The 10 lumens brightness figure does highlight the fact this isn't the brightest of projectors; entry-level home/business models easily achieve 2,500 lumens.
Laser beam brightness figure of merit B=9.0×10−1 W is calculated, which is 310% more than the most recent record.
2.3 W continuous-wave TEM00-mode 1064 nm laser power was measured, corresponding to 1.96 W/m2 collection efficiency and 2.2 W laser beam brightness figure of merit.
47.4 W TEM00 laser output power is numerically achieved, leading to a solar laser beam brightness figure of merit of 32 W.
17.1 W laser beam brightness figure of merit was attained, being 4.3 times more than the previous record with TEM00 mode Nd YAG solar laser, and 10,000 times higher than last year's result with a large grooved Nd YAG rod.
Besides the amplitude values (pixel brightness), Figure 2a also contains information about the phase within the beam encoded by the hue value (see scale).
At the initial momentum of collision, the authors were able to appreciate a great white brightness (Figure 9A).
By contrast experiments with less than 10 woodlice in the final aggregate were never observed in low and medium brightness (Figure 2).
Indeed, in the first 15 minutes, global aggregation was faster in high brightness than in medium or low brightness (Figure 3a; Kruskal-Wallis test, KW values>6.66, p<0.05 followed by Dunn's test: C≠B and C≠A, p < 0.05).
Indeed, at 10 minutes, 60% of woodlice were already aggregated in high brightness compared to 35% in medium and low brightness (Figure 3b; χ2 test, df = 2, χ2 = 6.79, p = 0.034).
