Or perhaps, the Stuff that Dreams are made of..

entanglement

Just as mass is different to Matter, geometry is different to Topology While quarks and leptons both have 12pi mass-energy geometries, their Matter topologies are quite distinct due to the Strong force between charged fascia - quarks form octahedral quantum topologies, leptons form dodecahedral quantum topologies.............

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Hi Everyone, today we're sharing Quantum Mechanics made simple! This 20 minute explanation covers the basics and should give you a good foundation for unders...

In Quantum Atom Theory time has geometry and a symmetry that can explain the probability and non-locality of quantum physics. The forward momentum of electro...

The new field of quantum biology applies the craziness of quantum physics to biology's most fundamental processes. There’s a fine line between being hailed as a

GENEVA, 30-May-2017 — /EuropaWire/ — Quantum physic can guarantee that a message has not be intercepted before reaching its destination. Thanks to the

Quantum mechanics is a fundamental theory in physics that provides a description of the physical properties of nature at the scale of atoms and subatomic particles. -- Choose from our vast selection of stickers to match with your favorite design to make the perfect customized sticker/decal. Perfect to put on water bottles, laptops, hard hats, and car windows. Everything from favorite TV show stickers to funny stickers. For men, women, boys, and girls.

Imaginary numbers could play a more important role in describing reality than we thought.

(Phys.org) —Optical transistors and switches are fundamental in both classical and quantum optical information processing. A key objective in optics research is determining and developing the structural and performance limits of such all-optical devices, in which a single gate photon modifies the transmission or phase accumulation of multiple source photons – a feature necessitating strong interaction between individual photons. While significant progress has been made – especially in cavity QED experiments, which use resonators to enhance interaction between photons, confined in a reflective enclosure, and natural or artificial atoms – the goal is to achieve high optical gain and high efficiency using a free-space – that is, cavity-free – approach. Recently, scientists at Universität Stuttgart, Germany demonstrated a free-space single-photon transistor based on two-color Rydberg interaction, which they say could lead to a high optical gain, high efficiency optical transistor through further improvements. (In a Rydberg atom a single electron is excited to a state with a large principal quantum number, meaning that it has high potential energy.) Moreover, the researchers state that the finding may lead to advances in quantum information processing, condensed matter physics, single step multi-photon entanglement, and other important areas.

Quantum theory for mathematicians / Brian C. Hall

Einstein’s gravity and quantum mechanics united at last?

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