Sentence examples for boundaries of physics from inspiring English sources

Some Bell Labs researchers composed papers that significantly extended the boundaries of physics, chemistry, astronomy and mathematics.

A research team led by Yale physicist Sarah Demers has been accepted into an international collaboration to push the known boundaries of physics.

Our group freely traverses past what would be considered the traditional boundaries of Physics in pursuit of the most interesting and highest impact scientific questions.

While his physics research examines the earliest moments of the universe, including the possibility of multiple universes, Dr. Ellis, 64, has also written about ethics and the boundaries of physics and metaphysics.

If, in 18 months, such equipment were to be invented – an aim apparently pushing beyond the boundaries of physics today – it would certainly cost as much as five to 10 times the equipment it replaces.

It clacks and whirs a little, the animation skips frames to get where it wants to go, and some of the passes and tackles veer from improbable to "stretching the boundaries of physics".

However, as institutions search for authentic experiences for students that cross the boundary of physics and biology for the introductory sequence, we feel that some activities will be importable into the introductory algebra-based physics sequence at a future date.

Metamaterials allow researchers to manipulate electromagnetic waves beyond the boundaries of what physics allows in natural materials.

The torpedo, the Shkval, or squall in English, can break through conventional boundaries of underwater physics five times faster than any torpedo in Western fleets, and experts in both countries say its technology was at the cutting edge of cold-war scientific competition.

Researchers at CERN, the European center for particle physics in Geneva, are trying to make sense of a set of observations that seem to lie outside the boundaries of conventional physics.

Small animal magnetic resonance microscopy (MRM) has evolved significantly from testing the boundaries of imaging physics to its expanding use today as a tool in noninvasive biomedical investigations.