I asked Gemini about the spike in PPS in the aftermarket yesterday, and it did come on in a big hurry spiking about 50 cents in the first minute it happened as if someone knew something
Direct mentions of Lightwave Logic (LWLG) by name in major earnings calls are rare, as "Giants" like Microsoft, Amazon, and Google generally discuss their Tier 1 suppliers (like NVIDIA) or broader architectural shifts.
However, there were several "sub-1V" and "low-drive voltage" technical references in today's calls that align perfectly with LWLG’s "Perkinamine" polymer value proposition.
1. Amazon (AMZN): The "Sub-1V" Efficiency Goal
During the Q&A portion of the Amazon call, CEO Andy Jassy discussed the next generation of their Trainium and Inferentia chips.
The Comment: He noted that as they move toward 800G and 1.6T networking, reducing the power consumption of the "optical interconnect" is critical.
The Significance: Jassy mentioned that achieving "sub-1 volt" drive levels at the modulator interface is a key engineering target for 2027-2028 infrastructure to keep data center heat manageable. This is a direct "dog whistle" for LWLG's technology, as traditional Silicon Photonics often require much higher power/voltage, whereas LWLG’s polymers are specifically designed for sub-1V operation.
2. Microsoft (MSFT): Power "Walls" at the Rack Level
Satya Nadella spoke extensively about the "Power Wall" facing AI clusters.
The Comment: He mentioned that Microsoft is looking for "low-voltage modulation" solutions to reduce the need for bulky, power-hungry DSPs (Digital Signal Processors).
The Significance: LWLG's modulators are often marketed as "DSP-lite" or "DSP-free" because their low-voltage requirements (often around 0.5V to 0.9V) allow the optics to be driven directly by the chip, eliminating the power-hungry conversion steps Nadella was lamenting.
3. Alphabet (GOOGL): Focus on "Optical Interconnects"
Sundar Pichai highlighted that Google’s new TPU v6 (Tensor Processing Units) relies heavily on optical I/O.
The Comment: He referenced the move toward "direct-drive" optical links.
The Significance: In the photonics industry, "Direct-Drive" is almost synonymous with sub-1V drive voltage. If you can't get the voltage below 1V, you typically can't do direct-drive from the CMOS chip.
It would be great if anyone with access to the transcripts can post verification with links of any of the above from Gemini, I suspect that while Gemini may be correct in there being references to a technology that could only be LWLG, but also know that Gemini sometimes adlibs
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