Is a tree alive? A forest?
Is a river alive? A storm?
Is a virus alive? Is AI alive?
Online Meditation 🧘 Neurotech Research ⚡ Contemplative Writing
Is a tree alive? A forest?
Is a river alive? A storm?
Is a virus alive? Is AI alive?
Branding work that uses AI is a disturbing anti-intellectual trend. Similar fears greeted word processors, Wikipedia and web search: writers worried that computers would diminish authorship, schools banned online encyclopedias, and Nicholas Carr famously asked, “Is Google Making Us Stupid?”
AI is already embedded throughout our information environment, from search and recommendations to the digital products we use every day. If we tagged everything AI has influenced, we might soon be tagging almost everything. We should judge the quality and integrity of the work, not stigmatize it because AI played some part in its creation. Adaptation will come in time.

One of the challenges of meditation is knowing whether we are improving. Some sessions feel calm, others seem filled with distraction. Over weeks or months we hope our attention is becoming steadier, but progress is often difficult to perceive.
Meditation develops through repeated cycles of attention, distraction, recognition, and return. A simple way to make these cycles more visible is to hold a counter in one hand while meditating. Each time you realize that your attention has wandered, you register one count and then return your attention to the meditation anchor, such as the breath.
Strictly speaking, the counter does not measure distractions directly. It records the moments when you become aware that you have been distracted. This places the emphasis on something positive: not that the mind wandered, but that awareness returned. The small action of making a count clearly marks this moment of recognition before attention returns to the anchor.
At the end of the session, the total is recorded in a meditation log. A single number says little on its own, but a series of counts creates a record that can be followed over weeks and months. As attention becomes steadier and distractions occur less often, the number of counted distractions should gradually decline.
A counter should interfere with meditation as little as possible. Its purpose is not to become another object of attention, but to provide a reliable and consistent record of recognized distractions.
Mentally keeping a running total may seem like the simplest approach, but it requires remembering a number throughout the meditation. The number can become another object competing for attention. Writing marks on paper requires larger movements and may involve opening the eyes.
I experimented with counting on my fingers. Beginning with both hands closed, I extended one finger after each recognized distraction. This method works, although I occasionally lost track of which fingers I had already extended.
Digital counters are available, but I found them less suitable for meditation. The digital counters I tested, including some attractive rings, entered power-saving mode after periods of inactivity. During meditation, I could not tell whether the device was awake. If it had gone to sleep, the first press merely woke it instead of recording the distraction. Phones, apps, and smartwatches introduce similar problems, including screens, notifications, and uncertainty about whether a touch was recorded.
I recommend a simple mechanical tally counter. It requires no batteries, never sleeps, fits comfortably in the hand, and registers every press immediately with a quiet, reassuring click. After a few sessions, operating it becomes almost automatic.
Before beginning, reset the counter to zero and hold it loosely in one hand, with a finger or thumb resting near the lever. Whenever you recognize that your attention has genuinely wandered, press the counter once. Then gently return your attention to the meditation anchor.
Do not look at the total during the meditation. Read and record it only after the session has ended.
A simple counter can also be made by threading several buttons onto a short cord. Leave enough space for the buttons to slide, while ensuring that they remain where they are placed.
Before meditation, move all the buttons to one end of the cord. Whenever you recognize a distraction, slide one button to the other end, always moving the buttons in the same direction.
At the end of the meditation, count the buttons that were moved. Large buttons with distinct edges are usually easier to feel and move than small ones.
The counter does not need to be decorative or elaborate. It only needs to perform one simple task without demanding attention. Meditation beads or a mala can be used in much the same way, moving one bead for each recognized distraction.
Whatever tool you choose, use it in the same way from one meditation to the next. The goal is not to capture every small movement of the mind, but to apply a few simple guidelines consistently.
When in doubt, do not count. Applying the same rule consistently is more useful than trying to count every possible distraction.
A single count says very little by itself. A meditation log can reveal patterns across many sessions.
After each meditation, you might record:
| Date | Time | Minutes | Internal | External | Distractions | Note |
| 2026-06-27 | 7:00 a.m. | 30 | 2 | 1 | 12 | Poor sleep; noise outside. |
Internal refers to how distracted or unsettled you felt before beginning, rated from 1 for low to 3 for high. External refers to the level of distraction in the environment, using the same scale. The note can briefly mention poor sleep, unusual stress, noise, interruptions, or anything else that may help explain the session.
The purpose of the log is not to judge individual meditations or compete with yourself. It is to notice patterns over time.
You may find that attention is steadier at a particular time of day, that poor sleep is associated with more distractions, or that certain environments support your practice better than others. If you experiment with different counting tools, record which one you used in the note.
The mind wandering during meditation is not a failure. It is part of the practice. What matters is recognizing that attention has wandered and returning without frustration or judgment.
A counter makes that moment more distinct. Each click, bead, or button records the return of awareness. Over time, the meditation log provides a simple picture of how attention is developing and which conditions seem to support it.
The numbers should not become a score or another standard by which to judge yourself. Some sessions will naturally contain more distractions than others. What matters is the longer pattern and the growing ability to notice distraction sooner, release it more easily, and return to the meditation anchor.
Each count marks a moment when awareness returns. By recognizing that moment clearly, releasing the distraction, and returning to the meditation anchor, we strengthen the very capacity that meditation is intended to develop.
See a related essay with a research focus, A Standardized Method for Counting Distractions in Meditation
Why do we remember some experiences for a lifetime while others disappear?
Canadian psychologist Donald Hebb proposed that learning occurs when neurons repeatedly become active together, strengthening their connections. His famous idea is often summarized as, “Cells that fire together, wire together.”
Although later refined, Hebb’s theory became one of the foundations of modern neuroscience.
Today’s understanding of learning, neuroplasticity, and many artificial neural networks traces its intellectual roots to Hebb’s insight.

I offer meditation online. Many people love it. Others are surprised by the idea. Meditation, they tell me, needs to happen in person.
There are plenty of practical reasons people appreciate meditating online. It is convenient, accessible, and easy to fit into ordinary life. But the more interesting objection comes from traditional practitioners who believe something important is lost when teacher and student are not physically together. Sometimes they describe that missing element as transmission.
Transmission has different meanings across contemplative traditions. At its strongest, it can refer to something almost metaphysical: a realization, spiritual energy, or awakened state being communicated directly from teacher to student. In other contexts, the idea is less supernatural. A student learns not simply from a teacher’s words, but from being in the teacher’s presence: observing how they sit, speak, breathe, respond, remain silent, and direct their attention.
There is something important in that second idea. But I am skeptical of the first, particularly when transmission becomes attached to the authority of a particular teacher, lineage, school, or physical place. I don’t believe meditation requires something mysterious to pass from an authorized teacher to a student sitting in the same room.
In fact, my approach to online meditation deliberately moves in another direction. People meditate in their own spaces, where they feel comfortable and safe. The teacher is physically decentered. I prefer a peer-centred approach in which I facilitate practice rather than position myself as the source of something that others must receive.
There is also an interesting precedent within one of the most traditional forms of meditation I have practised. S. N. Goenka died in 2013, yet Goenka Vipassana retreats continue to rely heavily on recordings of his instructions and discourses. Thousands of people have therefore learned meditation from a teacher who is not physically present.
A recording is obviously not identical to a live online session, but it complicates the claim that authentic meditation instruction requires teacher and student to occupy the same physical space. If voice, instruction, pacing, silence, and guidance can be carried through a recording, they can certainly be mediated through contemporary communications technology.
None of this means we need to throw out the idea of transmission altogether. Strip away the metaphysics and something recognizable remains. Human beings regulate and influence one another through voice, facial expression, rhythm, breathing, attention, silence, imitation, and emotional responsiveness. A calm person can help another person become calm. A teacher’s manner of attending can help students discover a different way of attending themselves. We might call this embodied transmission.
Chanting makes the idea especially clear. People synchronize rhythm, breathing, vocalization, and attention. Something really is being transmitted between people, but we don’t need a supernatural explanation for it. Co-regulation, entrainment, social learning, imitation, and shared attention give us perfectly plausible ways of understanding what is happening. And importantly, these processes do not suddenly disappear when people communicate through screens.
A voice still has rhythm and tone. Breathing can still be heard. Facial expressions can still be seen. Silence can still be shared. Attention can still be directed together. A group of people in different places can still settle into a common practice.
Perhaps we have confused presence with physical proximity. Being three metres away from a meditation teacher does not guarantee that anything meaningful will be transmitted. A student can sit in the same room while distracted, resistant, bored, or preoccupied. Conversely, someone listening through headphones hundreds of kilometres away can be intensely attentive.
Physical proximity provides information that online communication cannot completely reproduce. Bodies communicate in subtle ways, and a room full of people develops its own atmosphere. I don’t think we need to deny that.
But online meditation provides different conditions. Everyone effectively has a front-row seat. A teacher’s voice through headphones can be remarkably intimate. Participants can close their eyes without the self-consciousness that sometimes accompanies sitting among strangers. Most importantly, they learn to meditate in the place where they actually live. That last point may be more significant than it first appears.
A meditation centre creates a special environment for meditation. That can be powerful, but it can also unintentionally reinforce the idea that meditation belongs somewhere else: in the retreat centre, meditation hall, monastery, or teacher’s room.
Online meditation reverses this relationship. The practice enters your home.
The chair where you answer email becomes a meditation chair. The room containing the distractions of ordinary life becomes the room in which you learn to attend. When the online session ends, you are already where your life happens.
This suggests another possibility. Perhaps online meditation doesn’t merely reproduce traditional transmission imperfectly. Perhaps it changes its structure.
Instead of transmission flowing primarily from teacher to student, something can emerge among the participants themselves. The teacher becomes one participant with a particular responsibility: creating conditions, offering instruction, maintaining rhythm, and protecting the space for practice. The centre of gravity shifts from the teacher to the practice.
That is closer to what I want from meditation anyway. I am not interested in creating dependency on a teacher, a room, or an institution. I want people to discover capacities that are already theirs: attention, stillness, curiosity, awareness, and the ability to return.
So I don’t think the interesting question is whether online meditation can perfectly reproduce meditation in a physical room. It cannot, and it doesn’t need to.
The better question is what kinds of presence become possible when meditation moves online. Something is lost when bodies no longer share a room. But something may also be gained: accessibility, intimacy, autonomy, a less hierarchical relationship with the teacher, and perhaps most importantly, the integration of meditation into the place where we actually live.
If transmission means something mysterious that can only pass from an authorized teacher to a student in a particular physical space, I am comfortable leaving it behind.
If transmission means human beings helping one another discover a different way of attending, I see no reason it cannot travel online.
How does a nerve cell produce an electrical signal? By the mid-twentieth century, scientists knew neurons were electrical, but no one understood the mechanism.
Working with the giant axon of the squid, Alan Hodgkin and Andrew Huxley measured the flow of ions across the neuronal membrane. Their mathematical model showed how sodium and potassium ions generate the action potential—the electrical impulse that carries information through the nervous system.
Their work remains one of the greatest achievements in neuroscience.
Modern neurotechnology, from neural simulations to brain-computer interfaces, is built on the principles they uncovered.

Much of the debate about AI focuses on the technology itself: whether machines can really be creative, whether they diminish human value, whether they will take our jobs, or whether artificial intelligence might eventually become an existential threat. These are legitimate questions. But they can also distract us from a more immediate problem.
Intelligence is not something that suddenly appeared with human beings and belongs exclusively to us. Nature has produced many forms of perception, learning, adaptation, communication, and problem-solving. Human intelligence is an extraordinary development in that larger story, and we are now creating machines capable of performing some intelligent behaviours at extraordinary speed and scale. Whether machine intelligence is ultimately the same kind of intelligence as our own is an interesting philosophical question. It is not, however, the most urgent political one.
The more immediate question is who controls this new intelligence. AI requires enormous concentrations of computing infrastructure, data, capital, and technical expertise. Much of that capacity is accumulating within a relatively small number of corporations and among some of the wealthiest and most powerful people in the world. AI can therefore amplify not only human capabilities, but existing concentrations of economic and political power.
That is why warnings about the future power of AI should be accompanied by equal scrutiny of the people and institutions building it. When technology billionaires warn that AI could someday become extraordinarily powerful, we should take the possibility seriously—but we should also notice how extraordinarily powerful the corporations controlling AI are becoming today.
The greatest danger may not be that AI becomes too powerful. It may be that AI makes already-powerful humans and institutions vastly more powerful. The question is not simply what AI will become, but who will control it, whose interests it will serve, and how its benefits and power will be distributed.
Drink lots of water ![]()
Consume art and literature ![]()
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Don’t be afraid to make mistakes ![]()
Just like AI 🤖![]()

The new agreement to expand clean-energy development on the Churchill River is genuinely good news. The proposed development includes upgrades and expansion at Churchill Falls, a new 2,700-megawatt generating station at Gull Island, 2,000 megawatts of proposed wind power and more than 660 kilometres of transmission infrastructure. Gull Island alone is expected to produce approximately 12 terawatt-hours of electricity annually. The federal government describes the combined development as the largest clean-energy investment in North American history.
The climate value of this development depends on what its electricity replaces. If new hydroelectricity displaces coal, oil or natural-gas generation, it can eliminate millions of tonnes of carbon emissions. If it is used to electrify transportation, heating and industrial processes that currently consume fossil fuels, it can also make a substantial contribution to decarbonization. Reliable hydroelectricity can help integrate more wind and solar generation by balancing their variability.
If, however, the electricity simply supplies new mines, data centres and other forms of economic growth, total emissions may not decline. The new activity may be cleaner than it otherwise would have been, which is valuable, but that is different from reducing Canada’s absolute emissions. Calling the electricity ‘clean’ does not by itself establish the project’s climate benefit.
The relevant question is therefore not only how much electricity the project will generate, but what carbon-emitting activity it will eliminate or prevent. Which fossil-fuel generating stations can be retired or operated less frequently? How many proposed natural-gas plants can be avoided? How much oil and gas heating can be replaced by heat pumps? How many gasoline and diesel vehicles can be displaced? Which industrial processes can be electrified?
The federal government should answer these questions through a transparent fossil-fuel displacement plan. It should publish the project’s expected annual and lifetime emissions reductions, identify the assumptions behind those estimates and report regularly on the actual results. The accounting should include construction, transmission and reservoir emissions, as well as the emissions associated with any new industrial development enabled by the electricity.
This does not diminish the importance of the Churchill River development. It clarifies its greatest potential. Canada will need considerably more electricity as transportation, buildings and industry are electrified. The Churchill River could provide an extraordinary amount of reliable renewable power while supporting cooperation among Quebec, Newfoundland and Labrador, the federal government and Indigenous Peoples.
Meaningful partnership with the Innu and strong environmental safeguards must remain fundamental. Hydroelectricity is low-carbon, but a project of this scale is not without ecological and human consequences. Its effects on the river, flooded lands, water quality, wildlife and Indigenous territories must be assessed honestly and managed carefully.
The Churchill River development could become a defining Canadian climate project. But its success should ultimately be measured not only by the electricity it produces or the economic activity it enables. It should be measured by the fossil fuels Canada no longer burns and the carbon emissions that never enter the atmosphere.
AI should automate downward, not upward. If it isn’t reducing your boring computer work and freeing you for more creative work and more time with people, you’re using it wrong.
Use AI for routine cognitive work—the repetitive, mechanical, administrative, and tedious parts of working with computers—not the higher-order human work of creativity, judgment, reflection, and relationships.
The point of AI should be to give us more time and attention for what humans do best.