Srini Rao is an author and podcaster focused on what makes us creative. He joins Dr. Hill on Head First to discuss how to build that into your life, with tips on creative output, how to find your unique voice, and other life-hacking wisdom and strategies.
Episode Summary
On a recent episode of my Head First podcast, I talked with author and podcaster Srini Rao, host of The Unmistakable Creative, about how creativity actually gets built into a life. He has interviewed more than 700 people across every walk of life, and he describes himself as an accidental biohacker. What he stumbled into through trial and error maps closely onto what I see in brain maps and in the behavioral science. So let me translate his hard-won habits into the circuits and mechanisms underneath them, and give you the tools that follow.
Why does creativity work better as a daily habit than as inspiration?
Srini writes a thousand words every morning and has done so for about five years. He credits that single habit with nearly everything he has built. Most academics, by contrast, are told to write for the first two hours of the day and most never do. They wait for the deadline, the grant, the clear morning that rarely comes.
Here is the mechanism. Repeated practice drives myelination, the layering of insulating sheaths around the axons of frequently used circuits. Myelin speeds signal conduction and makes a skill faster, more automatic, and less effortful to access (Fields, 2008). You cannot myelinate a circuit you only fire on a deadline. The daily writer is building white matter in the language and idea-generation networks; the deadline writer is asking cold circuits to perform under pressure.
There is a volume argument too. Srini says ninety percent of what he writes is bad, and that is fine, because he produces so much that the good ten percent still adds up to several books. High output is also how you externalize ideas, get them off your mental plate, and free up working memory for the next one. If you want the deeper version of how to build skills this way, I cover it in Biohacking Learning. For the broader case that the brain rewires through use, see Biohacking Plasticity.
A trained circuit beats inspiration because inspiration is a state and a habit is a circuit. You can rely on a trained circuit.
Why is the first hour of the day a vulnerable window for your brain?
Srini avoids technology for the first hour after waking. Gratitude journal, coffee, ten to twenty minutes of meditation, a physical book. He says the brain is in a suggestible state early in the morning, and that checking email or social media at 7:30 tends to set the tone for the whole day.
His intuition tracks the neuroscience reasonably well. In the transition out of sleep, your EEG carries more slow activity, with theta and alpha rhythms still prominent before the faster beta of full waking engagement takes over. That state is more permeable to whatever you feed it. When you open a phone, you get an intermittent stream of small rewards that trigger dopamine release in the striatal reward circuit. Train that loop first thing and you have primed the day toward seeking, checking, and reacting.
The fix is concrete. Keep the phone out of the bedroom. Put a physical book and a notebook on the nightstand. Protect the first sixty to ninety minutes for input you choose rather than input that is sold to you. If you want a structured version of this, I built Biohacking Your Morning around the minimum viable practice for circadian and cognitive health. The meditation piece has its own mechanisms, which I lay out in Biohacking Meditation.
What does it actually take to start a habit?
Srini described how he built the writing habit, and he leaned on tools from behavioral science. The core lever is activation energy. Lower the friction for the behavior you want, raise it for the behavior you want to avoid. He sets out the pen and notebook the night before. He opens his writing software so it is the first thing on screen. Small moves, but each one removes a step between intention and action.
Every additional click or decision between you and a behavior reduces the probability you do it. The prefrontal cortex pays a metabolic cost to initiate effortful action, and that initiation cost is exactly where most good intentions die. Reducing physical friction means the circuit has less to overcome.
He also uses what behavioral writers call success accelerants. If your goal is a thousand words and you start by copying a sentence from your morning reading, you now have nine hundred to go instead of a thousand. The brain registers progress relative to the goal and that registration sustains motivation. You are using a quirk of how reward circuits track goal proximity to your own advantage.
The general principle, with the underlying circuitry, is in New Year, New Habits and the related work on Biohacking Bad Habits. The reset move when you stall sits in Procrastination.
How do social media apps hijack your attention, and what stops it?
Srini made a sharp point: Facebook, Twitter, Instagram, and dating apps are designed to be habit-forming, and the defaults are set to keep you there. Notifications on. Email on every reply. He strips those defaults, removes social apps from his phone, and uses tools that block distracting sites and surface where his time goes.
This is one of the cleanest examples of operant conditioning in modern life. B. F. Skinner showed that you can shape a behavior an organism already performs by reinforcing it (Skinner, 1938). His pigeons already knew how to peck; he got them to peck in specific patterns by delivering food. That is different from Pavlov, who paired a neutral stimulus with a reflex.
Social media is a Skinner box. You already check; the like, the match, the retweet reinforce the checking. The critical piece is the schedule. You do not get a reward every time, and you do not get nothing every time. That intermittent reinforcement schedule is the most powerful and most resistant to extinction of any schedule (Ferster & Skinner, 1957), which is why slot machines and swiping apps feel so compelling. The dating app actually does better if you keep swiping than if you meet someone, because a paired-off user stops being a user.
Knowing the mechanism gives you concrete moves. Turn off notifications, which removes the intermittent cue. Take the apps off the phone, which raises activation energy for the loop. When you are with people you care about, turn the phone off entirely; Srini notices a clear quality difference in his interactions when he does. The deeper your phone is buried, the less the reward circuit gets pinged.
Does multitasking actually work?
No. Srini gave a sharp personal example: editing a podcast episode takes him thirty minutes with everything else closed and ninety minutes with Facebook, Slack, and Twitter open. That three-to-one ratio is not unusual.
The brain does not run two attention-demanding tasks in parallel. It switches between them, and each switch carries a cost. You pay to disengage from one task and re-engage another, and the residue of the first task lingers and degrades performance on the second (Rubinstein, Meyer & Evans, 2001). Studies of self-identified heavy multitaskers, including high-achieving students at selective universities, consistently find they are worse at filtering irrelevant information, not better (Ophir, Nass & Wagner, 2009). The subjective sense of efficient multitasking is itself a glitch.
For sustained, single-task concentration, the relevant brain training target is the sensorimotor rhythm and related self-regulation circuits. I cover that in SMR Neurofeedback. The state of deep, absorbed work that Srini hits after his first thousand words has its own neuroscience, which I break down in Biohacking Flow State.
What does the morning sequence look like once it works?
When the friction is removed and the distractions are blocked, the free-writing often tips into a flow state. Srini said the first two thousand words might take an hour, then the next two thousand take thirty minutes as ideas start arriving on their own.
That acceleration is the signature of flow: a state with reduced prefrontal self-monitoring, where action and idea feel coupled and effort drops away (Dietrich, 2004). You do not summon it directly. You build the conditions, start the cold work, and the state shows up partway through. The morning reading he does first is priming, feeding the associative networks raw material so the generative system has something to combine.
Why does creative work feel uncertain, and is that a problem?
I raised a real difficulty on the show. When I make a decision building a company, the only justification in the moment is that I trust my own vision. I do not find out if the call was right until it is out in the world. Creative work is generative and refining, getting closer over time to a felt internal vision rather than a defined target.
Srini's answer was honest: you cannot always know if the work is good until later, and that uncertainty is intrinsic to creativity. What you can do is regularize the process even when the output is unpredictable. The volume habit handles this directly. If you produce daily, a single bad day costs you almost nothing, because you only need a small fraction of the total to be good.
His other tools for managing the cognitive load are worth naming. He guards diet for cognition, on the simple logic that poor inputs produce poor output. He treats exercise, surfing and snowboarding in his case, as a deliberate disconnect and a reliable source of flow rather than as exercise for its own sake. Physical activity that demands full presence forces the attention system off the rumination loop and into the body. For people whose stress runs high, that kind of reset is regulating the fight-or-flight response; the circuitry is in Biohacking Fight or Flight.
How do you reset when the morning falls apart?
I asked Srini what he does when midday hits and nothing has gone right. He had a perfect live example, having spent his morning fighting with his insurance company and a broken chair. His answer: write the day off and use the daily reset. Tomorrow is the reset. The structure protects you precisely because no single day carries the whole load.
The deeper benefit he named is worth sitting with. Building a new habit produces direct behavioral evidence that you can shape your own behavior and that change is possible. That evidence generalizes. Once your nervous system has demonstrated that you can control one routine, you start looking for other places to apply it.
That is also, in a sense, what brain training does. When you give the brain feedback on its own activity and it learns to shift, you are demonstrating to the system that change is possible. If you want to see what the research says about that, start with Is Neurofeedback Legitimate? and the broader neurofeedback topic.
Pick one part of your day that you control completely, protect it, and run it every day. Lower the friction the night before. Put the phone in another room. Start the cold work before you feel ready. Do that consistently and the circuits, the white matter, and the sense of agency build themselves.
References
- Ferster (1957). Concurrent schedules of reinforcement in the chimpanzee. doi:10.1126/science.125.3257.1090
- Dietrich (2004). Endurance exercise selectively impairs prefrontal-dependent cognition. doi:10.1016/j.bandc.2004.03.002