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In this episode, Dr. Luke Jones takes us from his early Ganzfeld sensory-deprivation experiments to today’s cutting-edge investigations in psychophysics and time perception. He demystifies core concepts—like Stevens’ power law and internal-clock (pacemaker–accumulator) models—while teasing apart duration judgments versus the felt passage of time. Along the way, Lucas introduces Zakay’s temporal-uncertainty framework, contrasts prospective and retrospective timing, and examines how attention, novelty, emotion, aging, and even clinical conditions (Parkinson’s, autism, ADHD) warp our temporal experience. Listeners will also discover innovative approaches—from animal reinforcement studies and VR setups to predictive-coding theories—and hear surprising insights inspired by the Christmas paradox, psychoactive substances, and lessons from musical performance and teaching. Chapters: 0:00 Podcast introduction and guest lineup 0:13 Dr. Jones’s journey into vision and perception research 0:58 Choosing psychology at university and early interests 1:32 Ganzfeld sensory-deprivation telepathy experiment and its value 3:54 First encounter with altered time perception under deprivation 5:00 Realizing time perception was absent from standard textbooks 5:25 Defining sensation versus perception with color examples 7:38 Psychophysics: controlling stimuli and inferring brain computation 8:07 Power laws in sensation–perception relationships (Stevens’ law) 11:01 Advanced psychophysical decision tasks and modeling 11:49 Challenges of studying time without a dedicated sensory organ 12:36 Internal-clock models: pacemaker–accumulator theory 14:30 Modality and filled-interval effects on duration judgments 15:02 Hypothesis: external sensory processing as clock pacemaker 18:04 Distinguishing duration judgments from passage-of-time feelings 24:11 Zakay’s model of time relevance and temporal uncertainty 28:58 Prospective versus retrospective timing judgments in lab 33:17 Prospective timing and fluctuating attention in real life 36:14 Perceived speeding of time across the lifespan and aging 40:48 Impact of novelty and routine on subjective time flow 43:00 The Christmas paradox: retrospective time distortions 44:27 Emotional valence and cognitive load effects on time 47:44 Personal insights: noticing and managing temporal distortions 49:48 Computational vs. neuroscience approaches in time research 52:04 Animal studies: reinforcement schedules and internal clocks 55:00 Parkinson’s and autism in human time-perception studies 1:00:06 Considering ADHD and higher-order timing challenges 1:01:36 Using VR to bridge lab control and ecological realism 1:02:39 Memory distributions: encoding sensations as statistical models 1:04:15 Predictive coding, habit, and attention to novelty in perception 1:06:37 Alcohol, cannabis, and psychedelics effects on time 1:08:35 Mindfulness, performance anxiety, and timing in musicians 1:10:42 Lessons from stage performance applied to teaching and attention