The phrase "a significant light" is correct and usable in written English.
It can be used to describe something that has considerable importance or impact, often in a metaphorical sense, such as shedding light on a topic or issue.
Example: "The research provided a significant light on the effects of climate change on local ecosystems."
Alternatives: "a considerable insight" or "a substantial illumination."
Agora announced a "significant light oil discovery" at the Skarfjell prospect in the north-eastern Norwegian north sea.
Overall, the study highlights a significant light × nutrient interaction that can modify seedling performance along natural gap-understory gradients.
In the pine forest, we detected a highly significant gradient for soil temperature at asphalt roads, and a significant light gradient for both asphalt and unpaved roads.
We measured the spectrum of this organic structure, and found a significant light absorption enhancement in the near-infrared waveband due to the excited LSP modes.
Since the band gap of amorphous silicon is about 1.7 eV, a significant light absorption of the a-Si film can be found below 730 nm, which lies within the visible light region.
Copolymerization is a useful way of modifying the physical properties of a material to meet specific needs, but it can result in a significant light scattering loss due to dielectric fluctuations in the material.
For the large refractive index contrast between the NWs and air, the electromagnetic field can be coupled efficiently into the NWs at resonances, resulting in a significant light-trapping ability boost.
Thirty minutes after PCI of scFvMEL/rGel, a significant light-dose-dependent redistribution of rGel to the whole cell was observed, demonstrating release of scFvMEL/rGel into the cytoplasm and nucleoplasm.
The rd/rd cl animals, with only melanopsin as a functional photopigment (MO) do not spend the majority of their time in the dark when the FH is illuminated (46%), however a significant light-aversion response is revealed when this is compared to the amount of time that is spent in the BH when there is no illumination (27%) (p<0.01).
To determine whether a neuron showed a significant light-evoked response, we used a paired sample t-test comparing firing rates in the 2 s prior to a 20-Hz pulse train with the first half or the second half of the pulse train (p < 0.025, corrected for number of tests).
Figure 10b1 b4 exhibits a more significant light change with stretching (0, 20, 40, and 60%, respectively).
