Sophie RobertsABC's crime comedy-drama High Potential was officially renewed for a third season on 5 March 2026, after Season 2 averaged 12.98 million viewers across platforms and earned a 2.17 rating in the 18-49 demographic — the highest in the series' history. The show, which stars Kaitlin Olson as Morgan Gillory, a woman with extraordinary observational abilities who consults for the LAPD's Major Crimes unit, has become one of the most-watched series of early 2026.
Beyond the entertainment factor, High Potential has sparked a genuine question across Australian living rooms: is Morgan's razor-sharp pattern recognition a superpower — or a skill that anyone can develop?
What Makes Morgan's Brain Different?
At the heart of High Potential is a protagonist whose mind works in a specific way: she notices patterns others miss, makes connections across disparate information, and rapidly distinguishes what's relevant from what isn't. It's a fictionalised version of a very real cognitive skill — analytical reasoning — and neuroscience has a lot to say about it.
Pattern recognition involves multiple brain regions working in concert: the visual cortex processes incoming data, the temporal lobe matches it against stored memories, the prefrontal cortex evaluates and ranks possibilities, and the hippocampus retrieves contextual information to complete the picture. When someone "just sees" a solution that others miss, they're drawing on a finely tuned network of interconnected systems.
Here's the key point: these systems are not fixed. Neural plasticity — the brain's ability to restructure its connections in response to experience — means that pattern recognition, like other cognitive skills, can be strengthened with deliberate practice.
The Science of Trainable Intelligence
The idea that intelligence is a static, inborn trait has been substantially revised by research. Carol Dweck's foundational work on growth mindset at Stanford, alongside decades of cognitive neuroscience research, has established that many of the abilities we associate with "natural talent" are in fact highly trainable.
Analytical thinking — the capacity to break down complex information, identify relationships, and construct logical inferences — is one such ability. Studies show that students who engage in structured logical reasoning exercises, game-based strategy training, and cross-domain problem-solving show measurable improvements in fluid intelligence over time.
In Australia, this research has direct implications for education. The Australian Curriculum, Assessment and Reporting Authority (ACARA) identifies critical and creative thinking as one of the seven general capabilities embedded across all learning areas — precisely because analytical skills are recognised as foundational to academic and professional success across disciplines.
Practical Exercises to Build Analytical Thinking
If you want to strengthen your or your child's analytical reasoning — the kind of thinking that makes Morgan Gillory so compelling — here are evidence-backed approaches:
Logic puzzles and deduction games Classic deduction games (think Cluedo, mystery logic puzzles, or digital equivalents) require the player to form hypotheses, test them against new evidence, and revise their model of reality. This directly mirrors the cognitive process of analytical reasoning. Research suggests even 20 minutes of daily logic puzzle practice produces measurable gains in pattern detection efficiency over 8-10 weeks.
Chess and strategy games Chess training is one of the most studied interventions for cognitive development. A meta-analysis of chess instruction studies found consistent improvements in mathematical problem-solving and spatial reasoning among chess-trained students. Strategy board games and real-time strategy video games exercise similar cognitive muscles — planning, consequence modelling, and multi-variable reasoning.
Cross-domain learning One of the most reliable ways to strengthen pattern recognition is exposure to diverse domains. When the brain encounters similar structural patterns in different contexts — a rhythm in music, a ratio in mathematics, a sequence in genetics — it builds abstraction skills that allow faster recognition across all future domains.
Socratic discussion and questioning Analytical thinking thrives in environments that reward questions over answers. Tutors and educators who use the Socratic method — guiding students to discover conclusions through structured questioning — develop the metacognitive layer: the ability to think about how you think.
When a Tutor Makes the Difference
Structured analytical thinking can absolutely be self-taught. But for students who are struggling to break through a ceiling — whether in mathematics, critical reading, or standardised testing — a skilled tutor can accelerate development significantly.
An experienced tutor diagnoses exactly where a student's reasoning breaks down: is it the initial observation phase? The inference step? The integration of new information with prior knowledge? By targeting the specific weakness in the reasoning chain, a good tutor can produce gains in weeks that self-directed practice might not achieve in months.
This is particularly relevant in Australia's competitive academic landscape, where NAPLAN, selective school entrance exams, and university entrance scores like ATAR all reward higher-order thinking. The capacity to reason analytically under timed conditions is not just an academic asset — it's a performance skill that responds to coaching.
High Potential makes great TV precisely because Morgan's abilities feel both magical and familiar. The truth is closer to the latter: the analytical mind is, in large part, built — not born. Expert Zoom connects Australian students and adult learners with qualified tutors who specialise in analytical and critical thinking development, available online at times that suit your schedule.
