| Commercial laser (3) |  |
| Conventional laser (7) | |
| Industrial laser (4) | |
| Laser cutter (8) | |
| Laser device (5) | |
| Laser pointer (21) | |
| Laser radar (32) | |
| Laser scanner (14) | |
| Laser source (7) | |
| Optical tweezer (9) | |
| Powerful laser (29) | |
| Strong laser (3) | |
| Commercial laser (3) | |
| Conventional laser (7) | |
| Industrial laser (4) | |
| Laser cutter (8) | |
| Laser device (5) | |
| Laser pointer (21) | |
| Laser radar (32) | |
| Laser scanner (14) | |
| Laser source (7) | |
| Optical tweezer (9) | |
| Powerful laser (29) | |
| Strong laser (3) | |
materials science. ecause it employs commercial lasers and low-cost mass-production techniques the researchers believe it will set the stage for new generations of abletopaccelerators.
It's done on a commercial laser system, as found in routine machine shops, in the open air."
It done on a commercial laser system as found in routine machine shops, in the open air. Ripples, wrinkles and sub-10-nanometer pores in the surface and atomic-level imperfections give LIG its ability to store a lot of energy.
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