PHYSICS & MATH

Multi-Dimensional Quantum Measurements Made Possible Through a Magnetic Sensor

A new method measures quantum computing MIT researchers have developed a new method to measure precisely atomic-scale magnetic fields. This approach could be applied in characterizing magnetic materials, mapping the electrical impulses inside a firing neuron, and probing exotic quantum physical phenomena.

When Sand Behaves Like Oil

A complex interaction occurs between the two materials Parts of the examples of granular materials are rice, sand, and coffee. The conduct of granular substances plays a vital function in various natural processes, such as avalanches and the motion of sand dunes, but they are also essential in the industry.

A New Type of Quasiparticle Discovered

The researchers were the first to see Rarita-Schwinger fermions Paul Scherrer Institute's researchers have discovered a new kind of quasiparticle.

Underwater Exploding Electrical Wires to Understand Shock Waves

Scientists show the relationship of shock waves with the expansion of a wire Technion Israel Institute of Technology researchers demonstrated the relation between the evolution of a shock wave and the expansion of the exploding wire.

Study Reveals Holography as a Tool for Quantum Computation

Scientists find a way for quantum computation Photography determines the amount of light of various colors that hit the photographic film. Since light has dual properties of a particle and a wave, it can be characterized by the phase because of its wavelike properties.

Measuring Light Properties Through a Quantum Sensor

Study reveals light's quantum properties through a sensor University of Innsbruck researchers discovered how light can be measured non-destructively through a quantum sensor that could also permit the study of light's quantum properties.
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