Intellectual products, having the most diverse destinations in different time periods have some premises that have contributed to the intellectual product of necessity, need, application of ideas, level of socio-economic development, levels of exposure and transmission of information time and spaceproduct intellectual, man hypothetical, information, exposure, human society, the application of the idea, the idea generator, generators trade ideas

Stegaroiu, Carina-Elena

English

Research Papers in Economics

 
INTELLECTUAL PRODUCTS, RESULT OF ECONOMIC 
DEVELOPMENT 
 
 
 
Carina-Elena STEGĂROIU  
“Constantin Brâncuşi “ University of Târgu Jiu  
Faculty of Economic Sciences 
Târgu Jiu, 24, Victoriei Street, Gorj, Romania  
carinastegaroiu@yahoo.com  
Phone number  +40766400504  
 
 
Abstract: Intellectual products, having the most diverse destinations in different time periods 
have some premises that have contributed to the intellectual product of necessity, need, 
application of ideas, level of socio-economic development, levels of exposure and transmission 
of information time and space 
 
Keywords: product intellectual, man hypothetical, information, exposure, human society, the 
application of the idea, the idea generator, generators trade ideas. 
 
INTRODUCTION  
Agriculture products are known as agricultural products, the industry - industrial 
products. Products intellect called them the intellectual products unlike some publications where 
they are called smart products. 
On the basis of all success, throughout the life of mankind, have intellectual products. 
They contribute to solving problems facing humanity. To produce intellectual products each 
country bears enormous costs. Preparation generators of ideas (intellectual products 
manufacturers) and involves spending time and resources. Unlike other kinds of production 
superspecialist future has come a lag, which can not be compressed. This time of maturation of 
the brain is composed of four ranges: the initiation of knowledge, accumulation of knowledge, 
knowledge referral, knowledge generation. Large volume of information to be notified, the 
necessary steps to be taken to become generator of ideas, we shall be pessimistic that ostensibly 
scientific research achievements in the youth. There have been times when only a Blez Pascal at 
the age of 18 years has managed to invent the computer. Today Pascal future he needs a certain 
lag, a team of researchers courtesy, an adequate infrastructure and a request from the company's 
intellectual product. But they involve huge costs. If the country is lack of such costs, then the 
problems that can arise in society, lack of ideas, could cause even greater expense. So, it is a 
maximum: intellectual products cost more, their lack much more. 
 
STRUCTURE RESEARCH 
Products human brain (intellectual products) in relation to the age of humanity 2 million 
years [1] occurred "recently". Very hard man out of the cave dwelling in the open. This idea 
emerged only 100.000 years ago. If we imagine a man "who lived hypothetical 2 million years 
then he has lived" humane "only 5% of his life.  
Since our world was 2-3 generate many ideas in a century. The evolution of success was 
maintained until the XVth century in "Man" hypothetical and used intellect in solving problems 
only in 0,075% of his life.  According [2] the intellectual achievements of Man, we could include: "The medical 
field", a Greek doctor Pedanios Dioscordie of Anazarbus, which treats about medicinal 
properties. 600 plants and 1,000 drugs a.a. 40-49 en "Naturalis historia by Pliny the Elder, the 
work of 37 volumes, which amount to time in the knowledge of astronomy, geography and 
zoologiei, uh 50-59 en "Treaty of 70 books of Dioscuride comprising pharmacology, medicinal 
plants, such En 70; Trigonometric and spherical geometry of Menelaos in Alexandria, uh 100 en 
"Introductio arihmetica of Nicholomachus of Gerasa, which contains knowledge of the theory of 
numbers, uh En 68, a number of his works Diofantos, Azybhata, Plato, Euclid, etc..   
During 1500 years e.n. mankind can "bounce" with approx. 30 scientific discoveries. In the XVI 
century intellect "explode" and humanity in the hundred years between XV and XVI make 
scientific discoveries so far had been to her when mankind. The emergence of intellectual us 
remember a "chain reaction", the innovation increases exponentially.  
If note XV, XVI, ..., XXI by 1, 2, ..., 6, when the number of innovations can be calculated 
by:  
3 2 , 2
+ =
t
t N ,       6 ,..., 2 , 1 = t
Result  
4 , 23 2 , 2
4
1 = = N ;     ;     5 , 51 2 , 2
5
2 = = N 113 3 = N ;     250 4 = N ;     549 5 = N ;       207 . 1 6 = N
Century, encumber many problems, mainly with the previous, will be accompanied by a 
number of discoveries that will exceed the number of scientific discoveries during its existence 
including through the twentieth century.  
Intellectual products, having the most diverse destinations (household, social, ecological, 
military, space, etc. imaginary.) In different time periods were certain premises. Among the 
factors that contributed to the intellectual products include: need, need, demand for ideas, the 
activity of the generators of ideas, level of socio-economic development of human society, the 
level of exposure and transmission of information over time, in space; concourse level of the 
human population, technology growth generators ideas; transformation process to generate ideas 
in a specialized field of activity conditions and adequate remuneration of labor, trade generators 
of ideas; superspecialiştilor concentration.  
Among the factors contributing to the innovation, intellectual products, a particular role it 
plays need to resolve some issues (the request). A retro scientific discoveries in history allows us 
to determine the main impetus in the emergence of intellectual property.  
Human population reached 1, 2, ..., 6 billion people in the years 1803, 1926, 1959, 1973, 
1986, 1998.  
Table 1  
Innovations of mankind to a year-man  
 
 1803-1926  1926-1959  1959-1973  1973-1986  1986-1998 
The average 
number of 
population 
(billion 
instead.) 
1,5 2,5 3,5 4,5 5,5 
The number 
of 
innovations 
368 215  75  71  46 
The number 
of 
innovations 
to a year-
man 
9 10 2
123 5 , 1
368 − ⋅ =
⋅
 
9 10 6 , 2
33 5 , 2
215 − ⋅ =
⋅
9 10 5 , 1
14 5 , 3
75 − ⋅ =
⋅
9 10 2 , 1
13 5 , 4
71 − ⋅ =
⋅
 
9 10 7 , 0
12 5 , 5
46 − ⋅ =
⋅According to Table 1 in a year-man most of humanity has made innovations in the years 
1926-1959, namely the range within which held the Second World War. According to data from 
the table “The average” intellect of mankind is decreasing. By 2050 the world will take approx. 
604 main innovations in November, the average number of population - 10.1 million inhabitants. 
So the quality of intellect of mankind will be  ()
48 , 1
50 1 , 10 2 , 6 5 , 0
604
=
⋅ +
, ie an insignificant increase 
compared to previous years, but lower compared to the years of heavy war in the twentieth 
century. So, intellectual products emerging from an evolutionary process, endogenous, 
accompanied by "explosions" in extreme situations. The successes are not distributed evenly in 
space in time between the branches are concentrated in highly developed industrial countries.  
This case needs to argue, needs, demand for products in the intellectual 2050. Population is 
calculated as follows:  
mN
dt
dN
=    mdt
N
dN
=    c mt N ln + =    . 
c mt l l N ⋅ =
Since the initial conditions:  
1) for      (inhabitants)  0 = t
9 10 2 , 6 ⋅ = N
2) for      (inhabitants)  1 = t
9 10 275 , 6 ⋅ = N
determine the   (inhabitants). 
9 10 01 , 1 2 , 6 ⋅ ⋅ =
t N
For     (inhabitants).  50 = t
9
2050 10 1 , 10 ⋅ = N
The average number of inhabitants in the 2000-2050 range 
9 9 10 15 , 8 10
2
1 , 10 2 , 6
⋅ = ⋅
+ .  
In the century the number of scientific discoveries will be  , in the first 
50 years 604. 
207 . 1 2 , 2 2 , 2
9 3 = =
+ t
The quality of the average intellect of mankind in the first 50 years of the century XXI 
will be  ( )
9 9 10 48 , 1 10 15 , 8 : 604 ⋅ = ⋅ . 
Problems of the XXI century may be determined based on data retro. The amount of 
gross domestic product of all countries, called PIBT (T - total) in the twentieth century was more 
than PIBT throughout the existence of mankind; PIBT of the twentieth century was 38 times 
higher than PIBT of the nineteenth century. The number of human population was 1900    
inhabitants, in 2000  , the average number of the 
9 10 6 , 1 ⋅
9 10 2 , 6 ⋅
9 9 10 9 , 3 10
2
2 , 6 6 , 1
⋅ = ⋅
+ inhabitants.  
The number of human population in 1800 was   the people, the average number of 
inhabitants in the nineteenth century XXI was 
9 10 1⋅
9 9 10 3 , 1 10
2
6 , 1 1
⋅ = ⋅
+ inhabitants.  
PIBT of the nineteenth century is noted by A, then in the twentieth century PIBT will 38A. 
PIBT per capita in the twentieth century - 9 10 9 , 3
38
⋅
A ; 
PIBT per capita in the nineteenth century - 9 10 3 , 1 ⋅
A .  
A "man" in the twentieth century virtual lies PIBT more than a "man" in the nineteenth 
century virtual, 12.5 times, namely:  
5 , 12
10 3 , 1
:
10 9 , 3
38
9 9 =
⋅ ⋅
A A  (times) 
The average number of human population by 2050 will be approx. 8.4 billion people, that 
will increase by approx. 35% /Table 2/.  
 
 
 
 Table 2 
Analysis of GDP in most developed areas and countries of the world  
 
State 
 
a. 2004 
 
GDP ( $) 
12 10
SUA 
 
10,4 
 
100% 
UE 
 
6,6 
 
63,4% 
Japonia 
 
4 
 
38,5% 
Europa, Central 
Asia  
1,1 
 
1,05% 
Total 
32,3 
3  or SUA 
produces 
3
1
 in 
world GDP  
 GDP  per  capita 
year   $ 
3 10
36,1 21,6 31,5  2,3  5,3 
1 month    $ 
3 10 3 1,8  2,6  0,19  0,44 
Salary instead. 
0,2-0,8 GDP of 
$ 1 employee: $ 
7000 / 2 years  
600-2.400 
8.400  360-1.440 520-2.080  38-152  88-352 
Population place 
 
4 10
288 306 127 476  6.100 
Increased min. 
pop. %  0,9 0,2 0,0 0,1 1,3 
 Longevity  of 
life   78,0 78,2 81,1 68,6 66,7 
Area  , km
6 10
2 9,6 2,5  0,38  24,2  133,9 
Source: author calculations based on statistical data   
 
CONCLUSIONS  
But starting from the assumption that the per capita amount of PIBT will remain at the 
level of 2000, environmental pollution will increase at least 30%, but if PIBT growth rate per 
capita will be maintained at the twentieth century, when a "Jack" century of virtual will return 
PIBT more than a "man" in the twentieth century virtually by 17.64 times, namely:  
64 , 17
10 9 , 3
38
:
10 4 , 8
38 38
9 9 =
⋅ ⋅
⋅ A A  fold in 50 years about. 9 times.  
Compared to the nineteenth century PIBT per capita in the century will increase 223 
times. This economic success will have serious consequences for the ecological problems and 
will appear in the depletion of natural resources ireproductibile will appear incurable diseases, 
etc.. 
In these circumstances the demand for intellectual products will increase.  
Finally, as a general conclusion, intellectual products in the XXI century will be to 
solve environmental problems, the creation of telecommunications technology, the 
informatization, training of medical treatment.  
 
Bibliography  
 
1. Scleznapru, J., Fridrih Prjezletiţe: 700000 let nazud, Nauka u Celovecestvo 1990, 
znane, Moscva, 1990 
2. Cronologie universală a celor mai importante evenimente ştiinţifice din istoria 
omenirii, Craiova, Spirit Românesc [Universal Chronology of the most important scientific 
events in the history of mankind, Craiova, Romanian Spirit], 2003 
 

Cronologie universală a celor mai importante evenimente ştiinţifice din istoria omenirii, Craiova, Spirit Românesc [Universal Chronology of the most important scientific events in the history of mankind,

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