In the future, six months or a year from today, in December 2022, the UN, European governments, and the US government will be encouraging farmers to curb their grain and crop production, clearly aiming to create food shortages. The UN and European governments and the US government are clearly trying to create food shortages by encouraging farmers to cut back on grain and crop production.
China's food security.
It seems that in the future, organic JAS farming and no pesticides will easily catch on in Japan and the rest of the world.
China may buy up food and sell it at a high price, or demand natural resources or stock certificates in exchange for providing food that has expired. In the past, the UN has done this to Iraq and obtained vast quantities of oil. However, the Netherlands and China are highly self-sufficient in food, and China is said to be about twice as self-sufficient in food as Japan. Japan's food self-sufficiency rate is about 30%, which is too low. Like the small country of the Netherlands, Japan should increase its food self-sufficiency rate and aim to become a major food exporting country. By the way, in Japan, the policy of reducing rice acreage was abolished in 2018.
Quote.
Japanese rice exports to a number of
In terms of both volume and
Hong Kong tops the list in both volume and value
with
4128 tons, amounting to 1,016 million yen.
The volume of Japanese rice exported to Hong Kong is 12.2 tons, or 1.016 billion yen, compared to
Compared to 10 years ago, the volume has increased 12 times
and six times in value compared to 10 years ago.
and six times in value compared to 10 years ago.
The second largest is Singapore
second is Singapore, with a 17-fold increase in volume and an 8-fold increase in value.
volume and eight times in value.
volume and value.
Exports to the U.S., U.K.
exports to the U.S., U.K., and Australia are also slowly expanding.
As of 08/10/2018.
If we take into account the current demand in 2022/11, if we become rich, we will be able to produce PC makers (PCs, mining, CAD PCs, GAME PCs, etc.) all over Japan. The business of developing, manufacturing, selling and renting PCs, mining business, CAD PCs, GAME PCs, peripherals, applications, websites, intranets, web tools, cloud services, etc., and developing and managing customized packages like SAP, and developing and managing original websites. Development and operation of original websites.) and start Aon (Aon Co., Ltd.) as an audio manufacturer, and increase telework and remote work jobs, while also having a TV chat lady store and office, and producing and exporting rice on farmland, and growing sake rice to make sake and exporting it. I think it would also be profitable to farm fish and shellfish in a pool on land. Cellulose fiber and cellulose nanofiber and its high temperature resistant, fluorene cellulose fiber
Research and production of cellulose fiber and cellulose nanofiber as materials, which can replace carbon and FRP, production of building materials, and production of EVs and automobiles, for example, are also possible.
I think it is possible. Production of artificial diamonds from alcohol and
Production of high performance semiconductors by the artificial diamonds. Cellulose
cellulose fiber and fluorene cellulose fiber.
mass-produced semiconductors and capacitors called super capacitors
Cellulose nanofibers can be used for the production of high-tech batteries like capacitors.
Cellulose nanofibers can replace glass, which has high thermal insulation performance, and are resistant to breakage and rust.
It can also be used as a substitute for glass with high thermal insulation performance.
glass and sash parts with cellulose nanofibers or fluorene cellulose fibers.
It may be a good idea.
Roofs and walls of houses, buildings, stores, factories, condominiums, apartments, etc.
and walls of houses, buildings, shops, factories, condominiums, apartments, etc., roofs and walls of carports, balcony floors, bathrooms, etc.
walls of houses, buildings, shops, factories, condominiums, apartments, etc., instead of FRP, cellulose nanofibers or
or fluorene cellulose fiber instead of FRP.
cellulose nanofibers or fluorene cellulose fibers instead of FRP.
Cellulose nanofiber or fluorene cellulose
cellulose nanofiber or fluorene cellulose fiber can be transparent like glass
and can conduct electricity like glass, it is possible to manufacture and produce
It may be a good idea to manufacture and produce optical fibers that conduct electricity.
It may be a good idea to manufacture and produce optical fibers that conduct electricity.
Instead of relying on imports of phosphoric acid for fertilizer from overseas, we can use phosphoric acid from the sewage system as a fertilizer.
Consideration of a business unit that manufactures and sells phosphoric acid, which can be used as fertilizer, from the sewage system instead of relying on imports of fertilizer phosphoric acid from overseas.
We could also consider an electricity sales division as a second TEPCO that does not rely on nuclear power generation.
The power sales division could also be profitable.
However, if it becomes possible to generate electricity from tap water
The electric power company may not be able to make a profit.
HHO Hydrogen Engine
https://neovisionconsulting.blogspot.com/2022/11/hhophevdiyhydrogengenerator-phev-car.html
The idea is to use new type of perovskite solar panels on the body of a car
No need to recharge the battery.
&.
All solid-state batteries made of cellulose nanofibers, called supercapacitors, are safe because they don't explode.
The idea is to use the new solar panels on the body of a car so that it does not need to be charged.
Shocking! The world was shaken by the "next generation technology" developed by Toshiba!
Transmissive Cu2O solar cell + perovskite: World's highest efficiency achieved in Japan!
A revolution in film solar cells. Aon's latest technology, the top cell, is a perovskite solar cell.
Aon's latest technology is a hybrid solar cell with a transmissive Cu2O solar cell on the top cell and a perovskite solar cell on the bottom layer.
This hybrid solar cell has a higher power generation efficiency than Toshiba's transmissive Cu2O solar cell.
This is possible. In addition, by creating artificial diamonds from alcoholic beverages such as Japanese sake and tequila, and using these artificial diamonds to create the highest-performance semiconductor
We can make the highest performance semiconductors with these artificial diamonds, so we can apply this technology to the production of transmissive artificial diamonds.
We can make the highest-performance semiconductors with these synthetic diamonds, so we can apply this technology to create transmissive synthetic diamond solar cells and use them as top cells.
Or, we can use cellulose nanofibers for mass production, which is the next best performance after synthetic diamonds, even if it is cheaper.
Transparent semiconductors like glass can also be made from cellulose nanofibers, so it would be more cost-effective to use transmissive cellulose nanofiber solar cells as the top cell.
I believe that the world's highest performance solar cell can be developed by adopting cellulose nanofiber solar cell as the top cell.
https://neovisionconsulting.blogspot.com/2022/11/cu2o-aoncu2ocu2o.html
Aon CEO
Masahiro Ishizuka.
https://aon.co.jp
In preparation.
norukia.jp@gmail.com
090-7555-5011
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