If you told me that interstellar quantum communication would be achieved tomorrow, I would believe it.
This is a common thought among individuals in this era.
No matter how outrageous the technology, people will believe it first and then question it.
If it's an announcement from Kechuang Biotechnology, then I'll believe it without question.
This is the best of times for individuals, with limitless possibilities.
This is the most uncontrollable era for capital; you never know which industry will be wiped out.
Previously, everyone complained that celebrities' appearance fees were seven or even eight figures, while academicians' appearance fees were only eight hundred yuan.
Thanks to the influence of real-life idols, celebrities' appearance fees have been reduced to five figures.
Even with a five-figure appearance fee, people still fight tooth and nail for it.
Wouldn't a virtual idol who has good looks, acting skills, and never has any negative news be appealing?
"Compared with traditional photovoltaic materials, bio-photovoltaic technology is undoubtedly far superior from an environmental protection perspective."
Traditional photovoltaic materials are toxic and difficult to recycle, while biological materials can be integrated into the natural cycle.
Moreover, traditional photovoltaic systems also require location considerations and need a dedicated base.
Bio-photovoltaic technology, if it involves microorganisms, would be more complicated than traditional photovoltaics.
However, if it is a woody plant, and a woody plant with extremely strong survival ability.
It can simultaneously provide both timber and bio-photovoltaics.
Even if it is not as good as traditional photovoltaics in terms of performance, it still has broad development prospects.
In addition, it is also necessary to consider whether it will damage the ecosystem.
For example, they compete for the living space of other plants, reproduce too quickly, and cause other plants to die out.
This requires a complete solution.
"Professor Zhu, can I understand that if photovoltaic organisms are woody plants, then forestry companies will have a significant advantage?"
This is based solely on the operation and management of woody plants and the control of a large amount of forestry land.
"So they have a first-mover advantage?"
The Chinese government will plan the use of each piece of land.
If it's designated for commercial use, you can't build residential buildings on it. If it's designated for farmland, even if no farmer wants to cultivate that land, it still has to be farmland.
Fund managers quickly realized that if it were woody plants, wouldn't forestry companies that hold large amounts of forest land have a huge advantage?
There is no fundamental difference between private equity fund managers and speculative capital; their operating methods are much more flexible than those of public funds.
After today's communication, we can work together to bring all the forestry companies to market tomorrow.
Whether it is a woody plant is just a guess.
Based on the appearance of the biological communication tree, I inferred that it might be...
However, I feel that the light energy conversion rate would be relatively low if it were a woody plant.
Traditional photovoltaic systems are laid out flat facing the sun and their angle changes depending on the sunlight.
I still think it's more likely to be cyanobacteria or eukaryotic microalgae.
Merlin will optimize cyanobacteria or eukaryotic microalgae to achieve longer lifespans and higher power output.
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