www.predictiveinnovation.com You can predict the next big innovation. Predictive Innovation Method reveals all innovations and helps you uncover which one will be the next big thing. If you are an investor, entrepreneur, business person, inventor, or policy maker being able to know what is coming next is highly valuable. The speed of innovation today means you must be planning for two step ahead to avoid being left behind. Links: markproffitt.com
Predicting the Next Disruptive Innovation
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If you can arrange a group I’d be glad to speak in Nashville.
I started developing Predictive Innovation 25 years ago and in 2003 I met Len Kaplan and we merged ideas. A lot of this is totally new studies. Discrete Calculus is the new term for what I am doing. Although Discrete Calculus is a subset of what I’ve done. Normal Calculus requires smooth contiguous functions. Predictive Innovation works at the discontinuities. That is where the really useful changes occur.
That is AWESOME. Years ago I had suggested using a CD/DVD drive as a high precision low cost (free) CNC / 3D printer device. I’m glad to see someone doing it and I’m more impressed that its is being used to make basic electronic components from basic materials. Nearly everyone has a CD/DVD drive. Think about doing this in layers. Entire integrated circuits could be built on demand in your home. Download a computer and “print” it.
your videos are very good. If you ever lecture in the Nashville area id very much like to attend
/watch?v=_oEFwyoWKXo
Thank you for noticing. All of the spaces can be combined with other spaces. So by only using the 15 Alternatives (3 Scales x 5 Directions) those can be combined on themselves to form 15 x 15 = 225 combinations.
Here is one way to plug Predictive Innovation into itself:
Single, a single single means unique one time
Multiple singles, is different from multiples of the same thing
Continuous singles is different from continuous of the same thing
Yes it does. Single, Multiple, Continuous is only one of the dimensions. The 15 Alternatives is a 3×5 grid. Outcome & Function has 7 Elements. Alternatives are mathematical & Elements are linguistic. Everything is broken up in to Types & Amounts. Language describes Types, Math describes Amounts.
All information can be described using comparisons, same or different. If it’s different it’s a different type or amount, more or less. Predictive Innovation is built from that simple proof by Turing.
Your predictive innovation is an innovation in and of itself: What happens if you put it into your prediction grid/hypercube and fill in the empty spaces? I’ve got to believe that it may be somewhere in the Continuous range (but that may depend how you define or set up the grid), and if it is a Continuous type I don’t think that it’s necessarily the only Continuous type. What are your thoughts?
I’m currently finishing my undergrad degree in math and have been working on some research projects and when I found this my jaw hit the floor. This technique literally answers everything. I started applying it to anything I could think of or get my hands on and the answers I started finding were incredible. This makes the invention of Calculus (infinite addition of small rectangles) and now the Theory of Everything look like child’s play (I’ve only taken 2 intro classes to physics).
You are welcome. This obviously is just a tiny slice of the power of Predictive Innovation.
Fascinating stuff thanks
The hard part is actually not hard programming. There needs to be a user interface to guide people into setting up the variable correctly. The non-mutually exclusive (meaning combinations) is where the numbers blow up. You go from 735 types to 4.25e+57 for one user alternative. That is an unusable number but since it is structured into the 7x7x(3×5) hypercube the distance between each type is less than 12.
you mean like a program which can predict the positions of open spaces in that hypercube you speak of given mutually exclusive variables. You could probably do that on Matlab, its a pretty standard programming language for dynamics such as this. I mean programming should be as simple as possible in the beginning stage; I mean this matrix element is really apart of a sort of metric object right? you could probably make non-mutually exclusive variables aswell.
Artificial Intelligence is a Continuous type so it is likely part of the next big step. At this moment I am trying to find someone to develop software to automate part of Predictive Innovation. That will radically change how technology develops.
…privacy is becomming redundant with a more blatant and oversubscribe use of social networking. this has reached such an extent that parents are on the internet with their children and people are exposed to each other in a more extended way. forget the 1960′s liberal revolutions, this will have the most profound effect on society in the coming decades. I still think the next big leap is the implimentation of advanced artifical intelligence using the internet for reasearch.
infrastructure exists for the technological leap from simply personalised webcam to full scale face-to-face communication; however it will require an entirely new social stigma on the concept of privacy. people who go on the internet were, orignially, largely professional and at times outsiders and loners in what was once considered the normal social structure. the whole meaning of a forum of information has changed from a library visit to a Google search. privacy is also becoming redundant…
Hmmm. Sounds like a job for excel or better, some version of C. Do you have code?
I also say hypercube because the 3+1 dimensions listed do not include the other 3+1 dimensions that describe the purpose, and the customers and innovators. This video is focusing on one part of the hyperspace that relates to users. Other areas of the hyperspace address deciders, payers, makers, designer, etc.
You got that backwards. “A generalization of the cube to dimensions greater than three is called a “hypercube”, “n-cube” or “measure polytope”. The tesseract is the four-dimensional hypercube, or 4-cube.” Notice that I say each box is a “type” that means there can be multiples of each type so that is an extra dimension which is not easy to visually display and related it to common thoughts of space. So I am showing a tesseract, however that 4th dimension is sparse, not uniform.
A hypercube is a tesseract.
good job mate, nicely put!!
Perfect information!
Nice explanation, great job!