The metaphor of the puzzle can be applied to any science, though it becomes particularly vivid in neuroscience. In neuroscience, we work with a multitude of objects considered central to the field: neurons, brain structures such as the cortex, hippocampus, and basal ganglia; and, at a smaller scale, neurotransmitters, proteins,
We could introduce Geneosophy in many ways: by explaining what it is, or by describing how it can be used. But to convey why Geneosophy is needed, let us begin instead with a familiar sensation — one you’ve likely experienced when observing the world. When you look at an object,
From the very beginning, humankind has sought answers about ourselves and the world around us. Over the centuries, these questions have found different expressions in religion, philosophy, and the sciences. Humanity has changed profoundly since it first began asking these questions: empires have risen and fallen, languages have emerged and
Geneosophy seeks to answer a profound question: How can an organism—such as a human—interacting with its environment, generate its own reality and knowledge? The name itself reflects this idea: in ancient Greek, “gennao” means “to generate,” and “sophia” means “knowledge.” Traditionally, philosophy has been tasked with addressing such
Ten years ago, I began a journey with the goal of fixing the Internet — both the Web and apps. Along the way, I took a detour through philosophy, neuroscience, mathematics, and programming. Over the past two years, with the help of a few sounding boards, this path has led me