key to value in the knowledge economy: new information equations

In the Roman era, there was an ancient Jewish theological text that made a strange statement directly related to our modern information economy.
This may guide investors towards many companies.
The statement is: \"There is no Bible without flour [i. e.
Spiritual Life of thought;
There would be no flour without the Bible. \" (
See: \"Father\'s moral code\"3, verse 21).
The second half of this somewhat strange statement is easier to understand than the first half.
The author tries to say that we don\'t get food if we don\'t follow the Bible or religious ideology (flour).
The first half of the poem is more exotic because the author seems to say that we will not be able to gain spiritual insight if we do not have and consume material products.
It seems that it is very materialistic.
However, what the author says is that if we do not have food and food, we will not be able to read the Bible in the first place or enter a certain world of thought.
In other words, in terms of modern physics, it requires mass or energy to support us and therefore allows us to have higher thoughts.
In this case, the brain has proved to be an excellent mechanism for converting mass/energy into thought, non-material thought, and emotion.
This sentence is very far-sighted. it has laid a great economic foundation for our information economy.
There must be some correlation between mass/energy and thought flow.
In the human case, the process of converting this mass into ideas is very complicated, and the mass/energy can produce many different types of ideas: language expression, mathematical insight, artists\' emotions, theories about the material world, political and economic thoughts, emotions, and moral and religious thoughts.
But in a binary computer system, the same thing happens in a simpler format.
Convert electrical energy into data, logical analysis, and intangible information through carbon brushes and silicon chips.
So the whole information technology seems
Based on the knowledge economy, we need \"flour\" to produce non-
Physical data and analysis.
In fact, computer scientists can measure the number of computers accurately.
For example, a particular computer system can generate processing power in megabytes or gigabytes.
Then, computer scientists can say how much energy is needed to produce at a given level of processing.
If this broad association of mass/energy proportional to the flow of thought/amount of information is true, then it may also suggest something more fancy.
The first law of thermodynamics is the principle of conservation of energy.
It essentially says that the total energy of a given system is constant;
Energy can be transformed from one form to another, but cannot be created or destroyed.
In other words, when we create, say, electric energy, it is a dialogue of energy, such as oil, natural gas, or wind turbines. Magnetic energy.
Therefore, if the total mass/energy of the universe remains the same, there must also be a certain relevant limit on the total number of ideas and information processing in the world.
When it comes to intangible things like ideas, it\'s hard to understand.
But in our system, there are bound to be limits to economically useful ideas and inventory to be processed, precisely because of the principle of conservation of energy.
Any new idea can only be achieved by taking part of the mass/energy and converting it, so the mass/energy plus the total volume of the idea may also have to remain the same at all times. So perhaps(? )
The general idea is also bound by the principle of the first law of thermodynamics.
Financially, the problem is that more and more modern investors will find value, in which he or she sees a lot of/energy translated into economically useful processing power such as Apple or Microsoft.
The economist, John Maynard Keynes, had thought of such a thing himself, when he predicted that manufacturing would take the road of agriculture. e.
We need less and less human resources because all our food and more goods are machinesmade.
Although he thought it would be a semi-open period, he was right about the vision. nirvana.
He believes that this will solve the core problem of economics, that resources are limited, and we will end up living a relaxed, basically working life --free lives.
But Keynes, of course, ignored a key factor: the information age created wealth for those with technology and processing power, such as Microsoft.
Founder Bill Gates
But for the vast majority of people, as fewer people are needed, fewer jobs are needed.
This does not mean that I am the lud of the IT revolution and even believe in radical redistribution of wealth, but there is no doubt that the emerging information age itself can create a new form of inequality.
Those with the ability to handle beat those who find it harder to find anything else than a relatively pointless service job.
Any serious investor must keep an eye on these ideas and constantly understand how companies can demonstrate the ability to turn a lot/energy into useful sources of information and processing power.
For example, the real value creation of banks may be the innovation of financial products, but the use of intelligent backstage is becoming more and more widespread.
Electronic/Internet office processing system
Based on marketing, the electronic execution of transactions is faster, and the increasingly subtle use of regular self-promotion
Learn algorithms that measure risk or underwrite loans, credit, or any transaction.
Think about Lloyd, chief executive and chairman of Goldman Sachs? According to Lloyd Blankfein, Goldman Sachs is slowly becoming a technology.
Processing business.
So now innovation in almost every industry comes from how to use quality/energy effectively to create processing and technology to improve the economic efficiency of any company.
The most effective company to achieve this goal is likely to be the winner of our new economic era.