When disagreements arise, we have a powerful new tool to help us seek truth together

I had a profound realization yesterday that shifted how I think about human conversation in the age of AI. It happened during a discussion where two people—myself and a good friend—found ourselves on opposite sides of a complex issue. In the past, this scenario would have played out predictably: we’d either rely on whoever claimed to have the most expertise, or we’d agree to “look it up later” and move on with the disagreement unresolved.

But something different happened this time. After our conversation ended without resolution, I turned to GPT for deeper exploration. Within minutes, I had access to comprehensive information that would have taken hours to research traditionally. More importantly, I had the kind of nuanced, multi-perspective analysis that neither of us could have provided alone.

This experience sparked what I’m calling “AI in the Loop”—using artificial intelligence not to replace human conversation, but to enhance it in real-time.

The Old Model of Disagreement

Think about how we’ve traditionally handled disagreements about factual matters. When two people have different understandings of a situation, we typically fall back on one of these approaches:

The Authority Model: We defer to whoever seems most knowledgeable or confident, even if their expertise might be limited or biased.

The Research Promise: We agree to “look it up later” and research independently, often never actually following through or sharing what we find.

The Stalemate: We agree to disagree, leaving important questions unresolved and potentially missing opportunities for learning and growth.

Each of these approaches has significant limitations. The authority model can reinforce existing biases and shut down productive inquiry. The research promise often leads to no resolution at all. The stalemate prevents the kind of collaborative truth-seeking that deepens understanding and relationships.

The AI in the Loop Alternative

What if, instead of these limiting patterns, we invited AI to join our conversation as a research partner? Not as the final authority, but as a tool for rapidly accessing diverse perspectives and comprehensive information?

Here’s how it might work:

During the Conversation: When we encounter a factual disagreement or need deeper information, we pause and engage AI together. “Let’s ask GPT to help us understand this better.”

Collaborative Inquiry: Both parties participate in questioning the AI, ensuring we’re exploring multiple angles and challenging potential biases in the responses.

Critical Thinking Applied: We use our human judgment to evaluate the AI’s responses, identifying gaps, biases, or areas that need further exploration.

Shared Resolution: We reach conclusions together, informed by comprehensive research but grounded in our collective critical thinking.

Why This Matters Now

This approach addresses a crucial challenge of our information age: the gap between the speed of conversation and the depth of research required for informed discussion. In the past, thorough research took time that most conversations couldn’t accommodate. Now, we can access comprehensive information within minutes—if we know how to use it effectively.

The key is maintaining our role as critical thinkers while leveraging AI’s research capabilities. In my experience yesterday, I had to push back against the AI’s initial responses, which showed clear bias. Through careful questioning and critical evaluation, I was able to get more accurate, nuanced information. This process required human judgment and expertise—AI provided the breadth, I provided the depth of analysis.

The Benefits of AI in the Loop

Enhanced Understanding: Access to multiple perspectives and comprehensive information in real-time.

Reduced Bias: When used thoughtfully, AI can help us move beyond our individual knowledge limitations and preconceptions.

Collaborative Learning: The process of questioning AI together can deepen relationships and shared understanding.

Practical Resolution: Conversations can move from opinion-based disagreement to evidence-informed discussion.

Skill Development: Regular practice with AI in the loop helps develop better critical thinking and information evaluation skills.

The Critical Thinking Requirement

This approach only works if we maintain our critical thinking skills. AI responses can contain biases, inaccuracies, or oversimplifications. The human role remains essential:

• Asking follow-up questions that reveal bias or gaps
• Challenging assumptions in AI responses
• Seeking multiple perspectives on complex issues
• Evaluating sources and reasoning
• Applying context and nuance that AI might miss

Practical Implementation

To make AI in the loop work effectively:

Set Clear Intentions: Establish that you’re seeking truth together, not trying to “win” the argument.

Share the Process: Both parties should participate in questioning the AI and evaluating responses.

Maintain Skepticism: Treat AI responses as starting points for investigation, not final answers.

Practice Critical Evaluation: Develop skills in identifying bias, gaps, and limitations in AI responses.

Focus on Learning: Approach the conversation as collaborative inquiry rather than debate.

The Broader Implications

AI in the loop represents a new model for human-AI collaboration that goes beyond simple automation. Instead of replacing human conversation, it enhances our capacity for informed discussion and collaborative truth-seeking.

This approach could transform how we handle disagreements in families, workplaces, and communities. Rather than relying on authority, avoiding difficult topics, or getting stuck in unproductive debates, we could engage in deeper, more informed conversations that actually resolve important questions.

As we navigate an era of rapid change and complex challenges, our ability to have productive conversations about difficult topics becomes increasingly important. AI in the loop offers a practical tool for upgrading the quality of human discourse—but only if we’re willing to engage our critical thinking skills and approach these conversations with genuine curiosity and openness to learning.

The future of human-AI collaboration isn’t about choosing between human wisdom and artificial intelligence. It’s about finding ways to combine our unique strengths to tackle challenges neither could handle alone. AI in the loop is just the beginning of what this partnership might look like in practice.

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What conversations in your life could benefit from AI in the loop? The key is starting with curiosity rather than certainty, and maintaining our commitment to critical thinking even as we leverage AI’s research capabilities.

What happens when artificial intelligence doesn’t just change how we work, but multiplies human talent to solve our greatest challenges?

Welcome to the first Solution Sunday—a weekly exploration of how AI-human collaboration could rapidly address humanity’s most pressing problems. While most discussions about AI focus on disruption, we’re exploring transformation: the unprecedented opportunity to apply abundant human talent to challenges that have persisted for millennia.

Today’s focus: ending world hunger.

The Revolution Already Happening

In Maharashtra, India, something remarkable is happening that proves AI can democratize agricultural expertise globally. Suresh Jagtap, a 65-year-old farmer, now receives daily alerts through his Agripilot.ai app that tell him exactly when to water, fertilize, and protect his sugar cane crops. His family has been farming for generations, but with AI assistance, “each sapling produced 10 or more tillers—the shoots that develop into stalks—compared to five or six previously.” [1]

But here’s what makes this truly revolutionary: the AI isn’t replacing agricultural expertise—it’s democratizing it. The technology brings in weather, soil and other data from satellites as well as farm sensors onto a Microsoft data platform, so farmers can see precisely what’s happening at their farm with a few clicks. Generative AI turns technical details into simple daily actions for the farmer—fertilize in areas pinpointed by satellite data, for example, or scout for pests, all delivered through a mobile app in English, Hindi and the local Marathi languages. [1]

This isn’t a future scenario. It’s happening right now, and it’s just the beginning of how AI could help humanity solve food insecurity within our lifetime.

The Scale of the Challenge

About 733 million people around the world are facing hunger, according to the latest 2024 State of Food Security and Nutrition in the World report published by the FAO. [2] Despite some progress in specific areas such as stunting and exclusive breastfeeding, an alarming number of people continue to face food insecurity and malnutrition as global hunger levels have plateaued for three consecutive years, with between 713 and 757 million people undernourished in 2023—approximately 152 million more than in 2019. [3]

Traditional approaches to addressing hunger have been constrained by fundamental limitations: a finite number of agricultural scientists, limited research funding, and restricted access to specialized knowledge. Progress has been measured in decades, not years.

But AI is changing the fundamental equation. For the first time in history, we have the tools to multiply agricultural expertise, accelerate research timelines, and democratize access to advanced farming knowledge globally.

The Talent Multiplication Effect

What’s happening in India demonstrates a pattern that’s scaling globally. The AI for Agriculture Innovation initiative transformed the chili farming for many in Khammam district, India with bot advisory services, AI-based quality testing, and a digital platform to connect buyers and sellers. [4] The AI didn’t replace farmers’ expertise—it amplified it exponentially.

The global AI in agriculture market is projected to grow from USD 1.7 billion in 2023 to USD 4.7 billion by 2028, with a remarkable Compound Annual Growth Rate (CAGR) of 23.1%. [5] This growth reflects real implementation across diverse agricultural contexts:

In India, smallholder farmers have been using AI for agriculture to double their incomes. This includes tools like bot advisors and digital marketplaces. [4]

Global precision agriculture: AGMRI is an advanced crop intelligence platform that combines AI-driven analytics with high-resolution imagery to deliver comprehensive, season-long coverage and insights that help identify and quantify yield-limiting issues in the field. [6]

Smart monitoring systems: Orbit is an AI-driven field scouting mobile application that harnesses satellite-based remote sensing technology to facilitate real-time monitoring of crop health, delivering exceptionally high-resolution satellite imagery on a near-daily basis. [6]

Each example demonstrates the same principle: AI handles data processing and pattern recognition, while humans focus on relationships, cultural adaptation, and creative problem-solving.

The Knowledge Democratization Revolution

Perhaps most significantly, AI is breaking down the barriers that have kept agricultural expertise concentrated in wealthy institutions and corporations.

Imagine this scenario: Maria, a farmer in rural Ecuador, uses freely available AI tools to combine traditional Andean farming knowledge with AI weather analysis, developing drought-resistant techniques that could be adopted across Latin America. She doesn’t need a PhD in agricultural science—she needs curiosity, local knowledge, and access to AI tools that process complex environmental data.

Consider this possibility: Dr. Folashade, a nutritionist in Lagos, could use AI analysis to identify malnutrition patterns across West Africa, developing intervention strategies for implementation by international development organizations. Her nutritional expertise, amplified by AI’s data processing power, creates insights that no single human could generate alone.

These represent the kind of transformation we’re beginning to see worldwide—previews of a world where agricultural expertise is abundant, accessible, and guided by human wisdom about local conditions and community needs.

The Speed of Transformation

Traditional agricultural research moved at the pace of growing seasons—years to test new varieties, decades to develop drought-resistant crops. AI is collapsing these timelines while improving outcomes.

Neural networks can detect diseases like apple scabs with 95% accuracy. Similarly, machine learning algorithms have been used to identify yellow rust in wheat crops, enabling timely interventions. [5]

Current documented improvements include:

• Blue River Technology’s ‘See & Spray’ technology uses high-resolution cameras and AI algorithms to identify weeds among crops, allowing for precise herbicide application, reducing usage by up to 90% compared to traditional methods. [7]
• CropX soil sensors track soil, water, and crop conditions with high precision in near real-time, providing agronomic recommendations for irrigation, nutrient management, and more. [6]

Real-time optimization: Farmers can now receive instant optimization advice based on satellite imagery, weather data, and soil analysis—insights that would have required teams of specialists visiting each farm.

The Abundance Mindset Shift

What’s emerging isn’t just technological progress—it’s a fundamental shift from scarcity to abundance thinking about agricultural expertise.

Traditional approaches assumed limited knowledge: a finite number of agricultural scientists, restricted research funding, and exclusive access to specialized insights. This scarcity mindset created competition for resources and slowed progress.

AI-human collaboration is creating knowledge abundance: agricultural expertise that scales globally, research that accelerates exponentially, and scientific insights that transcend geographic and economic barriers.

But this abundance only emerges when humans and AI systems complement rather than compete with each other. The transformation happens when AI handles routine analysis and humans focus on creativity, relationships, and ethical judgment about implementation priorities.

The Human Elements That Matter Most

In this AI-amplified agricultural future, certain uniquely human capabilities become more valuable, not less:

Cultural Wisdom: Understanding how farming practices fit within local traditions and social structures—something no AI can replicate.

Relationship Building: Creating trust with farming communities, especially important when introducing new techniques.

Ethical Judgment: Deciding which innovations should be prioritized based on human needs rather than just technical feasibility.

Creative Problem-Solving: Adapting AI insights to unpredictable local conditions and unexpected challenges.

Systems Thinking: Understanding how agricultural changes affect entire communities and ecosystems.

The Path to Ending Hunger

With AI multiplying human agricultural talent, ending world hunger becomes not just possible, but achievable within our lifetime. Given the exponential pace of AI development and its rapid global adoption—we’ve seen agricultural AI capabilities advance more in the past five years than in the previous fifty—I believe these transformations could happen even faster than traditional projections suggest. Here’s how the transformation could unfold:

Years 1-3: AI tools become accessible to farming communities globally, providing personalized advice that increases yields by 20-30% while reducing resource usage—building on current documented successes.

Years 3-7: Accelerated crop development produces varieties adapted to climate change, while AI-optimized distribution systems eliminate food waste and ensure efficient allocation.

Years 7-15: Integration of AI insights with local knowledge creates sustainable agricultural systems that produce abundance while regenerating ecosystems.

Years 15-25: Food production becomes so efficient and well-distributed that hunger shifts from a scarcity problem to a logistics and social organization challenge—problems humans are uniquely suited to solve.

Your Role in the Food Security Revolution

This transformation creates new possibilities for individual contribution to solving hunger:

Agricultural Professionals can focus on creative problem-solving, community engagement, and innovative applications of AI insights rather than routine data analysis.

Technology Workers can contribute to developing AI tools that are accessible to farming communities worldwide.

Entrepreneurs can build businesses that connect AI agricultural insights with local implementation.

Educators can help farming communities understand and adapt AI tools to their specific contexts.

Citizens can support policies and organizations working toward AI-human collaboration in agriculture.

Most importantly, you don’t need to be an agricultural expert to contribute. The democratization of expertise means that curiosity, creativity, and commitment to solving hunger can lead to meaningful impact regardless of your background.

The Choice Before Us

The technology to end world hunger already exists. AI systems can accelerate research, democratize expertise, and optimize resource usage. The question isn’t whether this is technically possible—it’s whether we’ll choose to organize ourselves around this opportunity.

We could continue treating food security as an intractable problem requiring gradual progress over generations. Or we could recognize that AI-human collaboration makes rapid transformation not just possible, but inevitable if we choose to pursue it.

The early evidence suggests we could eliminate hunger as a global problem within 25 years—faster than we eliminated smallpox, and with tools that become more powerful every year.

Looking Ahead

Next Sunday, we’ll explore how this same AI-human multiplication effect is accelerating medical breakthroughs, potentially ending diseases that have plagued humanity for millennia.

But today’s question is simpler: In a world where agricultural expertise is abundant rather than scarce, where research accelerates exponentially, and where solutions can scale globally, what would you contribute to ending hunger?

The abundant talent revolution isn’t coming—it’s here. The only question is whether we’ll recognize the opportunity and organize ourselves to make the most of it.

What role would you play in ending world hunger if routine agricultural analysis was handled by AI? Share your thoughts and let’s build the conversation around solutions, not just problems.

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#SolutionSunday #OptimisticFuture #FoodSecurity #AIforGood #HumanAICollaboration

Welcome to Solution Sunday—where we explore how abundant human talent, amplified by AI, could solve humanity’s greatest challenges. What should we tackle next week?

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Sources:

[1] https://news.microsoft.com/source/asia/features/chasing-peak-sugar-indias-sugar-cane-farmers-use-ai-to-predict-weather-fight-pests-and-optimize-harvests/

[2] https://riseagainsthunger.org/articles/733-million-people-face-hunger-2024/

[3] https://www.who.int/news/item/24-07-2024-hunger-numbers-stubbornly-high-for-three-consecutive-years-as-global-crises-deepen–un-report

[4] https://www.weforum.org/stories/2024/01/how-indias-ai-agriculture-boom-could-inspire-the-world/

[5] https://indiaai.gov.in/article/ai-in-agriculture-in-2025-transforming-indian-farms-for-a-sustainable-future

[6] https://www.croplife.com/editorial/best-agriculture-apps/

[7] https://www.basic.ai/blog-post/7-applications-of-ai-in-agriculture

While everyone debates whether AI will destroy jobs, Nobel Prize winners Daniel Kahneman and Angus Deaton already solved the puzzle of what makes humans truly happy—and it’s not what you think. Their groundbreaking research reveals why the AI revolution might actually be the best thing that ever happened to human flourishing.

The Money Myth We All Believed

Kahneman and Deaton’s research shattered a fundamental assumption: that more money equals more happiness. They found that beyond around $75,000 annually (about $100,000 in today’s dollars), additional income barely moves the happiness needle. Yet we’ve built an entire civilization around the belief that economic growth and personal worth are the same thing.

So what does create lasting happiness? Time. Time for deep relationships. Time for creative pursuits. Time to learn without pressure. Time to contribute meaningfully to something bigger than ourselves. Time to simply be present in our own lives.

The Real Crisis Isn’t AI—It’s Exhaustion

Here’s what strikes me as ironic: we live in the most materially abundant era in human history, yet rates of anxiety, depression, and burnout are skyrocketing. We have:

• More stuff but less time
• More connectivity but fewer deep relationships
• More entertainment but less genuine joy

We’ve confused being busy with being purposeful. We’ve mistaken productivity for meaning. And in doing so, we’ve created a society where people are literally working themselves to death in pursuit of things that research shows won’t actually make them happier.

What If We’re Looking at AI Backwards?

Every headline screams about job displacement. But what if that’s the wrong question entirely? What if instead of asking “Will AI take our jobs?” we asked “Will AI give us our lives back?”

Think about the last time you had a truly fulfilling day. I’m willing to bet it wasn’t because you processed more emails or attended more meetings. It was probably because you had a meaningful conversation, created something, learned something new, or helped someone else. It was because you had time to be fully human.

AI automation could give us something money literally cannot buy: time. Time to rediscover what actually makes us come alive. Time to build the relationships and communities that research shows are the strongest predictors of life satisfaction. Time to pursue creative endeavors not because they’re profitable, but because they’re fulfilling.

The Science of What We Actually Need

Decades of happiness research consistently point to the same core drivers of human flourishing:

• Strong social connections and community belonging
• Creative expression and continuous learning
• Meaningful contribution to something beyond ourselves
• Present-moment awareness and reflection
• Physical and mental well-being
• A sense of purpose and direction

Notice what’s not on that list? Climbing corporate ladders. Accumulating more possessions. Working 60-hour weeks. Competing in status games.

Imagine 20 Extra Hours Per Week

Here’s a thought experiment: What would you do with 20 extra hours per week if money weren’t a concern?

Maybe you’d:

• Finally write that book or learn to paint
• Volunteer at the local school or start a community garden
• Have long dinners with friends without checking your phone
• Read to your kids without feeling rushed
• Take walks without them being “exercise” you have to fit in
• Learn a new language for the joy of it, not for your resume
• Mentor someone or contribute to causes you care about
• Just sit on your porch and watch the world go by

This isn’t fantasy—it’s what abundance could actually look like if we measured it correctly.

The Transition Challenge

Now, I’m not naive about the challenges. We need:

• New economic models that support human flourishing
• Social safety nets for the transition period
• Reimagined education and community structures
• Practical frameworks for finding purpose beyond traditional careers

But here’s what gives me hope: we’re already seeing glimpses of this future. Remote work has shown millions of people what it’s like to have more control over their time. The pandemic forced us to slow down and many discovered they preferred the slower pace. Communities are experimenting with universal basic income, four-day work weeks, and cooperative ownership models.

The technology isn’t the barrier—our imagination is.

The Most Important Question

While economists figure out the money and technologists build the systems, we need to tackle the human question: How do we live meaningful lives when our worth isn’t tied to economic output?

This isn’t something that happens to us—it’s something we get to create together. The future of human purpose is being written right now, and every one of us has a voice in that story.

Your turn: If you had those 20 extra hours per week, what would you do that would genuinely make you happier? And what’s one small thing from that list you could start doing this week?

The conversation starts here. What are your thoughts?

The Great Question: What Will We Wake Up For?

There’s a question that’s been haunting conversations in boardrooms, coffee shops, and academic circles—one that deserves more attention than it’s getting. As AI rapidly transforms every sector of the economy, we’re facing an unprecedented challenge that goes far beyond economics: What will give people a reason to wake up in the morning when there’s little productive work left for humans to do?

This Time Really Is Different

We’ve weathered technological disruptions before. The printing press displaced scribes. Industrialization transformed agriculture. Computers revolutionized office work. But AI is categorically different in two crucial ways that make historical analogies inadequate.

First, it’s universal. Previous technological revolutions were sector-specific. Displaced agricultural workers could move to factories. Factory workers could transition to service jobs. But AI is hitting everywhere simultaneously—lawyers, radiologists, customer service representatives, accountants, writers, drivers, analysts, and teachers all at once. There’s no “safe” sector to transition into.

Second, the timeline is compressed. We’re not talking about generational change anymore. The acceleration from GPT-3 to GPT-4 to widespread deployment happened in just a few years. Companies are already automating white-collar work at scale, and the economic pressure to follow suit is immediate. We’re looking at significant job displacement in years, not decades.

Unlike previous disruptions where you could move geographically or retrain for emerging fields, AI deployment is global and instantaneous. Someone could retrain for a new career only to find that field automated before they’ve even finished their certification.

Beyond Economics: The Crisis of Meaning

Guaranteed Basic Income and similar policies address the survival problem, but they don’t touch the deeper issue: work provides more than income. For most people, it provides identity, social connection, daily structure, and a sense of contribution to something larger than themselves.

When that disappears rapidly—across all sectors—we’re not just facing economic disruption. We’re facing a potential crisis of meaning on a scale humanity has never experienced.

One thoughtful perspective suggests that humans function as conduits, transforming inputs into changed realities. This framing hints that purpose might come from being agents of change rather than producers of goods. But what does that actually look like in practice?

The Utopian Vision and Its Limits

The optimistic scenario envisions people diving deeper into creative pursuits, relationships, community building, and personal growth. A renaissance of philosophy, art, spirituality, and human connection. Work focused on inherently human activities—caring for the environment, preserving culture, taking care of each other.

But this vision may be naive. It assumes people will naturally find fulfillment when freed from work’s constraints. Yet meaning often emerges from constraint, challenge, and necessity. What if removing the structure and purpose that work provides doesn’t liberate human potential but leaves people adrift?

Research on post-work societies raises uncomfortable questions about whether people might “unlearn a lot,” “lose the anchor point that ties them to reality,” or simply “get very bored” without productive work to organize their lives around.

The Real Challenge: Designing for Purpose

The conversations happening today focus heavily on economic mechanisms—UBI, retraining programs, tax policies. But they largely sidestep the existential question at the heart of this transformation.

Perhaps the answer isn’t in predicting what people will naturally do with their time, but in consciously designing social structures that actively cultivate purpose. Not just income support, but meaning support.

This might involve:

• New institutions focused on human development and fulfillment
• Community structures that create meaningful roles and responsibilities
• Ways to channel human energy into locally valuable work that people want humans to do, even if AI could do it
• Systems that help people find identity and connection outside of traditional employment

An Unfinished Conversation

The striking thing about asking people this question is the lack of concrete answers. Most acknowledge the problem but struggle to envision solutions. We’re collectively grappling with something unprecedented, and the usual frameworks don’t apply.

The speed and universality of AI advancement mean we might not have the luxury of gradual adaptation that previous generations enjoyed. We need to start this conversation now—not just about how to manage the economic transition, but about how to preserve human dignity, purpose, and meaning in a world where human labor becomes increasingly optional.

The question remains: In a world where AI can do most of what we currently consider “work,” what will give hundreds of millions of people a reason to wake up in the morning? The answer will likely determine whether this technological revolution becomes humanity’s greatest liberation or its greatest crisis.

What’s your take on this challenge? How do you think we can preserve human purpose in an automated world? The conversation is just beginning, and every perspective matters.

How AI Can Complement Traditional Life Coaching: The Best of Both Worlds

In today’s rapidly evolving digital landscape, artificial intelligence has made remarkable strides in numerous fields—including personal development and coaching. But does this mean human life coaches are becoming obsolete? Far from it. Instead, we’re witnessing the emergence of a powerful synergy where AI and traditional coaching complement each other, creating opportunities for deeper growth and more accessible support.

The Human Touch: What Traditional Life Coaching Offers

Traditional life coaching brings irreplaceable human elements to the personal development journey:

Emotional intelligence and empathy. Human coaches excel at reading subtle emotional cues, understanding the nuances of personal struggles, and responding with genuine empathy. They can sense when a client is holding back or when there’s more beneath the surface of what’s being said.

Intuitive guidance. Experienced coaches often rely on intuition developed through years of practice—knowing when to push clients outside their comfort zones and when to offer compassion instead of challenges.

Relational accountability. The coach-client relationship itself becomes a powerful motivator. Many clients report that they follow through on commitments partly because they don’t want to disappoint their coach who believes in them.

Customized approaches. Skilled coaches adapt their methodologies based on the client’s unique personality, learning style, and specific life circumstances.

The AI Advantage: New Dimensions in Coaching

AI coaching tools bring their own distinct strengths to the table:

24/7 availability. Unlike human coaches who need rest and have limited availability, AI coaching platforms can offer support at any hour—perfect for those midnight moments of inspiration or crisis.

Judgment-free space. Some clients feel more comfortable sharing certain struggles or thoughts with an AI that won’t judge them, especially in the early stages of addressing sensitive issues.

Data-driven insights. AI can track patterns in behavior, mood, and progress over time with remarkable precision, spotting trends that might be missed in weekly human coaching sessions.

Affordability and accessibility. While traditional coaching remains financially out of reach for many, AI tools can democratize access to basic coaching support at a fraction of the cost.

The Best of Both Worlds: An Integrated Approach

Rather than viewing AI and human coaching as competitors, forward-thinking practitioners are developing integrated models that leverage the strengths of both:

AI for daily support, humans for breakthrough moments. Many clients benefit from having AI tools for daily check-ins, habit tracking, and routine exercises, while reserving human coaching sessions for deeper work, strategy development, and navigating complex emotional territory.

Data-informed human coaching. Imagine arriving at your coaching session where your coach has already reviewed the patterns identified by your AI coaching tool—allowing for more targeted and efficient use of your time together.

Scaling personalized support. Coaches who embrace AI can extend their reach, supporting more clients by delegating routine aspects of coaching while focusing their human attention where it adds the most unique value.

Progressive autonomy. The combination can create an effective pathway from high-support to self-sufficiency—starting with regular human coaching, transitioning to a mix of human and AI support, and eventually using primarily AI tools with occasional human check-ins.

Real-World Applications

This integrated approach is already showing promise in several domains:

Career transitions. Clients use AI tools to explore potential career paths, practice interview questions, and maintain daily motivation, while human coaches help navigate the emotional journey and develop personalized strategies.

Health and wellness. AI trackers monitor habits and provide regular reminders, while human coaches help clients understand their deeper relationship with food, exercise, or self-care.

Productivity and business coaching. AI tools excel at tracking metrics and providing accountability, while human coaches help entrepreneurs align their business decisions with their values and vision.

Getting Started With an Integrated Approach

If you’re interested in exploring this best-of-both-worlds approach:

1. Begin by clarifying your goals and the areas where you feel you need the most support
2. Research AI coaching tools designed for your specific needs
3. Find a human coach who is open to incorporating technology into their practice
4. Create a clear plan for how the human and AI elements will complement each other
5. Regularly evaluate what’s working and adjust your approach accordingly

The future of coaching isn’t about choosing between human connection and technological advancement—it’s about thoughtfully integrating both to create more effective, accessible, and personalized growth experiences. By embracing the strengths of both AI and traditional coaching, we can truly experience the best of both worlds.

Conclusion

As AI continues to evolve, the partnership between human coaches and intelligent technology will only grow more sophisticated. The coaches who thrive will be those who view AI not as a threat but as a powerful ally that allows them to focus on what humans do best—connecting deeply, inspiring growth, and bringing wisdom and perspective that comes uniquely from human experience.

The winning combination isn’t human or AI—it’s human and AI, working together to unlock new possibilities for personal transformation.

Last night, I gave a webinar on deep research forecasting, bias mitigation, and fact-checking when working with large language models. Among the guidelines I shared was a recommendation that caught some attention: construct your conversations with AI models like GPT by starting with wider-lens questions before progressively narrowing your focus.

During the Q&A session, an attendee raised an interesting question: “Why can’t we just put our full prompt in one time? Wouldn’t that be more efficient?”

It’s a fair question—and one that deserves a thoughtful response. The answer lies not just in optimizing AI outputs, but in recognizing the remarkable potential that emerges when human and machine intelligence work together in a genuinely collaborative process. This approach isn’t merely about getting better responses from AI—it’s about creating a synergy between two different forms of intelligence to achieve what neither could accomplish alone.

True Augmented Intelligence: The Power of Two Minds

Augmented intelligence is not about humans directing AI or AI enhancing humans independently—it’s about creating a genuine partnership where both forms of intelligence contribute their unique strengths:

• Human Intelligence: Critical thinking, contextual understanding, ethical judgment, creative direction, and domain expertise
• AI Intelligence: Pattern recognition, rapid information processing, connection-making across vast knowledge bases, and language generation

The progressive conversation approach creates the ideal conditions for this partnership to flourish. Rather than treating AI as a simple tool to be prompted correctly, this method establishes a collaborative thinking space where ideas can evolve through meaningful exchange.

Why Progressive Conversations Create Better Results

The progressive approach optimizes both AI performance and human-AI collaboration in several ways:

1. Enhanced AI Understanding: Starting with broader questions allows the AI to establish a stronger foundational understanding before addressing specifics.
2. Human Agency and Direction: Each step creates space for human evaluation and course correction, keeping human judgment at the center of the process.
3. Emergent Insights: The back-and-forth exchange often surfaces unexpected connections and perspectives that neither human nor AI would have identified independently.
4. Balanced Attention: Breaking complex queries into steps helps the AI focus appropriately on each element rather than prioritizing certain aspects at the expense of others.
5. Nuanced Exploration: Progressive narrowing allows for deeper investigation into areas that prove most fruitful during the conversation.
6. Learning Through Dialogue: Both the human and the AI develop better understanding through the iterative process, building on each response to create richer insights.

A Real-World Example of Augmented Intelligence in Action

Let’s compare approaches to see how augmented intelligence emerges through progressive conversation:

One-Shot Approach: “Analyze the impact of climate change on agriculture in Southeast Asia, including economic implications, adaptation strategies for small farmers, government policy recommendations, and compare with other tropical regions, providing detailed statistical evidence, while ensuring you avoid Western-centric perspectives and consider indigenous farming practices.”

Result: A comprehensive but potentially shallow response where the AI makes all the connections independently, with limited opportunity for human direction or insight integration.

Progressive Augmented Intelligence Approach:

1. Human: “What are the major climate change impacts affecting agriculture globally?”
   • AI provides foundation of knowledge
   • Human evaluates, identifies gaps or bias in the response
2. Human: “How are these impacts specifically manifesting in Southeast Asia?”
   • AI applies global knowledge to regional context
   • Human contributes regional expertise or redirects if needed
3. Human: “What economic implications do these changes have for small-scale farmers in the region?”
   • AI identifies patterns across economic data
   • Human brings in ethical considerations and prioritization
4. Human: “I notice indigenous farming practices haven’t been addressed. How might traditional knowledge contribute to adaptation strategies?”
   • Human directs exploration to an overlooked area
   • AI connects traditional practices to modern challenges
5. Human: “Based on our discussion, what approaches seem most promising for policy development?”
   • Together, human and AI synthesize insights from the entire conversation
   • Human applies contextual judgment to AI’s pattern recognition

The progressive approach creates multiple points of human input and direction, while leveraging the AI’s ability to process information and identify patterns. The final outcome reflects a true synthesis of both intelligences rather than either working alone.

Finding Your Optimal Human-AI Partnership

While the progressive approach typically creates stronger augmented intelligence, there are situations where different approaches make sense:

• One-Shot Directions work well for straightforward tasks with clear parameters where human evaluation of the output is sufficient
• Semi-Structured Guidance combining a foundational prompt with follow-up refinement offers a middle ground
• Fully Progressive Dialogues provide the richest collaborative environment for complex, nuanced problems requiring significant human judgment

The most effective approach isn’t about optimizing the AI in isolation, but about creating the right conditions for human and machine intelligence to enhance each other. With practice, you’ll develop an intuitive sense for how to structure conversations that leverage the best of both intelligences for your specific needs.

Embracing the Augmented Future

As AI capabilities continue to advance, the most powerful applications won’t come from AI working independently or from humans merely directing AI as a tool. The greatest potential lies in creating genuine intellectual partnerships where human and machine intelligence augment each other.

The progressive conversation approach I described in my webinar isn’t just a technique for getting better AI outputs—it’s a framework for creating true augmented intelligence. By maintaining meaningful human involvement throughout the process while leveraging AI’s unique capabilities, we create a synergy where the whole truly becomes greater than the sum of its parts.

In this framework, AI becomes not just a tool we optimize but an intellectual partner we collaborate with. The conversation itself becomes the medium through which augmented intelligence emerges—something neither human nor AI could achieve independently.

What has your experience been with different approaches to human-AI collaboration? I’d love to hear your thoughts in the comments below.

In a world of overwhelming complexity, our brains rely on mental shortcuts—known as heuristics or “rules of thumb”—to navigate daily decisions without becoming paralyzed by analysis. These cognitive tools allow us to make quick judgments based on limited information, enabling efficiency in a world where we face countless choices.

First systematically studied by psychologists Amos Tversky and Daniel Kahneman in the 1970s, heuristics help explain why human decision-making often deviates from purely rational models. While these mental shortcuts serve us well in many situations, they can also lead to systematic errors in judgment—what psychologists call cognitive biases.

Common Types of Heuristics

The Availability Heuristic

The availability heuristic leads us to judge probability or frequency based on how easily examples come to mind. When events are vivid, recent, or emotionally charged, they become more “available” in memory and thus seem more common than they actually are.

Examples:

• After media coverage of shark attacks, beach attendance drops, despite the extremely low statistical risk
• Doctors sometimes overdiagnose conditions they’ve recently seen or studied
• Investors often give undue weight to recent market performance

The Representativeness Heuristic

This shortcut involves judging probability based on how similar something is to our mental prototype. If something matches our mental image of a category, we assume it belongs to that category.

Examples:

• Assuming someone wearing a lab coat is a doctor
• Believing that a company with a well-known brand must be financially stable
• Expecting that a sequence of coin flips should “look random” (avoiding patterns)

The Anchoring Heuristic

Anchoring causes us to rely too heavily on the first piece of information we encounter (the “anchor”) when making decisions.

Examples:

• The first price mentioned in negotiations strongly influences the final outcome
• Product pricing strategies that show the “original” higher price alongside the sale price
• Performance reviews influenced by first impressions

The Affect Heuristic

This mental shortcut involves making judgments based on emotional reactions rather than careful analysis.

Examples:

• Perceiving lower risk in activities we enjoy
• Making purchasing decisions based on brand sentiment
• Evaluating political candidates based on likability rather than policies

Why We Rely on Rules of Thumb

Heuristics aren’t flaws in human cognition—they’re adaptations that evolved for good reason:

1. Cognitive efficiency: They conserve mental resources in a world of information overload
2. Speed: They allow for rapid decisions when time is limited
3. Simplification: They make complex problems manageable
4. Pattern recognition: They help us identify meaningful patterns in noisy data

In ancestral environments with limited information, these shortcuts were often adaptive. However, in our information-rich modern world, these same mental processes can sometimes lead us astray.

Heuristics in the Age of Artificial Intelligence

Interestingly, artificial intelligence systems can develop their own versions of heuristics and biases. Machine learning algorithms, trained on human-generated data, often internalize and sometimes amplify the shortcuts present in their training data.

For example:

• Recommendation systems may overemphasize popular content (a form of availability bias)
• Language models may make predictions based on superficial patterns that resemble human representativeness heuristics
• Decision-making algorithms may give undue weight to certain features, similar to anchoring effects

Addressing Heuristic Biases Through Human-AI Collaboration

Human-in-the-loop approaches offer promising strategies for mitigating biases that arise from both human and AI heuristics:

1. Complementary Strengths

AI systems can be designed to flag potential heuristic biases in human decision-making, while human oversight can identify when AI systems are exhibiting their own algorithmic shortcuts. This complementary relationship creates a system of checks and balances.

2. Structured Decision Protocols

Combining human judgment with AI analysis through structured protocols can reduce the impact of heuristic biases. For example, having humans and AI independently evaluate the same data before comparing conclusions can highlight where availability or representativeness shortcuts might be influencing either party.

3. Diverse Review Mechanisms

Establishing diverse teams of human reviewers who evaluate AI outputs can help identify when systems are exhibiting heuristic-based biases. People with different backgrounds and expertise bring different mental shortcuts to the table, making it more likely that problematic patterns will be identified.

4. Counterfactual Thinking

Human-in-the-loop approaches can incorporate structured counterfactual analysis: “What if our assumptions are wrong?” Human reviewers can be trained to deliberately consider alternative scenarios that might not be as mentally available to either themselves or the AI system.

Conclusion

Rules of thumb are fundamental to how humans—and increasingly, AI systems—navigate a complex world. These heuristics offer efficiency and speed but come with predictable blind spots. By understanding the mental shortcuts that shape our judgments, we can develop strategies to leverage their strengths while guarding against their limitations.

The future of decision-making likely lies not in eliminating heuristics, but in creating systems where human intuition and artificial intelligence work together, each compensating for the other’s cognitive shortcuts. Through thoughtful human-AI collaboration, we can work toward decision processes that combine the pattern-recognition strengths of human intuition with the systematic analysis capabilities of computational systems—creating outcomes that neither could achieve alone.

As a Canadian citizen—and as someone who applies critical thinking to my use of ChatGPT—I wanted to analyze the actual tariffs between Canada and the U.S.

There’s a lot of talk about trade imbalances, unfair tariffs, and economic policies, but what are the real numbers? Using ChatGPT’s reasoning tools, I conducted a fact-based comparison of current tariffs each country imposes on the other. The goal was simple: cut through the noise and present a clear, unbiased analysis.

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Current Tariffs Between Canada and the U.S.

Below is a table showing the actual tariff rates currently applied on goods moving in each direction. These figures reflect the current state of trade under USMCA, not future projections or political rhetoric.

Product	Tariff on US Goods Entering Canada (%)	Tariff on Canadian Goods Entering USA (%)
Milk	0-241%	0-17%
Cheese	0-245%	0-12%
Butter	0-298%	0-12%
Poultry	0-238%	0-18%
Eggs	0-163%	0-13%
Barley	0%	0%
Wheat	0%	0%
Sugar	0-8%	0-3%

Tariff ranges reflect variations due to trade agreements, import quotas, and specific product classifications.

Tariff ranges reflect variations due to trade agreements, import quotas, and specific product classifications.

Sources:

1. Canada’s Tariff Schedule (Canada Border Services Agency): https://www.cbsa-asfc.gc.ca/trade-commerce/tariff-tarif-eng.html
2. U.S. Tariff Schedule (U.S. International Trade Commission): https://hts.usitc.gov/
3. USMCA Agreement Trade Rules (Government of Canada): https://www.international.gc.ca/trade-commerce/trade-agreements-accords-commerciaux/agr-acc/cusma-aceum/index.aspx?lang=eng
4. WTO Tariff-Rate Quotas (World Trade Organization): https://www.wto.org/
5. Agricultural Tariff Data (Dairy, Poultry, Sugar) (Canadian Dairy Commission, USDA, and WTO): https://www.dairyinfo.gc.ca/

Three Types of Bias I Mitigated in This Research

In conducting this research, I made sure to avoid three key biases that often distort trade discussions:

1️⃣ Confirmation Bias – Avoiding Pre-Set Assumptions

Many people assume that one country is treating the other unfairly, but political narratives don’t always align with reality (Source: USMCA Agreement [3]). Instead of accepting claims at face value, I used ChatGPT’s reasoning tools to verify actual tariff data.

2️⃣ Selection Bias – Getting the Full Picture, Not Just One Side

Headlines often focus on Canada’s highest tariffs (like dairy, which can exceed 200%) while ignoring the fact that many U.S. goods enter tariff-free (Source: Canada’s Tariff Schedule [1]). This comparison ensures we see both sides of the trade relationship, not just the most extreme cases.

3️⃣ AI Output Bias – Challenging AI to Be More Accurate

AI models like ChatGPT can repeat common misconceptions if we don’t structure our prompts carefully. Instead of asking leading questions, I designed prompts that required ChatGPT to reason through the data, cross-check figures, and present an unbiased breakdown (Source: AI Prompting Methods, OpenAI Research Papers). This approach turned ChatGPT into a fact-finding assistant rather than just a content generator.

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The Value of Critical Thinking in AI-Assisted Research

This project wasn’t just about trade—it was an example of how critical thinking applies to AI tools like ChatGPT.

💡 AI is only as good as the questions we ask it. If we rely on it uncritically, we risk reinforcing our own biases. But when we approach it with skepticism, proper structuring, and fact-checking, we unlock its true potential as a reasoning tool.

By challenging AI to work beyond surface-level responses, we can apply it effectively in research, business, and problem-solving.

#TradeFacts #CriticalThinking #AIandTrade #Tariffs #FactChecking

Are We Trapped in a Digital Hall of Mirrors?

The echo chamber effect is a well-known phenomenon in the digital age—people tend to surround themselves with information that reinforces their existing beliefs while filtering out dissenting views. Social media algorithms, curated news feeds, and even our own search behaviors create a world where we constantly hear echoes of our own opinions.

But now, with AI-driven tools like ChatGPT, there’s a new layer to the echo chamber. AI can either reinforce our biases by mirroring what we already believe, or—if used thoughtfully—it can help us break free by presenting diverse perspectives. The question is: Will AI challenge our thinking, or will it merely serve as another tool for confirmation bias?

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How AI Strengthens the Echo Chamber

It’s easy to assume that AI, being trained on vast amounts of information, provides a balanced perspective. But that’s not always the case. AI often functions within the parameters we set, meaning it can amplify biases rather than challenge them. Here’s how:

1. AI Reflects What We Ask of It
   • If we phrase our prompts in a way that assumes a particular viewpoint, AI is likely to reinforce it.
   • Example: Asking “Why is [X] a terrible policy?” instead of “What are the pros and cons of [X]?” will often yield a response that aligns with our framing.
2. Algorithmic Personalization Feeds Our Biases
   • AI-driven content recommendations (news, videos, social media feeds) cater to what we already engage with.
   • The more we consume one-sided perspectives, the more we are fed the same type of content.
3. Selective Training Data Can Lead to Skewed Results
   • While AI like ChatGPT is trained on diverse data, it doesn’t inherently “know” how to balance biases—it reflects what’s available in the dataset.
   • If the training set contains more content from one ideological perspective, it can unintentionally favor that viewpoint.

In short, if we’re not careful, AI can act as an intellectual mirror, reflecting our beliefs right back at us without introducing fresh perspectives.

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How AI Can Challenge Our Thinking

While AI can reinforce echo chambers, it also has the potential to push us beyond them—if we use it correctly. Instead of allowing AI to confirm what we already think, we can prompt it to introduce contrasting viewpoints and challenge assumptions.

1. Strategic Prompting for Balanced Views
   • Instead of asking for a single answer, request multiple perspectives.
   • Example: Instead of “Why is remote work bad?” try “What are the arguments for and against remote work?”
2. Using AI for Opposing Viewpoints
   • Ask AI to role-play as someone with a different ideological stance.
   • Example: “Explain why someone might disagree with my view on [topic].”
3. Encouraging Critical Thinking Through AI Interactions
   • Challenge AI’s responses by asking:
     • “What are the strongest counterarguments to this view?”
     • “Can you provide real-world examples that support AND contradict this claim?”
   • This approach forces a deeper analysis rather than passive acceptance.

When we proactively engage with AI, it can act as a mental sparring partner rather than just a yes-man repeating our own thoughts.

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Practical Steps to Break Free from the AI Echo Chamber

If we want AI to help us think critically rather than passively consume information, we need to be intentional about how we interact with it. Here are some steps to avoid the AI echo chamber:

✅ Deliberately Seek Contrasting Viewpoints

• When reading AI-generated content, ask for opposing perspectives to avoid one-sided answers.

✅ Ask AI to Generate Counterarguments

• Example: “Give me five reasons why my opinion on [X] might be wrong.”

✅ Verify AI Responses with Credible Sources

• AI is a tool, not an absolute authority—always fact-check key claims.

✅ Use AI to Explore, Not Just Confirm

• Approach AI as a conversation partner for discovery, not just a tool for reinforcement.

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Conclusion: AI is What We Make of It

AI has the potential to either deepen our intellectual silos or open the door to richer, more diverse thinking. The difference lies in how we use it.

If we let AI passively feed us information, we risk becoming even more entrenched in our existing beliefs. But if we use it to challenge our assumptions, ask better questions, and explore different viewpoints, AI can help us become more critical thinkers.

The choice is ours. Will we use AI to echo our own voices or expand our minds?

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What do you think? Have you noticed AI reinforcing or challenging your beliefs? Share your thoughts in the comments!

#CriticalThinking #AIandSociety #EchoChamber #ThinkDeeper

The rise of AI-powered tools like ChatGPT has revolutionized how we work, learn, and communicate. With a few keystrokes, we can generate essays, summarize news articles, draft business emails, and even brainstorm creative ideas. But as AI becomes more integrated into our daily lives, one skill remains irreplaceable: critical thinking.

AI can provide answers, but it’s up to us to ask the right questions, analyze responses, and separate fact from fiction. In this post, we’ll explore how critical thinking is more essential than ever in the age of ChatGPT—and how to ensure we’re thinking smarter, not just faster.

The AI Illusion: Why We Need Critical Thinking More Than Ever

ChatGPT and similar AI tools create the illusion of intelligence. They generate fluent, well-structured responses that sound authoritative—but that doesn’t mean they’re always correct. AI is trained on vast datasets, but it doesn’t “think” like a human. It lacks context, reasoning, and an understanding of truth versus bias.

This is where critical thinking comes in. Without it, we risk:

• Accepting misinformation: AI can confidently generate false or misleading information.
• Over-relying on AI-generated content: Users may stop questioning sources, assuming AI has done the thinking for them.
• Losing the ability to analyze and reason: If we always let AI do the work, we risk weakening our own cognitive abilities.

AI is a tool—not a replacement for thinking. The smarter we are about using it, the more powerful it becomes.

How to Apply Critical Thinking When Using ChatGPT

1. Question the Source and the Data

Before trusting AI-generated responses, ask yourself:

• Where does this information come from?
• Is it based on credible sources, or is it guessing?
• Could there be biases in the data it was trained on?

ChatGPT doesn’t “know” anything—it generates text based on patterns. That means the burden of verification is on us.

2. Look for Logical Fallacies and Inconsistencies

AI can make mistakes in reasoning. When reading AI-generated content, check for:

• Overgeneralizations: “All small businesses should use AI” is too broad a claim.
• False causality: Just because two things are related doesn’t mean one caused the other.
• Contradictions: AI might contradict itself within the same conversation—if that happens, take a step back and reassess.

3. Cross-Check with Reliable Sources

Never rely solely on AI for factual information. Instead:

• Cross-check AI responses with reputable sources.
• Use fact-checking websites like Snopes or official government resources.
• If the topic is critical (health, finance, law), consult a professional.

AI can be a starting point, but it shouldn’t be the final answer.

4. Clarify and Refine Your Prompts

The way you ask questions influences the quality of AI’s responses. Critical thinkers refine their prompts to get better results. Instead of:

❌ “Tell me about AI in business.”

Try:

✅ “What are the top three benefits and risks of AI adoption for small businesses, based on recent trends?”

This forces AI to generate a more specific, relevant answer—and helps you engage in deeper analysis.

5. Engage in a Back-and-Forth Conversation

Instead of accepting AI’s first answer, challenge it. Ask follow-ups like:

• “Can you provide an opposing viewpoint?”
• “What evidence supports this claim?”
• “How does this compare to expert opinions?”

Critical thinking isn’t just about accepting or rejecting AI’s output—it’s about engaging with it meaningfully.

The Future: AI + Critical Thinking = Superhuman Potential

The best thinkers of the future won’t be those who rely entirely on AI, nor those who ignore it. Instead, they’ll be those who combine AI with human intelligence, creativity, and critical reasoning.

By mastering the art of questioning, verifying, and analyzing, we can harness AI’s power without falling into its traps. AI can generate information—but only we can turn that information into wisdom.

Final Thought: Don’t Let AI Think for You—Let It Think With You

ChatGPT is an incredible tool, but it’s not a substitute for critical thinking. By staying skeptical, asking smarter questions, and using AI as an aid rather than a crutch, we can become more informed, more insightful, and more empowered thinkers.

What’s your take? Have you encountered AI-generated misinformation? How do you apply critical thinking when using ChatGPT? Share your thoughts in the comments!

#CriticalThinking #AIandSociety #ChatGPTTips #ThinkSmarter