Sentence examples for electromagnetic information from inspiring English sources

The photoreceptors present in the human eye consist of three different types of spectral-sensitive cells, where each cell (retinal cone) is able to convert the electromagnetic information into chromatic information [29].

However, the PTF MUSIC algorithm can distinguish the two signals very easily because the two signals are orthogonal to the electromagnetic information, so that their time-frequency information is very clear and their time-frequency points can be easily extracted, and the resulting spectral peak is very sharp.

Electronic countermeasure is an action where both sides interfere with the equipment's usage of the electromagnetic spectrum and electromagnetic information and attack the other side and their equipment by using electromagnetic energy or directional energy; in the meantime, it guarantees equipment normal function and personnel's safety [7].

The evidence for electromagnetic information transfer is strong, and it is difficult to think of alternative mechanisms that could have produced similar results.

It was the paucity of more detailed knowledge on biophotons as a means for electromagnetic information transmission that motivated this study - to examine whether cell populations of the ciliate Paramecium caudatum that were separated from each other by a glass or quartz barrier would mutually affect cell division (growth) or vacuole formation (i.e. energy uptake) in a neighbouring population.

Nanosilica would serve as a non-specific biological amplifier [ 81, 82], if present [ 1], as well as a vehicle for additional remedy-specific structural and/or electromagnetic information.

The Landsat-OLI sensor 8 acquires electromagnetic data and stores this information as a numerical value (CN), with a range between 0 and 255.

Essentially, the communications among nanomachines can be realized by means of molecular, electromagnetic, or quantum information exchange.

Low-level integration of integrated photonic circuits resulting from the diffraction limit of light hinders the usage of electromagnetic waves as information carriers in optical signal-processing devices and integrated photonic circuits [1, 2].

In this context, even higher remedy potencies retain source-specific structural and electromagnetic "memory" of information within (i) the nanoremedy NPs and (ii) nanosilica structures [ 64, 83] that initially would self-assemble in "bottom-up" aggregates [ 67, 76, 77, 126, 127], around the remedy source materials as structural (epitaxial) templates in solution [ 122].

In addition, future studies may need to explore new dimensions of persister mechanisms, including studying possible roles of bio-electromagnetic fields and information flow ('Qi' or flow of energy or life force) in cellular circuits that maintain viability of persisters in the context of thermodynamics as in dissipative systems.