The Science of Enlightenment: How Meditation Works
by Shinzen Young
Contents
Chapter 11: My Happiest Thought
Overview
Young introduces his “happiest thought”: a science-enabled paradigm could reveal and reliably facilitate classical enlightenment. He envisions a future, team-based “Maitreya” of neuroscientists integrating first- and third-person methods to democratize awakening.
Addressing objections, he cites neurocases, candidate brain targets, and metrics like “stickiness,” arguing for safe, reversible interventions and forecasting profound societal benefits alongside ethical risks.
Summary
Young opens with H. G. Wells’s prediction and the Dalai Lama’s 2005 neuroscience keynote, framing his ambition to align Buddhism with science. He outlines three life goals: a secular reformulation of the path, a global delivery system, and ultimately a technology of enlightenment—anchored by his “happiest thought” that modern science will reveal crucial truths about awakening unknown to earlier masters.
Recasting the future Buddha Maitreya, Young imagines not an individual but a collaborative team of enlightened neuroscientists combining inner practice with objective science to produce a paradigm both harmonious with, yet more powerful than, tradition. He argues history allows genuine innovation, not mere revival, and that new methods could make enlightenment widely attainable.
Anticipating objections, he disputes declension-only views of history and clarifies he is not proposing a practice-free “zap.” He weighs fears of cheapening against the gains of mass liberation, and reframes “naturalness”: if enlightenment is natural, removing obstacles technologically is itself natural.
Young surveys suggestive neuroevidence: Jill Bolte Taylor’s left-hemisphere stroke resembling initial no-self, and athymhormia from basal ganglia lesions mimicking drive-free, painless pseudo–no-self. He proposes temporarily, noninvasively suspending self-related circuits via TMS, tDCS, focused ultrasound, or neurofeedback, potentially coupled with training so insights persist after reversal.
Linking the Four Noble Truths to biology, he asks whether grasping (trishna) depends on necessary neural conditions (e.g., anterior insula). If so, targeted interventions could reduce grasping and suffering. He reframes grasping as “fixation/coagulation,” a system-wide “viscosity” or “stickiness” measurable via EEG and attentional blink, suggesting biofeedback could lower baseline stickiness and unfixate identity.
Young distinguishes the “hard problem” of consciousness from the “hardest easy task” of fully simulating neural processing, predicting that completing the latter will expose biophysical markers of enlightenment and enable powerful aids—while acknowledging risks of misuse and urging neuroethics. He concludes optimistic: breakthroughs could reduce conflict, addiction, and illness, elevate well-being and intelligence, and potentially let enlightenment “go viral,” echoing—and updating—Wells’s forecast.
Who Appears
- Shinzen YoungAuthor-teacher; presents his “happiest thought,” a science-driven, technology-assisted path to democratize enlightenment, addressing objections and proposing neural targets and metrics.
- H. G. WellsQuoted futurist; his prediction about Buddhism and science frames Young’s vision and closing rephrasing.
- Dalai Lama2005 Society for Neuroscience keynoter; endorses scientific means to awakening, illustrating openness to tech-assisted paths.
- Jill Bolte TaylorNeuroscientist; her left-hemisphere stroke is cited as a neurocase resembling initial no-self experience.
- David StoneyRetired neuroscientist; discusses TMS with Young, inspiring ideas to suspend internal talk or self-centers.
- Prince Siddhartha Gautama (the Buddha)Model innovator; reframed practices (Middle Way, mindfulness). His Four Noble Truths are linked to neural correlates.
- MaitreyaFuture-Buddha archetype reimagined as a team of enlightened neuroscientists integrating first- and third-person methods.