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Customizing your motorbike : shed-built to show bike
MOTORCYCLES: GENERAL INTEREST. Building a custom motorcycle has never been more popular, with even the major manufacturers keen to capitalize on the growing trend. A custom motorbike is the product of an owner using their own skills to produce an individual machine, and with the right tools and approach it is well within most people's means to take a standard machine, new or second-hand, and make it their personal statement. Providing clear and practical advice, this new book, Customizing Your Motorcycle - Shed-Built to Show Bike introduces the reader to the techniques and processes needed to customize any motorcycle. Eschewing the practice of using expensive off-the-shelf parts, it shows how the shrewd use of salvaged and alternative sources is not only economic but also results in a satisfyingly unique custom machine. Projects demonstrate how to make custom parts, while examples of how different custom bikes were built by the author show how they are designed and put together.
Book
CHILD'S PLAY
Elemental Path, the start-up behind the product, says its Watson-enhanced dino not only can respond but also ask kids questions with age-appropriate content. [...]it's customizable and learns how best to play with each child.
Journal Article
The rise of the social algorithm
Does content curation by Facebook introduce ideological bias? [Also see Report by Bakshy et al. ] Humanity is in the early stages of the rise of social algorithms: programs that size us up, evaluate what we want, and provide a customized experience. This quiet but epic paradigm shift is fraught with social and policy implications. The evolution of Google exemplifies this shift. It began as a simple deterministic ranking system based on the linkage structure among Web sites—the model of algorithmic Fordism, where any color was fine as long as it was black ( 1 ). The current Google is a very different product, personalizing results ( 2 ) on the basis of information about past searches and other contextual information, like location. On page 1130 of this issue, Bakshy et al. ( 3 ) explore whether such personalized curation on Facebook prevents users from accessing posts presenting conflicting political views.
Journal Article
How to paint your car
Provides \"guidance on every aspect of automotive painting and exterior upkeep, [walking] readers through everything they need to know, from primer to paint, tools and materials, and much more\"-- Provided by publisher.
Book
Fresh-slice multicolour X-ray free-electron lasers
X-ray free-electron lasers (XFELs) provide femtosecond X-ray pulses with a narrow energy bandwidth and unprecedented brightness. Ultrafast physical and chemical dynamics, initiated with a site-specific X-ray pulse, can be explored using XFELs with a second ultrashort X-ray probe pulse. However, existing double-pulse schemes are complicated, difficult to customize or provide only low-intensity pulses. Here we present the novel fresh-slice technique for multicolour pulse production, wherein different temporal slices of an electron bunch lase to saturation in separate undulator sections. This method combines electron bunch tailoring from a passive wakefield device with trajectory control to provide multicolour pulses. The fresh-slice scheme outperforms existing techniques at soft X-ray wavelengths. It produces femtosecond pulses with a power of tens of gigawatts and flexible colour separation. The pulse delay can be varied from temporal overlap to almost one picosecond. We also demonstrate the first three-colour XFEL and variably polarized two-colour pulses.
A new scheme for multicolour X-ray free-electron lasers at soft X-ray wavelengths is proposed. The scheme significantly improves two-colour pulse generation and makes possible the first demonstration of three-colour pulse generation.
Journal Article
The ride : 2nd gear
\"Men and motorcycles: a story that has vacillated somewhere between cult and clichâe for years. Custom bikes, in particular, have a history that is deeply rooted in the spirit of freedom and change of the 1960s, as well as man's primal urge to build something with his own hands --or, in this case, tools. The Ride 2nd Gear is a showcase of the power and beauty of these bikes. The book presents a stunning selection of recent custom motorcycles, as well as the small, local workshops around the globe in which they are built. Hotbeds of creativity and craftsmanship, these workshops are mostly run by single individuals and attract a small yet devoted community of fans and fellow builders. Rather than coveting the newest luxury models to come off the assembly line, this community is more concerned with transformations. They want to turn grandpa's old heap, a bargain found on eBay, or a soulless model from another era into something of their very own. They want to augment old motors and existing mechanics with modern technology or make their personal visions of aesthetics and handling a reality. This process takes time, dedication, technical expertise, and skilled handcraft.\"--Publisher description.
Book
Generation and multi-octave shaping of mid-infrared intense single-cycle pulses
The conversion of shaped near-infrared pulses to shaped, energetic, multi-octave-spanning mid-infrared pulses lasting as little as 1.2 optical cycles is made possible by adiabatic difference frequency generation.
The generation of intense mid-infrared (mid-IR) optical pulses with customizable shape and spectra spanning a multiple-octave range of vibrational frequencies is an elusive technological capability. While some recent approaches to mid-IR supercontinuum generation—such as filamentation, multicolour four-wave-mixing and optical rectification
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—have successfully generated broad spectra, no process has been identified for achieving complex pulse shaping at the generation step. The adiabatic frequency converter
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allows for a one-to-one transfer of spectral phase through nonlinear frequency conversion over a larger-than-octave-spanning range and with an overall linear phase transfer function. Here, we show that we can convert shaped near-infrared (near-IR) pulses to shaped, energetic, multi-octave-spanning mid-IR pulses lasting only 1.2 optical cycles, and extendable to the sub-cycle regime. We expect this capability to enable a new class of precisely controlled nonlinear interactions in the mid-IR spectral range, from nonlinear vibrational spectroscopy to strong light–matter interactions and single-shot remote sensing.
Journal Article
Choppers
\"Choppers are the biggest thing to hit the road since the wheel. They pair the speed and power of a motorcycle with a rider's individual style. Find out how choppers are built and what makes them so unique.\"--Provided by publisher.
Book
Inventory of Small Forest Areas Using an Unmanned Aerial System
Acquiring high spatial and temporal resolution imagery from small unmanned aerial systems (sUAS) provides new opportunities for inventorying forests at small scales. Only a few studies have investigated the use of UASs in forest inventories, and the results are inconsistent and incomplete. The present study used three-dimensional (3D) variables derived from UAS imagery in combination with ground reference data to fit linear models for Lorey’s mean height (hL), dominant height (hdom), stem number (N), basal area (G), and stem volume (V). Plot-level cross validation revealed adjusted R2 values of 0.71, 0.97, 0.60, 0.60, and 0.85 for hL, hdom, N, G, and V, respectively, with corresponding RMSE values of 1.4 m, 0.7 m, 538.2 ha−1, 4.5 m2∙ha−1, and 38.3 m3∙ha−1. The respective relative RMSE values were 13.3%, 3.5%, 39.2%, 15.4%, and 14.5% of the mean ground reference values. The mean predicted values did not differ significantly from the reference values. The results revealed that the use of UAS imagery can provide relatively accurate and timely forest inventory information at a local scale. In addition, the present study highlights the practical advantages of UAS-assisted forest inventories, including adaptive planning, high project customization, and rapid implementation, even under challenging weather conditions.
Journal Article