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Public Workshop, Breadboard, and The Hacktory with the incredible support of NextFab Studio are combining forces to launch a civic innovation workshop and STEAM (Science-Technology-Engineering-Arts-Mathematics) laboratory in Philadelphia. To be housed in NextFab’s original facilities at the University City Science Center in West Philadelphia, this unique collaboration and space will allow the four organizations to connect unprecedented skills, tools, and ideas to incubate innovative civic solutions and engaging educational programming with diverse communities in Philadelphia. The civic tinkering space and collaborative programming will be collectively known as The Department of Making + Doing. When it opens to the public this fall, the space and its diverse programming will also be a tremendous resource to schools, communities, and other civic innovators in Philadelphia.
For Public Workshop, these incredible partners and facilities—including having access to NextFAB Studio’s new 21,000 square foot location at 20th and Washington, opening in October 2012—will be valuable assets for current and future endeavors, including TinyWPA, the Citizen Scientist Project, and working to create innovative participatory design and learning tools such as, Place Tags, chocolate cake masterplanning, and Build It!
Although it will still be a few months before everything is fully up and running, the paperwork has been completed and the organizations couldn’t wait to share this exciting news.
Resources, Tools and Basic Information for Engineering and Design of Technical Applications! A primary measure of an investments worth is based on yield and known as the internal rate of return - IRR. The optimization of medical accelerators is the goal of a new network within the FP7 Marie Curie Initial Training Network scheme.
The first effective technique for growing a batch of single-walled carbon nanotubes (SWCNTs) that all have the same molecular structure has been developed by scientists in Switzerland.
An SWCNT can be thought of as an atomically thin sheet of carbon that has been rolled up to form a tube about 1 nm thick, resembling a drinking straw.
Electronic devices based on SWCNTs could, in principle, be used to create transistors and other components that are smaller, faster and more energy efficient than those based on silicon. Careful control of how SWCNTs are prepared can limit the number of different structures to as few as five. This latest work was done by Juan Ramon Sanchez-Valencia and colleagues at the Swiss Federal Laboratories for Material Sciences and Technology (Empa) in Zürich.

The new technique is based on the fact that, unlike a drinking straw, the tips of SWCNTs are capped by carbon atoms and each species has a cap with a different structure.
An additional challenge facing anyone wanting to use the technique to produce commercial quantities of SWCNTs is how to deal with the entanglement of neighbouring nanotubes.
Crystal growth requires conditions (like supersaturation and process cooling) and 2 things: molecule and nuclear substrate.
The ‘city’ is the classroom and laboratory of the 21st century, and The Department of Making + Doing—with its unique facilities and expertise—will serve as an important place for young and old to work together to creatively address Philadelphia’s challenges. Incredible thanks goes to Dan Schimmel at Breadboard and Evan Malone at NextFAB for presenting the initial opportunity to Public Workshop and The Hacktory.
The internal rate of return can be defined as the break-even interest rate which equates the Net Present Worth - NPW - (Net Present Value) of a projects cash flow in and out.
Physics Connect lists thousands of scientific companies, businesses, non-profit organizations, institutions and experts worldwide. The new process involves using "seed molecules" on a platinum substrate to grow SWCNTs with the desired structure. But before that can happen, scientists have to come up with reliable ways of producing batches of SWCNTs with identical structures.
The team used the established technique of organic chemical synthesis to create cap molecules with the same structure as the cap of the desired structural species of SWCNT.
This much-studied type of nanotube is of interest to device designers because it conducts electricity like a metal. Although the team did not show that the technique can create other types of SWCNTs by using different cap molecules, Tour says that this possibility "seems to be implied and it is likely that that would be the case". On the downside, a platinum surface measuring about 30 km2 would be needed to grow such a quantity of SWCNTs.
This occurs before the SWCNTs reach a usable length, and disentangling nanotubes can be a tricky process.

In short, The Department of Making + Doing is an important part of Public Workshop’s efforts to make Philadelphia THE national model for how we meaningfully engage youth in the design of their cities.
The breakthrough could be extremely important to those developing electronic devices based on SWCNTs because nanotubes with different structures can have very different electronic properties. However, there are about a hundred different ways that the edges of the sheet can join together to make a tube, and this defines whether an SWCNT conducts electricity like a metal or a semiconductor.
However, this is a very costly process with a structurally pure sample of SWCNTs costing about $1000 per milligram from a chemical supplier.
These cap molecules are placed on a platinum surface, which is heated in the presence of a carbon-rich gas such as ethylene.
The SWCNTs were grown to several hundred nanometres in length before they were analysed using scanning tunnelling microscopy (STM) and Raman spectroscopy. In the case of semiconducting nanotubes, the size of the electronic band gap also depends on how the edges are joined. As a result, scientists are very keen on developing methods for producing batches containing just one structure. The platinum surface acts as a catalyst, pulling carbon atoms from the gas and passing them to the cap molecules. This revealed that the SWCNTS were all of the same type and were free of structural defects. This steady supply of carbon molecules attaches itself to the bottom of a cap and pushes it up from surface, creating an SWCNT with the desired structure.

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