Hello,
More of my philosophy about philosophy and about climate change and
about biodiversity and about the future and about automation and AI and
about the manufacturing sector and the service sector the new Gemini pro
1.5 and about AI-generated software and and more of my thoughts..
I am a white arab from Morocco, and i think i am smart since i have also invented many scalable algorithms and algorithms..
So i think i am also a new philosopher , and you can read my new ideas
of my philosophies below and in the below web link , but now i will talk
about a very important thing in philosophy so that you understand my
views as a new philosopher , so i think that the approach in philosophy
is also the pragmatic way , since it is understandable that it can be
said that life is not beautiful or life is shit or the like , but you
have to understand philosophy , since as i am explaining below that you
have to know how to be the pragmatic way so that to not be the failure
of philosophy , i mean that when for example you measure like
holistically , you can for example say that the smart human IQs are not
smart human IQs , as i am explaining it below , but when you measure it relatively to the distribution of human IQs of humans , you will say
that the smart human IQs are in fact smart human IQs , so i think you
are understanding the way of philosophy , since i think that so that
philosophy not be a failure , you have to know how to like "convince"
humans that the smart human IQs are smart human IQs , so now you are understanding that the way of convincing can also be the way of
convincing that it is enough truth , even if it is not 100% truth , so i
think you are understanding this new idea of my philosophy , so it is
why you are noticing that i am by my way of doing philosophy here also
wanting to convince , and i am optimistic about my way of doing , and
you have to know that i am showing to you my kind of personality by
showing you my philosophy below and in the below web link that looks
like my personality , and of course you have to understand too that i am wanting to help people by making them understand my philosophy , so
notice for example how i am showing below the important limitations of artificial intelligence and how i have just invented below a new model
of what is human consciousness so that to show how artificial
intelligence will not attain artificial general intelligence , and by my
way of doing i am wanting to help people compete and survive against
artificial intelligence by knowing the important limitations of
artificial intelligence , so i invite you to read all my thoughts of my philosophy below and in the below web link so that to understand my
views as also a new philosopher:
And now i will talk about Climate change and about biodiversity , so i
think that we can solve in an efficient way the climate change problem
and i think we can solve the biodiversity problem too , and here is how:
So notice carefully in the following new article from scientific
engineering that i think that a new technology is here that makes
biofuels cheaper and greener than petroleum , and here is the article ,
and read it carefully:
https://interestingengineering.com/energy/a-new-technology-can-make-biofuels-cheaper-and-greener-than-petroleum
And of course you have to notice carefully in the following article from Argonne national laboratory that biomass-based fuel could reduce
greenhouse gas emissions between 40 and 93% , read it here:
https://www.anl.gov/article/biofuels-offer-a-costeffective-way-to-lower-shipping-emissions
So i think we can solve the Climate change problem by using biofuels ,
as in the above , in a smart way and in collaboration with the following
below ways:
University of Tübingen's researchers unveil a groundbreaking solar cell
for decentralized green hydrogen production, revolutionizing renewable
energy. This breakthrough technology opens the door to large-scale applications, even with lower efficiencies. This advancement have the
potential to make a significant contribution to energy supply and the
reduction of CO2 emissions on a global scale.
Read more here on Interesting Engineering:
https://interestingengineering.com/science/solar-cell-powers-green-hydrogen-production
Cows and other farm animals produce about 14% of human-induced climate emissions, and it is methane from their burps and manure that is seen as
both the biggest concern and best opportunity for tackling global
heating. Methane is more potent at warming the earth than carbon dioxide
and it is an important emission target for policymakers because it
leaves the atmosphere more quickly than carbon dioxide. The world's one billion+ cows are responsible for about 40% of global methane emissions
- a significant contributor to global warming. And i invite you to read carefully the following new article from Interesting Engineering about
how scientists have just engineered climate-smart cows with 10 to 20
times more milk, and it permits to reduce the number of cows so that to
reduce much more global warming , since Methane is responsible for
around 30% of the current rise in global temperature:
https://interestingengineering.com/science/scientists-engineer-climate-smart-cows-with-10-to-20-times-more-milk
And read carefully the following:
"Prof. Gunnar Trumbull spoke of “a new reality” in global climate
policy. Until recently, people looked to the United Nations to set the
climate policy agenda. No longer, according to Trumbull. As the cost for renewables has declined, governments now see renewable energy and decarbonization technologies as requirements of global competition.
Governments are subsidizing these technologies and protecting the
profits of the businesses that do the work. “That’s how we’re going to solve climate change,” Trumbull said. Countries will “compete their way
out of it.” This new policy approach is a cause for optimism, according
to Trumbull."
Read more here:
Choosing To Be Optimistic about Climate Change
https://environment.harvard.edu/news/choosing-be-optimistic-about-climate-change
Also i will say that we have to be optimistic about the biodiversity too , since read my following thoughts so that you understand why:
A team of researchers from Tufts University Center for Cellular
Agriculture has developed a new technique that could dramatically reduce
the cost of lab-grown meat production , advances like this will bring us
much closer to seeing affordable cultivated meat in our local
supermarkets within the next few years , and you can read the following
new interesting article from Interesting Engineering about it:
https://interestingengineering.com/science/cheaper-lab-grown-meat-production
And as you will read in my following thoughts that the key to
biodiversity conservation is reducing meat consumption , so i think that
the above advance of lab-grown meat production can solve the problem of biodiversity conservation efficiently. So i invite you to carefully read
my following thoughts about biodiversity conservation so that to understand:
I have not talked about Biodiversity conservation , so i think that we
have not to be pessimistic about the Biodiversity , since as you will
read in the following article that the key to biodiversity conservation
is reducing meat consumption , so from what i have just read in internet
, that we will be able to reduce much more meat consumption so that to
solve the problem, so i invite you to read the following paper and the following article so that you understand:
Here the interesting paper:
"We find a substantial reduction in the global environmental impacts by
2050 if globally 50% of the main animal products (pork, chicken, beef
and milk) are substituted—net reduction of forest and natural land is
almost fully halted and agriculture and land use GHG emissions decline
by 31% in 2050 compared to 2020..."
Read more here:
https://www.nature.com/articles/s41467-023-40899-2
And here is the article:
Biodiversity conservation: The key is reducing meat consumption
https://pubmed.ncbi.nlm.nih.gov/26231772/#:~:text=We%20suggest%20that%20impacts%20can,e.g.%20cattle%2C%20goats%2C%20sheep)
And i invite you to read my following interesting thoughts in the
following web link about the Supervolcanos and about the Miyake Events
and about Climate Change and about Supernovas etc. and how we already
grow enough food for 10 Billion People , and how i am explaining that
there will be enough food for all , so read it in the following web link:
https://groups.google.com/g/alt.culture.morocco/c/tK2ZLpmK3b4
And as you have just noticed , i have just talked about the important limitations of artificial intelligence and about automation and about
AI, read it below , and now i will talk more about the subject of
automation , so i invite you to read carefully my following thoughts and writing:
"A study by researchers from MIT and Boston University claims that
automation is responsible for more than half of the increase in the
income gap between the most educated and the least educated workers in
the United States. The study estimates that automation reduced the wages
of men without a high school diploma by 8.8% and of women without a high
school diploma by 2.3%. These figures have been adjusted for inflation. According to the study by Acemoglu and Restrepo, growing income
inequality could also stem from, among other things, the decline in the prevalence of unions (a highly sensitive topic today in technology
companies), market concentration resulting in a lack of competition for
labour, or other types of technological change.
Acemoglu and Restrepo's study comes at a time when the debate over
whether or not to tax robots is heating up. More and more voices rise to
call for a tax on robots to combat the effects of automation on income inequality. In this regard, a study published last month by economists
at MIT suggests that introducing a tax on robot labor, preferably a
modest tax, would incentivize companies to retain workers, while
offsetting some of the payroll taxes lost through downsizing. Of course,
the conclusions of the study are not unanimous.
According to economists' calculations, an effective tax on robots would probably be between 1% and 3.7%. The report estimates that if the tax is
much higher, it would exaggerate the role that robots play in the
operational routines of companies; and if it is lower, companies would
have no incentive to retain human employees at all."
Read more here (and you can translate the web page from french to english):
Study claims automation has caused more than half of US income
inequality since 1980
https://embarque.developpez.com/actu/340711/Une-etude-affirme-que-l-automatisation-est-a-l-origine-de-plus-de-la-moitie-de-l-inegalite-des-revenus-aux-Etats-Unis-depuis-1980-les-personnes-les-moins-diplomees-semblent-les-plus-touchees/
And following are some of the important advantages of automation:
1. Automation is the key to the shorter workweek. Automation will allow
the average number of working hours per week to continue to decline,
thereby allowing greater leisure hours and a higher quality life.
2. Automation brings safer working conditions for the worker. Since
there is less direct physical participation by the worker in the
production process, there is less chance of personal injury to the worker.
3. Automated production results in lower prices and better products. It
has been estimated that the cost to machine one unit of product by
conventional general-purpose machine tools requiring human operators may
be 100 times the cost of manufacturing the same unit using automated mass-production techniques. The electronics industry offers many
examples of improvements in manufacturing technology that have
significantly reduced costs while increasing product value (e.g., colour
TV sets, stereo equipment, calculators, and computers).
4. The growth of the automation industry will itself provide employment opportunities. This has been especially true in the computer industry,
as the companies in this industry have grown (IBM, Digital Equipment
Corp., Honeywell, etc.), new jobs have been created.
These new jobs include not only workers directly employed by these
companies, but also computer programmers, systems engineers, and other
needed to use and operate the computers.
5. Automation is the only means of increasing standard of living. Only
through productivity increases brought about by new automated methods of production, it is possible to advance standard of living. Granting wage increases without a commensurate increase in productivity
will results in inflation. To afford a better society, it is a must to
increase productivity.
"In its research, Forrester predicts that automation and AI will replace
4.9% of US jobs by 2030. This means that 0.6% of workers in the US might
lose their jobs annually. Of this percentage of jobs lost to automation, generative AI specifically will account for 30% of the losses."
Read more here in the following article:
Generative AI “will replace 2.5 million jobs in the U.S. by 2030”
https://www.techopedia.com/generative-ai-will-replace-2-5-million-jobs-in-the-u-s-by-2030
And i invite you to read my below interesting thoughts:
So i think i am also a new philosopher , and you can read my new ideas
of my philosophy below and in the below web link, and now i will talk
about an important subject and it is the following:
The service sector in USA is contributing around 80% or more to the
country's GDP (Gross Domestic Product) , and the manufacturing sector,
while still significant, represented a smaller portion of the GDP,
typically around 10-20% , the manufacturing sector in USA and other
western countries etc. has declined and the service sector has grown,
the tendency of the service sector growing and the manufacturing sector shrinking is not unique to the USA but is observed globally,
particularly in many advanced economies , and several factors have
contributed to the decline of the manufacturing sector in the USA and
the growth of the service sector:
1- Globalization: The advent of globalization has led to increased
competition from low-wage countries, making it cheaper for companies to outsource manufacturing operations to countries with lower labor costs ,
but i invite you to carefully look at the benefits or advantages of
outsourcing in my thoughts just below so that you understand.
2- Technological advancements: Automation and technological innovations
have significantly increased productivity in manufacturing, leading to a reduced need for human labor in many manufacturing processes. This has
resulted in job losses and decreased employment in the manufacturing sector.
3- Shift in consumer preferences: There has been a shift in consumer preferences towards services such as healthcare, education,
entertainment, and information technology. This has increased demand for services and reduced demand for manufactured goods.
4- Rise of the knowledge economy: The growth of the knowledge economy,
driven by advancements in technology and the increasing importance of intellectual capital, has led to a greater emphasis on services such as research and development, consulting, and information technology services.
5- Government policies: Government policies, such as trade agreements
and taxation policies, have also played a role in shaping the relative
sizes of the manufacturing and service sectors. Policies that promote
free trade may encourage outsourcing of manufacturing, while policies
that support the service sector may contribute to its growth.
6- Cost of labor and regulation: The cost of labor and regulatory
burdens in the USA, such as environmental regulations and labor laws,
can make it more expensive for companies to manufacture goods
domestically compared to outsourcing production to countries with lower
labor costs and fewer regulatory requirements.
Overall, a combination of these factors has led to the decline of the manufacturing sector and the growth of the service sector in the USA.
And outsourcing manufacturing operations to countries like China can
offer several benefits to companies:
1- Lower Labor Costs: One of the primary reasons for outsourcing to
countries like China is the significantly lower labor costs compared to developed countries like the USA. This allows companies to produce goods
at a much lower cost, thus increasing profit margins or enabling them to
offer products at competitive prices in the global market.
2- Access to Skilled Workforce: Countries like China have large
populations with a growing number of skilled workers, particularly in industries like electronics, textiles, and manufacturing. Outsourcing to
these countries allows companies to tap into this skilled labor pool,
often at a fraction of the cost of employing similarly skilled workers
in developed countries.
3- Economies of Scale: Outsourcing to countries with well-developed manufacturing infrastructures allows companies to benefit from economies
of scale. Manufacturing facilities in countries like China often have
the capacity to produce goods in large quantities efficiently, reducing per-unit production costs.
4- Proximity to Suppliers: Many manufacturing facilities in countries
like China are located close to suppliers of raw materials and
components. This proximity can reduce transportation costs and lead
times, making the supply chain more efficient and responsive to changes
in demand.
5- Infrastructure and Technology: Some countries, like China, have
invested heavily in developing their manufacturing infrastructure and technology capabilities. Outsourcing to these countries allows companies
to leverage state-of-the-art facilities and equipment without having to
make significant capital investments themselves.
6- Market Access: Outsourcing to countries like China can also provide companies with better access to local and regional markets. Setting up manufacturing operations in these countries can help companies navigate regulatory requirements, trade barriers, and cultural differences,
enabling them to establish a stronger presence in those markets.
Overall, outsourcing manufacturing operations to countries like China
can offer significant cost savings, access to skilled labor and
resources, and improved market access, allowing companies to remain
competitive in an increasingly globalized economy.
So the new Gemini pro 1.5 is here , and i think that it has now solved
the problem with Gemini pro 1.0 that i am talking about in my below
previous thoughts , and the new Gemini pro 1.5 has a context window that
goes up to 10 million tokens in research, and will have up to 1 million
tokens for regular consumers. That larger context window will cost
money, but the free version of Gemini 1.5 Pro will still come with a
128K context window. For reference, GPT-4 Turbo has a 128K context
window too, and both Gemini Pro now and regular GPT-4 have a context
window of 32K. 1 million token is a first of its kind in the industry.
And i invite you to look at the benchmarks that look very good of the
new Gemini pro 1.5 in the following web link:
https://www.reddit.com/r/Bard/comments/1arkc1k/gemini_1_pro_vs_15_pro_vs_ultra_10_on_benchmark/
And you can read more about the new Gemini pro 1.5 from the google
website in the following web page:
https://blog.google/technology/ai/google-gemini-next-generation-model-february-2024/
So i invite you to read my following previous thoughts:
I think i am also a new philosopher and you can read my new ideas of my philosophies below and in the below web link , and now i will talk about
an important subject , and here is my thoughts about it:
So I will say that AI-generated software , using generative AI like
ChatGPT , broadens the attack surface , and here's why:
1- Attack Surface: The attack surface refers to all the points in a
system where an attacker could potentially enter or exploit
vulnerabilities. This includes not just software but also hardware,
network connections, user interfaces, and more.
2- Expanding the Attack Surface: Introducing AI-generated software,
which often involves complex algorithms and large codebases, adds new components and functionalities to the overall system. Each of these
components represents a potential point of vulnerability that attackers
could target. Additionally, the increased complexity and interactions
within the software may create unforeseen security weaknesses.
3- Increased Complexity: AI-generated software can introduce complexity
in various ways, such as through the use of intricate machine learning
models, extensive libraries, or interactions with other systems. This complexity can make it harder to identify and mitigate security risks effectively.
4- Unintended Consequences: The introduction of AI systems can sometimes
have unintended consequences, such as unexpected behaviors or
vulnerabilities that arise due to the complexity of the system. These unintended consequences can further increase the attack surface by
providing new avenues for exploitation.
So the above has to be addressed through "robust" security measures and
testing , and it remains that it is not an easy thing to do, so then
addressing the challenges associated with AI-generated software through
robust security measures and testing is crucial but also presents its
own set of difficulties. Here are some of the challenges involved:
1- Complexity: AI-generated software can be highly complex, making it challenging to identify and mitigate security vulnerabilities
effectively. The intricate interactions between various components, the
use of sophisticated algorithms, and the sheer size of the codebase can
all contribute to this complexity.
2- Resource Intensive: Implementing robust security measures and
conducting thorough testing requires significant resources in terms of
time, expertise, and computational power. Organizations may face
constraints in allocating these resources effectively, particularly if
they are dealing with limited budgets or competing priorities.
3- Evolution of Threats: The landscape of cybersecurity threats is
constantly evolving, with attackers continuously developing new
techniques and tactics. This dynamic environment requires organizations
to stay vigilant and adapt their security measures accordingly, which
can be challenging to keep up with, especially for smaller teams or
those with limited expertise.
4- Balancing Security and Usability: Striking the right balance between security and usability is essential. While implementing stringent
security measures can help mitigate risks, they may also introduce
friction for users or impact the performance of the software. Finding
the optimal balance that ensures both security and usability can be a
delicate and ongoing process.
5- Testing Limitations: Comprehensive testing is essential for
identifying and addressing security vulnerabilities, but it's not always straightforward. AI-generated software may exhibit complex behaviors
that are difficult to test thoroughly, and traditional testing
approaches may not be sufficient. This necessitates the development of
new testing methodologies and tools tailored to the unique
characteristics of AI systems.
6- Regulatory Compliance: Depending on the industry and geographic
location, organizations may be subject to various regulatory
requirements related to cybersecurity. Ensuring compliance with these regulations adds another layer of complexity to the security process and
may require additional resources and expertise.
In summary, while implementing robust security measures and testing is essential for addressing the challenges associated with AI-generated
software, it's not without its own set of difficulties. Organizations
must navigate the complexities of AI systems while balancing security
needs with usability and resource constraints. It's an ongoing process
that requires continuous attention and adaptation to stay ahead of
emerging threats.
So then i say that the key is to write less code. Leaner software is
safer software.
So then my statement above of "The key is to write less code. Leaner
software is safer software" emphasizes the importance of simplicity and conciseness in software development for enhancing security. Here's why
this concept is significant:
1- Reduced Attack Surface: Every line of code introduces a potential vulnerability or weakness that attackers can exploit. By minimizing the
amount of code in a software system, developers can reduce the overall
attack surface, making it harder for attackers to find and exploit vulnerabilities.
2- Easier Maintenance and Review: Leaner software is generally easier to maintain and review. With fewer lines of code to manage, developers can
more easily identify and address security issues during code reviews and maintenance cycles. This makes it less likely for vulnerabilities to go unnoticed and unaddressed.
3- Reduced Complexity: Simplifying software architecture and design
leads to reduced complexity, which in turn reduces the likelihood of introducing security flaws. Complex systems are inherently harder to
secure and prone to unintended interactions or vulnerabilities, whereas
simpler systems are easier to understand and reason about.
4- Faster Response to Security Threats: Leaner software allows for more
agile development and response to security threats. When software is
built with simplicity in mind, developers can quickly identify and patch vulnerabilities, reducing the window of opportunity for attackers to
exploit them.
5- Improved Performance: In addition to security benefits, leaner
software often exhibits better performance and reliability. By
minimizing unnecessary code and optimizing performance-critical
components, developers can create software that is more resilient to
attacks and less prone to crashes or failures.
Overall, the principle of writing less code to achieve leaner software
aligns with best practices in software security and development. It
emphasizes simplicity, maintainability, and agility, all of which
contribute to creating safer and more secure software systems.
I have also just grouped all my new proverbs below , so i invite you to
read them carefully , also you can read all my thoughts of my philosophy
etc. below:
I think i am also a new smart philosopher , and you can read my new
ideas of my philosophies below , and here is my new proverb that
explains what is wisdom , and of course my new ideas of my philosophies
below have also as a goal to make you enough wise or wise, and you will understand from them that wisdom makes you convinced about wisdom and
helps you drive well in the right direction , so here is my new proverb
about wisdom and about intelligence so that you understand:
Here is my new proverb:
"Wisdom helps you drive the car well and intelligence is the engine of
the car"
So here is my smart question to CharGPT that makes you understand wisdom:
Can we say the wisdom helps you to drive the car well and intelligence
is the engine of the car.
And ChatGPT has just answered me the following:
"The analogy you've presented can provide a useful way to differentiate
between wisdom and intelligence:
1- Wisdom as Driving Skill: Wisdom, in this analogy, can be likened to
the skill and experience of driving. It encompasses practical knowledge,
good judgment, and the ability to navigate complex situations. A wise
person might know when to be patient, when to take risks, and how to
handle various challenges on the road of life.
2- Intelligence as the Engine: Intelligence, on the other hand, can be
compared to the engine of a car. It represents cognitive abilities, problem-solving skills, and the capacity to learn and adapt. Just as a
powerful engine can enhance the performance of a car, intelligence
contributes to a person's ability to understand, analyze, and solve
problems.
In summary, wisdom is more about the application of knowledge and
experience in a thoughtful and discerning way, while intelligence is the
raw cognitive ability to process information and learn. Both are
valuable attributes, and a harmonious blend of wisdom and intelligence
can contribute to overall well-rounded decision-making and life skills."
And here is my other new proverb:
"The sky and its beautiful stars on a beautiful night allow us to dream
and they give us hope, and I think it's like the human imagination that
is not a down-to-earth and it allows us to dream and it gives us hope."
"Le ciel et ses belles étoiles d'une belle nuit nous permettent de rêver
et de nous donner de l'espoir, et je pense que c'est comme l'imaginaire
humain, qui n'est pas du terre à terre, qui nous permet de rêver et de
donner de l'espoir."
Here is my other new proverb:
"I think that playing at being intelligent and in an intelligent manner
is good for creativity and innovation because it allows you to add to
both divergent and convergent thinking, making you creative and innovative."
Here is my explanation of it:
Creativity and innovation are often stimulated by a combination of
divergent and convergent thinking. Divergent thinking involves
generating a variety of ideas and solutions, while convergent thinking
involves converging towards the best possible solution or idea. By
consciously playing at being intelligent, stimulating your curiosity,
adopting intellectual habits, and developing diverse skills, you can
strengthen both divergent and convergent thinking.
And as you have just noticed , i have just quickly constructed a new
proverb that i think generalizes more the key idea of Sun Tzu that was a Chinese military strategist and philosopher , and here is my new proverb
and i also invite you to read my new question to CharGPT below so that
to understand:
And here is my new proverb:
"So you have not to look at complexity and hardness from the stupid
point of view , since the wise way is to first find the weakness(es) of
the complex problem that make(s) it much less complex , or find the weakness(es) of the hard problem that make(s) it much less hard , and i
think it is the smart way to do , and it is by logical analogy the same
as in fighting , so when you want to fight against a stronger man than
you , you have for example to do the same by for example learning the
martial art techniques that learn you how to win the fight against the
stronger man than you by defeating him from his weakness(es)."
And here is my question to ChatGPT:
Can we say that the main idea of Sun Tzu , that was a Chinese military strategist and philosopher , is to win against the stronger than you
from his weakness(es).
And ChatGPT has just answered me the following:
"Yes, one could distill a key aspect of Sun Tzu's philosophy of war as
the art of winning against stronger adversaries by exploiting their
weaknesses and maximizing one's own strengths. Sun Tzu emphasizes the importance of strategic thinking, adaptability, and a deep understanding
of both oneself and the enemy. By identifying and capitalizing on the vulnerabilities of the opponent while minimizing one's own weaknesses,
it is possible to achieve victory even when facing a stronger force.
The notion of "winning without fighting" is also central to Sun Tzu's philosophy. If a conflict can be resolved through strategy, diplomacy,
or other means without direct confrontation, it is often considered a
superior approach. This aligns with the idea of achieving objectives
with minimal cost and resources.
In summary, Sun Tzu's philosophy involves a strategic, nuanced approach
to warfare, emphasizing intelligence, adaptability, and the exploitation
of the opponent's weaknesses to overcome apparent disadvantages and
secure victory."
And i invite you to read all my other new proverbs in the following web
link:
[continued in next message]
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