The Glussbot, a Tetrobot invented by Public Invention. Invent in the public, for the Public Public Invention is a non-profit whose mission is to “invent in the public, for the Public”, and our first 43 projects can be found here. Our goal is to create humanitarian projects that conform to our mission, and to coach these […]
43 Public Invention Projects That Need You Read More »
A hexagonal-centered toroidal 1.053-bounded regular tetrahedral simplex chain, discovered at the Mathathon by Nathan Gilbert. Public Invention’s First Mathathon Two weekends ago, something rare happened. Thirteen people, sharing only a common interest in math, joined together from India, the Middle-East, England, Canada and the United States to solve real math problems. As might be expected,
The Story of a Public, Cooperative Mathathon Read More »
The Mission of Public Invention is to “Invent in the public, for the Public” We invent things that help all people. We empower inventors, technologists, and students to publish, find, and collaborate on invention ideas through direct coaching, team formation, curation of work, publication, co-working and learning events, and, in some cases, material support. We
Mission of Public Invention, 2.0 Read More »
Invent things that help humanity. Please see below for an explanation of why the mission statement is being published at this time. If this mission statement appeals to you and you would like to learn more about Public Invention, please contact me <read.robert@gmail.com>, — or, respond here so that others can benefit from your response.
Public Invention: Mission Statement, 2018 Read More »
A prototype of a flying machine, constructed by Václav Kadeřávek in Prague about 1860–186 About twenty times in my career as a Computer Scientist and Public Inventor I have somehow informally presented an idea to someone or a group of people, only to hear them say, “That’s been done.” Sometimes they add some additional information
What to Do When You Hear: “That’s Been Done…” Read More »
Ferrofluid is a suspension of tiny iron nanoparticles in mineral oil that behaves like a moving liquid magnet when placed in a magnetic field. It can now be inexpensively purchased at magnet supply stores like Apex magnets. It has some fascinating and beautiful behavior. You can use it to make a liquid piston with no
Failed Experiments with Ferrofluid Read More »
Color is vivid. Throughout recorded history, it has been expensive to produce color compared to monochrome design. Writing systems, which have been constantly evolving since their invention initiated recorded history, have generally been monochrome. But now color is cheap or free, which raises questions: Is the next evolution in writing systems in the direction of
Project #7: Color-Block Font for Writing Read More »
Lately there has been a lot of interest in soft robotics. These tend to use pneumatics or hydraulics in fluid-tight chambers which change shape based on pressure. 3D Printing Flexible Robotics It is not easy to 3D print with flexible air-tight material. I have done it by using Ninja Flex and then treating it heavily
Project #33: 3D Print Soft Robotics with PVA Molds Filled with Silicone Read More »
Invention of the Lawn Mower Once upon a time, a bunch of Americans wanted to make their houses look like tiny versions of beautiful manors in England, where it rains a lot and sheep keep the grass short. But, they were unwilling to have sheep, because they would always get hit by the cars. So
Project #3: Human-Powered Rotary Lawn Mower Read More »
Inventors are the most spectacular causative agents of humanity’s progress. Today invention mostly occurs within commercial firms and universities. Commercial firms primarily seek profit. Universities seek both money and renown from invention. Both firms and universities, the two great poles of the landscape of invention today, seek to temporarily monopolize inventions through patents and other means
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