Faraday strongly emphasized the importance of experimental evidence as the foundation of scientific knowledge. He believed in letting the data guide his theories, rather than imposing preconceived notions on the natural world.

Faraday relied heavily on visual models and analogies to understand and explain complex phenomena. His concept of 'lines of force' is a prime example of his visual thinking, allowing him to conceptualize fields and their interactions.

While appreciating the power of mathematics, Faraday was initially skeptical of purely mathematical approaches to physics. He preferred to rely on his intuition and physical understanding of phenomena, often translating mathematical results into visual and conceptual models.

Faraday was characterized by his intellectual humility and his willingness to reconsider his views in light of new evidence. He approached scientific inquiry with an open mind and a genuine desire to understand the truth, regardless of his prior beliefs.