Einstein viewed the universe as a vast library filled with mysteries, where he could only grasp the first page of knowledge.

To achieve greatness in science, one must see what others miss and embrace contradictions to make significant advancements.

Einstein believed that if a measurement can be made without disturbing a system and gives a 100% certainty answer, then that measurement reveals an element of reality.

Human beings cannot exist without some form of axioms, and confusion arises when one lacks a clear guiding principle.

Albert Einstein's brain had significantly more folds than an average brain, providing him with greater surface area and more neurons, which are biological antennas that connect us to a vibratory field.

The quest for a theory of everything that unifies general relativity and quantum mechanics may not yield a simple equation, as gravity might emerge from quantum phenomena at a macroscopic level.

The tools of physics are incredibly helpful for understanding and making progress in any field. First principles mean breaking things down to the fundamental elements that are most likely to be true and reasoning up from there as cogently as possible.

Breakthroughs in science may be based on incorrect assumptions, highlighting the need to question established beliefs.

Physics is a victim of its own success; general relativity and quantum mechanics are so effective that they cover 99.9% of observations, making it hard to find deviations to combine them.