leave for the office. Just like every other weekday, it would be a peaceful commute. As she left her apartment building and the door closed behind her, her ride was just pulling up to the curb.

This article accompanies episode 10 of The Anthill podcast on the future. From Humans to Westworld, from Her to Ex Machina, and from Agents of S.H.I.E.L.D to Black Mirror – near future science fiction in recent years has given audiences some seriously unsettling and prophetic visions of the future. According to these alternative or imagined futures, we are facing a post-human reality where humans are either rebelled against or replaced by their own creations. These stories propose a future where our lives will be transformed by science and technology, redefining what it is to be human. The near future science fiction sub-genre imagines a future only a short time away from the period in which it is produced.

Some predict that technology will become more advanced than the human brain. Some predict that technology will become more advanced than the human brain. Ayesha and Parag Khanna are co-directors of the Hybrid Reality Institute. Ayesha is author of Straight Through Processing for Financial Services. Parag is senior research fellow at the New America Foundation and author of How to Run the World: Charting a Course to the Next Renaissance.