Tech trees to support great science and technology

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Have you ever played a series of civilizations created by designer Sid Meyer? Over the years, many things have changed, but one of the unchanging signs of the series is the technology tree. Why is it a stable part of this game? Because at a glance, it allows you to take a bird’s eye view of the technological skills needed to advance your bold civilization goals.

Compare this to our true civilization. If we want to, we can design the many technologies that have brought us to where we are today. By the way, the current technology pile is a sculpture of a smart tech tree. What if we build a technology tree from now on? The reality is that it is more complex than computer games. So, instead of expanding our civilization, we can probably start with individual technology areas and pull those out one by one. In the realm of technology, one can repeatedly push ourselves into the current pool of skills by dividing the field’s main goals into the skills needed in the future.

What good is a web site if it simply “blends in” with everything else out there? The point is, in addition to mental effort, it can greatly accelerate growth. Think of yourself as a financier, or a good postgraduate, a home-based entrepreneur, or an advocate for the technology field of your choice. At present, it is very difficult to know how to connect. After graduating in that field, it is not very clever to see how to combine points in one area, even in interviews and online courses, by combining many of the articles. There is a lot of information, but if you don’t have a scaffold that can shape the context and dependence of different opportunities, you can only assume that what you are developing is really a critical obstacle on the field. From there, the solution lies in the emerging technology.

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A field dynamic scan makes it easy to coordinate efforts, search for low-cost areas and spend money, and decide how to open new skills and apps together.

Technology Trees: The Reality

So far so good, in theory. Can this be done in practice? We are trying to find out about this at the Faculty Institute. Outputs five technical programs.

  • Decentralized computing, focused on reliable collaboration, led by agronomist Mark S. Miller.
  • Molecular Machines, Focused on Atomic Accuracy, by Ben Reinhardt, PARPA.
  • Biotech and Health Extension, sponsored by 100 Plus Capital, focuses on renovation.
  • Neurotech, focused on brain-computer interfaces and full-brain email, directed by Randal Koene, carbon copies.
  • Specific, focused on space research technology, led by Creon Levit, Planet Labs.

These programs come with a team of about 200 scientists, entrepreneurs and funders working together in groups to support long-term growth through workshops, awards and awards. To address the growing number of new friends in these fields, we have decided to create technology trees to map each area in early 2022.

Guided by domain expert interviews, this pioneering team is now building technology trees in every field, from the state of the art, setting each one into conditional nodes, long-term, one branch at a time. At the end of Q1, we completed the first technology tree prototype.

Instead of engaging in armchair philosophy, our tech tree architects are developing technology trees by talking to domain experts working at each node. Feedback cycles lead to the frequency of the tree until we get a clear picture of the field. Once v1 is over, we open it to multiply the trees.

Each node can be clicked, allowing people to grow at any particular crossroads to view relevant companies, advocacy groups, labs and independent projects. They want to know what other open challenges they need financially. Researchers can present challenges to improve in their field. We can set up bonuses and rewards on bottlenecks to encourage growth.

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Technology Trees: Potential

Membrane that distinguishes the trees can be beautifully transmitted. For example, the computer tree has something to say about the longevity of the technology tree, such as the secrets of the machine learning machine. Molecular Machines Tech Tree, devices such as non-stick polymers, will be useful for the encryption technology stack in the computer tree. From material and energy advances to molecular machinery to longevity and neurotechnology, we are announcing our future.

As the branches of different technology trees begin to embrace each other, the dangers become even clearer. Advanced Artificial Intelligence will be a major revolution and threat to all trees. However, technologies to reduce risks, such as computer security, will become more visible and financially viable. This could increase funding for “diverse technological development” – that is, technologies that promote civilization’s security are more than just a risk.

Some pioneers may want to coordinate their efforts on tree trails, such as the map of civilization presented by Trent Maconagi. Others, such as Balaji Srinivassan, want to specialize in promoting their local domain, company, or project boundaries.

Tech trees allow different pioneers to compare notes and accelerate growth on the board.

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Such a long-term project may seem far-fetched. One reason is that we have very good equipment. To solve this, we have developed a hackathon for such maps to build an app for better public storage and congestion, from Srinivasan of 1729.com; Ivan Miyazono Protocol Laboratories; Ocean Protocol McConnache; Amir Banifatemi XPrize; And Seda and Matthias Roder, and Andy Smolek of Sonophilia. The original data is now being shared with MapsDAO on future roadmap efforts.

Eventually, the trees take time to grow. But when we sow early, we begin the many repetitive cycles needed to gather their fruit.

This article does not contain investment advice or suggestions. Every investment and business activity involves risk, and readers should conduct their own research when making decisions.

The views, opinions and opinions expressed herein are those of the author only and do not necessarily reflect the views and opinions of the copyright holder.

Allison Duettmann The 38-year-old is the president of the Foresight Institute, which aims to further his great future by supporting high-impact technology. She oversees intelligence cooperation, molecular machinery, health extension, neurotech and space programs. She co-authored the book. Superintendent Intelligence Coordination and Strategy And co-written Playing the Future Clever Volunteer Collaboration. She holds a Master of Science in Philosophy and Public Policy from the London School of Economics, with a Bachelor’s degree in Philosophy, Politics and Economics from York University.