How Bernard Lonergan thoughts are helping to understand the raise of AI apps

How Bernard Lonergan thoughts are helping to understand the raise of AI apps

Part 1: Bernard Lonergan's Ideas on Human Learning

Bernard Lonergan, a Canadian philosopher and theologian, made significant contributions to the field of human learning and understanding. Lonergan's work emphasizes the importance of self-awareness, critical thinking, and the role of experience in the process of learning. In this section, we will explore the main aspects of human learning as elucidated by Bernard Lonergan.

1. Insight and Understanding:

According to Lonergan, human learning begins with the development of insights. Insights are moments of heightened awareness and understanding that arise through a process of reflection and inquiry. They represent a shift in perspective, allowing individuals to grasp the underlying patterns and principles that govern a particular subject matter. Insight enables individuals to move beyond mere accumulation of information and fosters deeper understanding.

2. Self-Appropriation:

Lonergan emphasizes the importance of self-appropriation in the process of learning. Self-appropriation involves recognizing and engaging with one's own subjectivity, biases, and limitations. It requires individuals to critically evaluate their own assumptions, beliefs, and preconceived notions. By engaging in self-appropriation, individuals can become more open to new perspectives and develop a more nuanced understanding of the world.

3. The Role of Experience:

For Lonergan, experience plays a crucial role in human learning. He distinguishes between empirical data and what he calls "insight data." Empirical data refers to the raw sensory input we receive from the world, while insight data involves the meaning and significance we derive from that input. Lonergan argues that true learning occurs when individuals go beyond the mere collection of empirical data and actively engage with their experiences to extract insight data.

4. Levels of Consciousness:

Lonergan proposes a framework of levels of consciousness that individuals pass through in the process of learning. These levels include: (a) experiencing, (b) understanding, (c) judging, and (d) deciding. Experiencing involves direct sensory perception, while understanding involves grasping the meaning and significance of the perceived data. Judging refers to the evaluation and assessment of the insights gained, and deciding involves making choices based on those insights. Lonergan suggests that moving through these levels of consciousness enables individuals to develop a more comprehensive understanding of a subject matter.

5. Critical Realism:

Lonergan's approach to learning is rooted in critical realism. He advocates for a balanced approach that combines critical inquiry with an acknowledgment of the limitations of human knowledge. Lonergan encourages individuals to critically evaluate their assumptions and engage in ongoing dialogue and inquiry to refine their understanding. Critical realism acknowledges that knowledge is a dynamic and evolving process, subject to revision and refinement based on new insights and evidence.

Part 2: AI and the Perception of Knowledge

Introduction:

Artificial Intelligence (AI) has revolutionized many aspects of human life, including the way we perceive and acquire knowledge. In this section, we will explore how AI affects the perception of knowledge in human beings.

1. Access to Information:

AI has greatly enhanced access to information. With the vast amount of data available on the internet, AI algorithms can quickly and efficiently gather and process information on any given topic. This has democratized knowledge, making it more accessible to a broader range of people. However, the sheer volume of information can also be overwhelming, requiring individuals to develop critical thinking skills to discern reliable and accurate information from misinformation and fake news.

2. Personalized Learning:

AI-powered educational platforms and tools can provide personalized learning experiences tailored to individual needs and preferences. Adaptive learning algorithms can assess learners' strengths, weaknesses, and learning styles, offering customized content and feedback. This personalized approach to learning enhances engagement and improves knowledge retention. However, there are concerns about the potential for AI to create filter bubbles, limiting exposure to diverse perspectives and inhibiting the development of critical thinking skills.

3. Data Analysis and Insights:

AI algorithms excel at analyzing large datasets and identifying patterns and correlations that may elude human perception. This capability has significant implications for scientific research, data-driven decision-making, and the advancement of knowledge in various domains. AI-powered tools can help researchers uncover hidden insights and accelerate the pace of discovery. However, the reliance on AI for data analysis also raises ethical concerns, such as algorithmic biases and the potential for human oversight in interpreting AI-generated insights.

4. Automation and Job Displacement:

The automation enabled by AI technologies has transformed the labor market, leading to concerns about job displacement. While AI systems can perform certain tasks more efficiently and accurately than humans, they lack the broader understanding, creativity, and critical thinking abilities that humans possess. This highlights the importance of developing skills that are uniquely human, such as complex problem-solving, emotional intelligence, and ethical decision-making, to adapt to the changing nature of work and ensure continued relevance in an AI-driven world.

5. Ethical and Philosophical Considerations:

The rise of AI raises profound ethical and philosophical questions about the nature of knowledge and its relationship with human consciousness. Can AI systems truly understand and possess knowledge, or are they limited to data processing and pattern recognition? How does the reliance on AI impact human autonomy, agency, and the ability to engage in self-appropriation and critical thinking? Exploring these questions requires interdisciplinary engagement, involving philosophers, ethicists, scientists, and technologists.

Conclusion:

Bernard Lonergan's ideas on human learning emphasize the importance of self-awareness, critical thinking, and the role of experience in acquiring knowledge. AI has significantly influenced the perception of knowledge by enhancing access to information, providing personalized learning experiences, enabling data analysis, and transforming the job market. However, ethical and philosophical considerations remain crucial as we navigate the complex interplay between AI and human learning. It is essential to harness AI's potential while preserving the uniquely human capacities for self-reflection, critical inquiry, and the pursuit of wisdom.


It’s not solely the operations of intelligence, no more than the brains operation over the body; notwithstanding our dependence upon data, there’s an irreducibility of human awareness to ALL data—which Lonergan provides as a ‘lense’ to the spiritual soul. In other words, Lonergan highlights how we’re not passive viewers of our own operations of intelligence; we wield it, delight in it. Our levels of awareness are also approached at different levels and dimensions of our very intentional directionality as we navigate the inner universe (proportionate to the entire one) of meaning. The question for AI arises, can we program intentionality? The culmination of our transcendental self is, again dependent but irreducible to, the data of even our totality of correct judgements. An AI programming would gain more sophisticated concepts from complex or huge data sets, but where could it update itself from? Like how we update from our experience through the universe? Can we program something purely a priori into AI a posteriori? If AI is composed of nothing transcendent, from where will it draw from in order to do so? Reminds me of when scientists discovered how the smallest particles literally “wave” to consciousness, or bow maybe?

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