PHYSICS & MATH

New Fluorescent Protein Designed For Cancer Researches

Wide applications eyed with the design of a glowing protein Biophysics collaborators from the Moscow Institute of Physics and Technology and colleagues from France and Germany have designed a new fluorescent protein.

Ways on How Particles Travel Nearly the Speed of Light

NASA explains the phenomenon behind traveling on the speed of light In the field of science, it is a common knowledge that nothing can ever surpass the speed of light, as what Albert Einstein theory of special relativity suggests.

Physicists Develop Better Technique in Defining an Atomic Wave Function

A new method in determining the location of an electron is developed by scientists Physicists from the National Institute of Standards and Technology (NIST) and the University of Maryland developed a method through direct observation specific details that describe an isolated quantum system.

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.
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