Étude de graphène révèle structure de l'espace-temps - La Fondation du Projet de résonance Two Physicists at UCLA working with a highly conductive nano-tech material called graphene recently released a new postulate on the origin of the spin of electrons. Professor Chris Regan and graduate student Matthew Mecklenburg discovered that they could accurately predict the spin of electrons if they divided space itself into a lattice of positions interconnected by triangles. (Image: Chris Regan/CNSI) “An electron’s spin might arise because space at very small distances is not smooth, but rather segmented, like a chessboard,” Regan said in an interview for the UCLA Newsroom article. Graphene is a single-atom-thick layer of graphite with carbon atoms arranged in a perfect hexagonal lattice, like a honeycomb. The hexagonal geometry of graphene (and the triangular spacial polarity it generates between atoms) mirrors the structure of the fabric of space-time presented in physicist Nassim Haramein’s theory of quantum gravity.
Albert Einstein: The Brick Wall that Science Faces Thanks to Golden Age of Gaia. Steve Beckow: On this week’s An Hour with an Angel, Geoff West spoke with science officer Serenia and Albert Einstein. So as not to overtax the reader, we’ll post Serenia’s discussion of her work with formulas and hydration tomorrow. Today we post Einstein’s discussion of his life’s intentions, his understandings of multidimensional science, and the brick wall that science faces. Those who would prefer to read Serenia interview today can go to An Hour with an Angel with Einstein and Serenia, April 1, 2013 Geoffrey West: Many will know the name Albert Einstein, but some may not fully understand what he is famous for. It would take too long to fully explain, but it generally falls into two categories: the Special Relativity, and General Relativity. The curvature of space-time is directly related to the energy and momentum of whatever matter and radiation are present. What is science?
Is space like a chessboard? Physicists at UCLA set out to design a better transistor and ended up discovering a new way to think about the structure of space. Space is usually considered infinitely divisible — given any two positions, there is always a position halfway between. But in a recent study aimed at developing ultra-fast transistors using graphene, researchers from the UCLA Department of Physics and Astronomy and the California NanoSystems Institute show that dividing space into discrete locations, like a chessboard, may explain how point-like electrons, which have no finite radius, manage to carry their intrinsic angular momentum, or "spin." While studying graphene's electronic properties, professor Chris Regan and graduate student Matthew Mecklenburg found that a particle can acquire spin by living in a space with two types of positions — dark tiles and light tiles. "An electron's spin might arise because space at very small distances is not smooth, but rather segmented, like a chessboard," Regan said.
Taryn Crimi – Angelic Guides: Your Imagination is But a Window into Another Reality Today we would like to focus your attention on the topic of imagination. There are many who have questioned the validity of their imagination. We would like to further expand upon this topic today in hopes of helping you to understand more about the power of your imagination and why we perceive it as being so very important. We will begin by posing a question that has intrigued humans for quite some time; what makes something real? Many have come to rely upon their 5 physical senses to determine whether something is in fact “real” or “fantasy”; if something can be heard, seen, tasted, smelled, or touched then this validates that something is real within your reality. As we have expressed many times before, this reality which you exist within is very different from any others. Many have underestimated the power of their mind. Many believe that they cannot do any harm by simply thinking. Like this: Like Loading...
Illustrating the Big Picture Experience designers use a wide variety of techniques to represent the interactions between individuals, organizations, and systems. Personas are the go-to tool to aggregate a target audience’s traits, intentions, needs, and behaviors; however, they often leave out one of the most critical elements of interaction design: time. As rich as these snapshots may be, people’s needs and even their traits may change over time, and personas start to burst at the seams when it comes to illustrating a full story of engagement. To show personas moving through time, we traditionally use task flows, scenarios, and storyboards. Naturally, UX professionals are adapting traditional techniques and creating new ones to express this greater scope of experience. What is Journey Modeling? Journey modeling is the process of illustrating a complete story centered on the relationship that unfolds over time between an individual and a system, service, product, brand, or organization. Creating a Journey Model