Unified Science in Resonance with Nature

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The Planck photon rocket

The ultimate limits of the relativistic rocket equation

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Millions of Atoms Entangled in Record-Breaking Quantum Tests

Quantum entanglement – often associated with quantum weirdness – is the correlation between two or more particles that either came from the same source or interacted with each other at some point in spacetime.

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Experiment to test a key tenet of the special theory of relativity

Does the universe have a rest frame? If an experiment could provide a conclusive answer to this question it would have major implications for special relativity, cosmology, and particle physics. Now, a proposed experiment based on a precise measurement of particle mass aims to do just that.

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Atomic clocks make best measurement yet of relativity of time

Test of special relativity using a fiber network of optical clocks

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How to hunt for a black hole with a telescope the size of Earth

Astronomers hope to grab the first images of an event horizon — the point of no return.

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Scientists evade the Heisenberg uncertainty principle

The Heisenberg uncertainty principle arises from the sensitivity of quantum systems to measurements, mainly because whatever probe is used will invariably interact with and alter the system.

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New program aims to enable detection of extremely minute magnetic fields without shielding

By boosting the ability to detect superweak magnetic fields, a new DARPA program could open pathways to sensors with uses ranging from biological imaging to magnetically based navigation.

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Single-atom magnets store bits of data

A remarkable technological milestone has been achieved as information can now be encoded in single atoms. Each bit, represented by a 1 or a 0 (binary logic) was successfully encoded using the orientation of an atom’s magnetic field — its spin polarity.

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New Feedback System Could Allow Greater Control Over Fusion Plasma

Fusion plasma research has been focused on improvements in sustaining a nuclear fusion reaction. Currently this is done by confining the hot plasma with a magnetic field in the shape of a donut – the tokamak – and with an added twist – the stellarator.

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Articles & Reviews

Revisiting the EmDrive: Quantum Vacuum Fluctuations Harnessed in a Propellant-less Engine Tested by NASA.

When a density gradient is present in the Planck fluctuations of the quantum vacuum, a curvature of spacetime occurs and energy flows from one region to another

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Superfluid helium behaves like black holes

Physicists have modeled superfluid helium with computer simulations and found that it’s entropic properties are the same as those of black holes. Entropy is a measure of the information of a system. Black holes are maximum entropy objects. Somewhat enigmatically, thermodynamic investigations of black holes demonstrated that their entropy grows in proportion to the surface area of the event horizon, not the internal volume.

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Star in Closest Orbit with Black Hole

More often than not, stars come in pairs, orbiting a common centre of mass in a dynamic interdependent dance.

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Articles & Reviews

Spacetime geometry in quantum mechanics

How quantum gravity describes the inner workings of particle physics: the quantum geometry of entanglement – advances beyond the Copenhagen interpretation

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Digital Alchemy

How do complex collective phenomena emerge from simple building blocks? From flocks of birds to complex quasicrystal structures – these systems seem to follow some kind of blue print.

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