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Artificial intelligence is an evergrowing and expanding industry and with AI only being made more and more accessible to the public, it’s time to take a look at Sentient Artificial Intelligence and the brain itself.
What is Sentient Artificial Intelligence?
Artificial intelligence systems described as “sentient” are those that are able to perceive and comprehend their surroundings, learn from past mistakes, and make decisions based on that information. Sentient artificial intelligence (AI) is intended to resemble human intelligence and consciousness, as opposed to conventional AI systems, which are programmed to carry out certain tasks or adhere to predetermined rules.
Sentient Artificial Intelligence systems can perceive and understand their environment thanks to sophisticated sensors and algorithms. They can also learn from their experiences by analysing and processing a lot of data. They can also decide based on knowledge they have gained, and they can even alter their behaviour and decision-making procedures in response to shifting conditions.
Even though the area of sentient AI is still young and under development, many experts think that through enhancing productivity and decision-making abilities, it has the potential to completely transform sectors like healthcare, banking, and manufacturing. The creation of sentient AI does, however, bring up ethical issues, such as the possibility that these systems could become conscious and run the risk of becoming hazardous or out of control.
How can Sentient Artificial Intelligence help us?
Artificial intelligence (AI) that is conscious has the potential to greatly benefit humankind by enhancing productivity, judgement, and problem-solving abilities across a wide range of fields. Here are a few illustrations:
Healthcare
Sentient Artificial Intelligence can assist medical professionals in diagnosing and treating illnesses more effectively. In order to find trends and generate predictions about prospective health hazards or treatment alternatives, artificial intelligence (AI) systems may analyse vast amounts of patient data, including medical histories, test results, and genetic information.
Finance
Addionally, Sentient Artificial Intelligence can assist financial institutions in better risk management, fraud detection, and market trend forecasting. AI systems are capable of pattern recognition and forecasting future market conditions by analysing financial data from a variety of sources, such as stock prices, market trends, and news reports.
Manufacturing
Alos, Sentient Artificial Intelligence can assist producers in streamlining workflows, cutting waste, and enhancing quality assurance. In order to detect potential issues or inefficiencies in the production process and suggest remedies, AI systems can analyse data from sensors and other sources.
Transportation
Systems for transportation, such self-driving automobiles and drones, can be made safer and more effective with the aid of Sentient Artificial Intelligence. AI systems are capable of analysing real-time data from sensors and other sources to decide how to navigate, manage traffic, and avoid collisions.
Overall, through enhancing efficiency, accuracy, and decision-making abilities, Sentient Artificial Intelligence has the potential to completely transform a variety of industries. The risks and potential ethical ramifications of developing these technologies must be taken into account, though.
The Extraordinary Brain
The human brain is created from billions of nerve cells which transmit signals amongst trillions of networks within our body. Our brain is one of the most, if not the most, captivating and intricate organs of our body. The substantial amount of power of the brain is yet to be determined for centuries to come. Humankind will never be able to truly understand the infinite capabilities of the brain. A part of the brain tissue the size of a grain of sand contains 100,000 neurons and 1 billion communications. The storage capacity of our brain is considered to be practically unlimited. It is mind blowing to fathom the remarkable nature of our brain.
The abilities of the brain extend far beyond basic motor functions to producing thoughts, opinions and perceptions as well as developing innovative ideas. Such functions can be described vaguely as ‘consciousness’ and ‘self-awareness’.
Advantages of Replicating the Human Brain
The benefits of replicating the human brain’s abilities stem from philosophical and academic viewpoints such as human consciousness to the more practical uses comparable to overseeing exceptionally challenging tasks effectively.
These benefits create an urge in the AI industry to not only mirror the brain’s capabilities, but to outperform them. AI has already demonstrated physical capabilities of human body parts such as being able to detect their environment. It is only a matter of time before AI completely replicates or even surpasses the human sensory system.
To understand the nature of the task at hand we must compare the learning processes of both AI and the human brain.
Process of AI and Brain
Deep learning is the closest form of imitation on how the brain functions. This includes a subset of machine learning in which electrical networks emulate the inside activity of the human brain to process large amount of data and learn from that data. This form of AI learning is responsible for considerable progression in the field of AI. From deep learning AI is now capable of unsupervised learning from large sets of data. These sources of data are so extensive that it would take years for humans to understand and extract relevant information whereas deep learning enables AI to interpret data at astonishing speeds.
However, modern AI actively requires several megawatts to function and such data sets can occupy entire buildings. Compared to the brain which only utilizes 10 to 20 watts which is less than what a light bulb uses. The difference in efficiency is obvious and can largely be explained by the hardware restrictions on supercomputers.
The issue of replicating the brain relies on technological advancement which will only come in time.
Proximity of Replicating the Brain
There were around 150,000 AI related IP applications filed worldwide in 2022 with many more to come. With each successful application we are one step close to replicating the human brain and allowing AI to attain human level consciousness.
It would be fascinating to observe such level of advancement in the AI industry to witness the capabilities of AI and how useful AI could be to society. Nonetheless, there are those that are doubtful as to the effort of replicating the human brain completely. This is due to the amount we have yet to learn of the human brain itself, let alone AI.
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By Zohaib Tahir, an LLM student at Solent University
References for Sentient Artificial Intelligence
- Artificial intelligence (Wikipedia.ORG)
- Self-driving automobiles (Wikipedia.ORG)
- Drones (Wikipedia.ORG)
- Neurons (NINDS.NIH.GOV)
- Deep learning AI (IBM.COM)
- Watt (Wikipedia.ORG)
- IP (WIPO.INT)
