Sentence examples for mechanical entanglement from inspiring English sources

The observed slippage supports the view that mechanical entanglement of fibers can be one of the main causes of fiber flocculation.

For, as noted, quantum mechanical entanglement pretty clearly establishes that Almost-Lewis's position is false.

With reference to the philosophical discussion about quantum mechanical entanglement, we can conclude that the experimental results of this sort violate the principle of separability rather than the principle of locality.

Over the past half-century, many groups have used Bell's Theorem in trying to affirm that quantum-mechanical entanglement is real.

Thus, native and telopeptide-poor collagen type I were examined at different concentrations in order to characterize the pH and acids effects on the mechanical properties and entanglement characteristics of collagen suspensions.

Theoretical physicists have forged a connection between a mysterious quantum mechanical concept called entanglement and wormholes.

Those include the slippery quantum mechanical ideas of entanglement - the seemingly ethereal connection between two distant particles that underpins much work on the "uncrackable codes" of quantum cryptography - and of decoherence, in which the quantum nature of a particle slowly slips away through its interactions with other matter.

Among the physical and mechanical interaction mechanisms are the entanglement of macromolecules and interdigitation of the ECM with the physical biomaterial structure, for example, pores.

Ultimately, developers hope to be able to relay a subtle quantum-mechanical connection called entanglement from Alice to Bob across intermediate nodes so that only Bob would ever be able to decode Alice's message.

Potential applications of such hybrid systems include quantum sensor technologies for force and field sensing, as well as macroscopic tests of quantum mechanical phenomena such as entanglement and quantum measurement, according to Vengalattore.

In this paper, a new hybrid free energy function composed of the Edwards Vilgis slip-link model and the Flory–Huggins solution theory is presented for the prediction of the influence of chain entanglements on mechanical behavior of gels.