Lifeboat Foundation

We visited the UCLA Architecture and Urban Design (A.UD) department to meet the architects of tomorrow.

The following is a selection of points of interest to futurism and forecasts of the political future from the recent Mont Order Conference of July 2016:

STATEMENT 1: NEW SECRET WIKI CREATED

The Mont Order’s secret wiki created via PBworks holds information on the origin and literature of the Mont Order as well as our current structure, ranks and members. Members will be invited via email and will be able to contribute pages or post comments and questions on this literature. The public will not have access to it.

Continue reading “Futurist-linked groups talking at the Mont Order” »

This robot can lay bricks 4x’s faster than a human.

Researchers at the University of Maryland are developing a synthetic opioid painkiller that would not lead to physical dependence. The compound has been effective in animal testing, but tests in humans are still years away. So some experts are skeptical.

Could dissolvable metal be the future of medical implants?

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CFO Ruth Porat gives the unit a shout-out.

Want to have that circuit board as a necklace, bracelet, or ring; well now you can.

The complex little patterns of old circuit boards are highlighted in this lovely handmade collection of jewelry for men and women.

(Phys.org)—By carefully arranging many nanoblocks to form pixels on a metasurface, researchers have demonstrated that they can manipulate incoming visible light in just the right way to create a color “meta-hologram.” The new method of creating holograms has an order of magnitude higher reconstruction efficiency than similar color meta-holograms, and has applications for various types of 3D color holographic displays and achromatic planar lenses.

The researchers, Bo Wang et al., from Peking University and the National Center for Nanoscience and Technology, both in China, have published a paper on the new type of hologram in a recent issue of Nano Letters.

The pixels on the new metasurface consist of three types of silicon nanoblocks whose precise dimensions correspond to the wavelengths of three different colors: red, green, and blue. To enhance the efficiency for the blue light, two identical nanoblocks corresponding to the blue light are arranged in each pixel, along with one nanoblock for red light and one for green light.

Continue reading “High-efficiency color holograms created using a metasurface made of nanoblocks” »