Image streaming increased my creativity and unlocked my inner genius.
You might be struggling, as I was, to come up with new ideas for your business.
You might have tried many different techniques, but none of them works.
In this article, I will detail exactly how you can use image streaming to unlock your inner genius and become more creative.
Here we go:
“There Are No Bad Ideas”
I’m told I was a creative child, but I lost that flair growing up.
My lack of creative ideas became a problem at the beginning of my public relations career. I feared being invited to brainstorming sessions.
During brainstorms, I would sit there, quiet and unable to develop good ideas. Only rarely would I be able to produce a single idea worthy of further consideration.
At first, I bargained with myself. One doesn’t need creativity for creativity’s sake, I argued.
“I can rely on my strategic mind instead,” I thought.
Big Ideas Gave Better Results
One client wanted to raise awareness of their recruitment services. My “strategic” line of thinking stated that I should do a SWOT analysis based on data and, based on those insights, position the brand accordingly in the news media.
I would pitch strategically chosen conflicts to clarify my client’s position to news reporters and editors and get one, two, three, four, or five mentions over time.
It was always a lot of hard groundwork and patience, but it worked. And it could have worked for the recruitment service, too.
Despite relying on this “strategic mind” of mine, my best work still came from rare sparks of creativity.
On a rare whim, I wanted to do something different for the recruitment service. I wanted to know if job applicants lied on their resumes. This had nothing to do with the brand’s position — I was just curious.
I reckoned that most people lie on their resumes. But no one talked about it.
We decided that it was a fun idea, and in typical PR fashion, we commissioned a survey:
It turned out that 4 in 5 would happily admit to having lied on their resume. And this statistic made the news — big time.
A flash of creativity yielded better and more instantaneous results than my typical strategic process.
Also, the creative outcomes demanded more praise from both client and employer than my systematic and methodical grind.
One Is Better Than Zero
To concentrate on getting better PR ideas, I stopped listening to what my colleagues were saying, and after one hour of blocking out the chatter, then — perhaps — I could come up with at least one usable idea.
One is better than zero, at least.
But at this point, my colleagues had energetically produced numerous ideas. And I had just been sitting there. Quietly. The whole thing was depressing and humiliating.
Solving problems using a strategic process was functional and, combined with the grind, kept me afloat at the agency.
But, I had to become more creative. But how?
The Goal: Understand Creativity
I took the only path I knew to take: I devised a strategic process to solve the problem. I researched information, and I developed a testable hypothesis.
My first insight was that there are people who constantly produce big ideas. But how? I wanted to know precisely.
I quickly realised that people who came up with big ideas also had terrible ideas. It seemed more productive to focus on generating lots of ideas rather than trying only to have good ones pop up in your brain.
I might have lost my creativity at a young age, but I understood statistics:
I needed to learn how to have more ideas before learning how to have big ideas. But how do you produce many creative ideas when you struggle to create a single one?
I formulated this basic principle:
Quantity Comes Before Quality
My observation was that creative people are intuitive and often highly visual. They seemed to be able to turn off parts of their brains tasked with logic and linear thinking and instead “see” different ideas pop up.
Big idea creatives seemed to be able to go with a flow of subconscious visualisation more freely than others as if they knew how to trust and surrender to their instincts.
I kept reading to find scientific explanations for these characteristics. Finding such answers proved more fascinating than I thought:
Our minds were naturally visual before we developed human language and inner dialogue. Without language, they had to be.
Many of us use inner dialogue to reason, a linear process. Linear thinking has merit, but we might also be squelching visual notions.
I read about how many geniuses throughout history have been crediting significant breakthroughs to visual representations that emerged instantly, like a flash of lightning.
Many geniuses were also highly productive, but their outcomes seemed to be based on quantity rather than quality. This insight is suggested to support the importance of having many ideas as a prerequisite to getting the result of having big ideas.
“You can’t use up creativity. The more you use, the more you have.”
— Oscar Wilde
“Write It Down”
I also found that quite a few historical geniuses tended to write things down.
What did all of this mean?
I didn’t know how to practically convince my subconscious to push more brilliance into my conscious mind.
And I still didn’t know how to produce lots of ideas.
But I knew how to write things down!
When researching literature on behaviour psychology, a particular theme seemed to be recurring:
What if writing things down is more than just a quantitative effort?
What if writing ideas down reinforces a steady stream of ideas?
I decided to take a quantitative approach to note-taking.
I pushed myself to write down ten ideas per day for three months. At first, it took a lot of effort and time. But at the end of three months, I could jot down 20 ideas in as many minutes — with little effort. Most of them were rubbish, but still. 20 ideas in 20 minutes!
I was amazed.
All those scribblings, notebooks, and ideas. Reinforcement works!
“Reinforcement learning theory suggests that reward positivity diminishes or disappears in the absence of action, highlighting the key role of agency in producing learning signals.”
Source: Cognitive, Affective, & Behavioral Neuroscience 1Hassall, C., Hajcak, G., & Krigolson, O. (2019). The importance of agency in human reward processing. Cognitive, Affective, & Behavioral Neuroscience, 1 – 9. … Continue reading
Good stuff, yes.
Complicated territory? Indeed.
Neuroplasticity and Reinforcement
At this time, there wasn’t much literature on the topic. However, the emerging evidence for neuroplasticity seemed promising.
“Neuroplasticity research shows that the brain can grow under favorable circumstances, potentially affecting intelligence.”
Source: Journal of the Indian Medical Association 2Chakraborty, R., Chatterjee, A., Choudhary, S., & Chakraborty, P. (2007). Neuroplasticity – a paradigm shift in neurosciences. Journal of the Indian Medical Association, 105 9, 513 – 4, 516 – 8, 520 – 1
“Neuroplasticity can respond to stimuli by reorganizing its structure, function, and connections, and promising therapies like brain stimulation and neuropharmacological interventions may enhance training-induced cognitive and motor learning.”
Source: Brain 3Cramer, S., Sur, M., Dobkin, B., O’Brien, C., Sanger, T., Trojanowski, J., Rumsey, J., Hicks, R., Cameron, J., Chen, D., Chen, W., Cohen, L., Decharms, C., Duffy, C., Eden, G., Fetz, E., Filart, R., … Continue reading
Research on neuroplasticity stated that the brain could wire and rewire itself based on external stimuli. It suggests that our brain constantly reinforces and eliminates neural pathways.
“Reinforcement learning is linked to neuroplasticity, as a large proportion of the brain is involved in representing and updating value functions and using them to choose actions.”
Source: Annual review of neuroscience 4Lee, D., Seo, H., & Jung, M. (2012). Neural basis of reinforcement learning and decision making. Annual review of neuroscience, 35,
287 – 308. https://doi.org/10.1146/annurev-neuro-062111 – 150512
So, I assumed that writing ideas down might reinforce neural pathways helpful in generating ideas. I tried rigorously writing down each idea — and I got more ideas.
Now, please note that I’m not making any claims here. I understand the difference between anecdotal experiences and scientific facts. I know the difference between correlation and causality.
But I never set out to establish new facts. I only set out to find ways to become more creative. If I got there by tricking my psychology, it didn’t matter. If it worked, it didn’t matter why.
As I began performing increasingly better during brainstorms, my confidence grew. And confidence is likely part of the explanation, too. I kept writing down my ideas, and the experiment worked fine.
But, I still felt I hadn’t understood the creative process. And it was hard work writing down every new idea.
I kept wondering why writing ideas down was essential to the process. If I stopped writing ideas down, my progress quickly plateaued. I was missing something, I thought.
Win Wenger and Project Renaissance
Unfortunately, I could not find scientific literature on what type of behaviours seemed to have a more significant impact (and why) on neuroplasticity. This is where I stumbled upon Project Renaissance and the contrarian ideas of Win Wenger, PhD.
Wenger had developed a hypothesis that I found to be highly interesting for my line of research: he argued that neural pathways were reinforced by physical feedback only. Meaning: Just thinking about things doesn’t reinforce behaviours. Only physical action does.
For instance, if you’re thinking of going to the gym without actually going, your brain will interpret this as a waste of energy.
There was an evolutionary argument for Wenger’s line of reasoning:
Infants must learn a lot to survive — quickly. However, conventional skill development and habit building are too time-consuming. Infants learn differently.
The Physical Feedback Loop
In some sense, infants are born with a “fully wired brain.” This allows infants to learn rapidly by reducing neural pathways instead of creating them. How does this work?
“Infants show evidence of rule learning only in the presence of informative multimodal cues, which may help explain their success in learning abstract rules.”
Source: Developmental science 5Frank, M., Slemmer, J., Marcus, G., & Johnson, S. (2009). Information from multiple modalities helps 5‑month-olds learn abstract rules. Developmental science, 12 4,504−9. … Continue reading
Multimodal cues = These modes can include visual, auditory, tactile, gestural, and linguistic channels in human interaction.
Imagine a newborn baby. How does it learn to control arms and legs? The baby’s brains send millions of signals, some producing a physical response. This creates a feedback loop.
The feedback loop informs the baby’s brain about what controls what. Signals that don’t result in physical feedback and the brain’s synaptic structure are efficiently chiselled out — in theory.
And through neuroplasticity, the physical feedback loop keeps affecting our brain structures.
Since human language and inner dialogue entered our evolutionary path so late, mental reasoning still sits entirely outside this ancient neural feedback system.
The feedback loop suggests that most of us might be wasting lots of mental energy on building skills and habits without properly reinforcing them physically.
Your Actions Form Your Thinking
“Activity-dependent neuroplasticity is inducible by regimens of exercises and therapies, and mechanical stimulation of brain regions through therapeutic hypothermia or deep brain stimulation.”
Source: International Journal of Neuroscience 6Sasmita, A., Kuruvilla, J., & Ling, A. (2018). Harnessing neuroplasticity: modern approaches and clinical future. International Journal of Neuroscience, 128, 1061 — 1077. … Continue reading
Here’s one way of describing the potency of the physical feedback loop:
If you get a great idea but neglect to manifest it through a physical act (like writing it down), you send signals to your brain to downsize those synaptic structures to conserve energy.
If you get great ideas and you manifest them physically, your brain will reinforce those synaptic structures to increase your chances of survival. If you get great ideas but neglect to manifest them physically, your brain will weaken those synaptic structures to conserve energy.
As I was reading about his somewhat esoteric findings on Wenger, he had more to say on the subject:
What if our language-driven inner dialogue fails to tap into available subconscious resources? What if significant reserves of ingenuity and creativity reside in us subconsciously? It’s a beautiful idea, for sure.
Welcome To Crazy Town
Wenger suggested that the subconscious parts of our brains, being “ancient” from an evolutionary perspective, might not “speak” human language. Instead, he proposed that these parts of our brains communicate visually. This is why dreams are primarily visual, for instance.
To unlock our inner ingenuity, we must tap into these ancient parts of our brains. We must find a way to condition our conscious mind to visualisations bubbling up from our subconscious depths.
Wenger suggested a form of meditation, image streaming, which was then reinforced using pen and paper or a tape recorder.
Okay. Welcome to crazy town, I thought.
How did you end up in this new-age space?
Still, easy enough to put to the test.
The Practice of Image Streaming
I started practising image streaming. I sit down for a few minutes, and I close my eyes. Unlike meditation, where you practice letting go of thoughts entering your mind, you wait for visualisations to enter your mind.
You then stay with whatever visuals manifest, examining them in detail using your inner eye. Directly afterwards, you write down your observations.
You begin by examining one visual per session. As you get used to the practice, visuals flow more freely. They also become more vivid in colour and detail. You can do many of them if you write them down directly afterwards.
Image streaming is a simple habit. You sit down, close your eyes, and relax. If you’re familiar with meditation, that will help. Instead of letting thoughts pass, you pay attention to any imagery that presents itself mentally.
After a short session, you describe any images you encountered as detailed as possible into a tape recorder or onto a notepad or a word processing document. Whatever works for you.
A Profound Personal Shift
For me, the results of combining visualisation with note-taking have been breathtaking.
Daily, I now see the visuals of problems, solutions, ideas, concepts, complexity, patterns, music, texts, and people. Before I started practising image streaming, I didn’t see anything. I only heard my inner voice talking linearly in a language I could understand.
The difference is difficult for me to explain, but the experience of seeing most things as visuals instead of hearing them as words is profound.
It could be that image streaming works because I think it does. One personal anecdote doesn’t constitute evidence. But even if I’m wrong about the physical feedback loop and image-streaming, I’m still happy to reap the benefits personally.
Still, as a theoretical framework for increasing creativity, image streaming is conceptually interesting — and further testable.
Thinking of it, I better write this down…
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My Renaissance Projects
The Renaissance was a period of significant cultural, artistic, political, and scientific rebirth in Europe, lasting from the 14th to the 17th century, marked by a renewed interest in the classical art and ideas of ancient Greece and Rome.
Inspired by lifelong artists and learners, I strive to always develop my creative intelligence, physical strengths, and mental well-being.
This is a list of my “Renaissance Projects”:
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ANNOTATIONS
1 | Hassall, C., Hajcak, G., & Krigolson, O. (2019). The importance of agency in human reward processing. Cognitive, Affective, & Behavioral Neuroscience, 1 – 9. https://doi.org/10.3758/s13415-019 – 00730‑2 |
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2 | Chakraborty, R., Chatterjee, A., Choudhary, S., & Chakraborty, P. (2007). Neuroplasticity – a paradigm shift in neurosciences. Journal of the Indian Medical Association, 105 9, 513 – 4, 516 – 8, 520 – 1 |
3 | Cramer, S., Sur, M., Dobkin, B., O’Brien, C., Sanger, T., Trojanowski, J., Rumsey, J., Hicks, R., Cameron, J., Chen, D., Chen, W., Cohen, L., Decharms, C., Duffy, C., Eden, G., Fetz, E., Filart, R., Freund, M., Grant, S., Haber, S., Kalivas, P., Kolb, B., Kramer, A., Lynch, M., Mayberg, H., McQuillen, P., Nitkin, R., Pascual-Leone, Á., Reuter-Lorenz, P., Schiff, N., Sharma, A., Shekim, L., Stryker, M., Sullivan, E., & Vinogradov, S. (2011). Harnessing neuroplasticity for clinical applications. Brain, 134, 1591 — 1609. https://doi.org/10.1093/brain/awr039 |
4 | Lee, D., Seo, H., & Jung, M. (2012). Neural basis of reinforcement learning and decision making. Annual review of neuroscience, 35, 287 – 308. https://doi.org/10.1146/annurev-neuro-062111 – 150512 |
5 | Frank, M., Slemmer, J., Marcus, G., & Johnson, S. (2009). Information from multiple modalities helps 5‑month-olds learn abstract rules. Developmental science, 12 4, 504 – 9. https://doi.org/10.1111/j.1467 – 7687.2008.00794.x |
6 | Sasmita, A., Kuruvilla, J., & Ling, A. (2018). Harnessing neuroplasticity: modern approaches and clinical future. International Journal of Neuroscience, 128, 1061 — 1077. https://doi.org/10.1080/00207454.2018.1466781 |