Marie Curie embodied the intersection of precise analysis and surprising problem-solving power: she combined rigorous methodology with mental agility. This combination – focus plus flexibility – determines how we solve complex problems today. Interestingly, men and women show somewhat different distributions of creative strengths. Those seeking high performance should be aware of these nuances – not to stereotype, but to specifically activate potential.

Creative problem-solving is more than just "being creative." It encompasses divergent thinkinggenerating many unusual ideas and convergent thinkingselecting the best solution from possibilities. Also important are cognitive flexibilityquickly switching between strategies, sustained attentionmaintaining attention, and inhibitory controlfiltering out distractions. According to research, gender differences affect less the mean than the variability: men display greater variability in some domains, meaning more extremes both upwards and downwards, while women often show more stable and uniform profiles. For practice, this means: talents are broadly distributed – the art lies in recognizing and nurturing the respective profile.

Creative competence is a performance and health factor. Mindfulness practices can modulate attention control and flexibility, reducing mental exhaustion and enhancing decision quality. A brief intervention showed improved sustained attention and inhibition-related response control, although there was no effect on convergent problem solving ^[1]. In a four-week mindfulness intervention, perceived stress decreased, and cognitive flexibility increased, which suggests more resilient problem-solving in everyday life ^[2]. Music training promotes neuroplastic connections between auditory and motor networks, which can support multisensory integration and thus creative restructuring ^[3]. Taken together, a picture emerges: those who maintain their attention mechanics and neural networks create the basis for sustainable energy, clearer thinking, and a more robust stress physiology – central building blocks for high performance and longevity.

In an experiment comparing short mindfulness practice to an active control task, the mindfulness group showed faster reaction times and less mind-wandering in a sustained attention task, as well as better performance in an inhibition paradigm; however, there was no advantage in convergent problem solving ^[1]. The relevance: briefly focusing mindfully improves attention architecture, but not automatically the final solution selection – a hint that different components of creativity should be trained separately. A four-week intervention with breath meditation compared to music therapy found reduced stress perception and improved cognitive flexibility, while attention and inhibition measures, as well as HRV, remained unchanged; at the same time, the hurdle of long-term adherence was evident ^[2]. Practically speaking, this means: continuity is the lever – and flexibility is particularly trainable. Additionally, music education offers a natural "neurotraining": repeatedly coupling motor actions to acoustic and visual patterns strengthens fiber connections like the arcuate fasciculus and multimodal integration areas; such plasticity is associated with sensorimotor and cognitive gains ^[3]. For creative problem-solving, this bilateral, interconnected activity is valuable because it facilitates rapid switching between representations. Finally, a study on gender variability indicates that men show greater variability in divergent and creative problem-solving performance, with only minor differences in the mean; the patterns are somewhat domain-specific, with pronounced effects in the figural domain ^[4]. Relevance: training and team designs benefit from considering individual profiles instead of purely average values.

- Daily 10-Minute Mindfulness: Set a fixed slot (e.g., after waking up). Count breaths for 3 minutes, then focus openly on body sensations for 4 minutes, and return to the breath for 3 minutes. Goal: less mind-wandering and better inhibitory control, as short interventions show ^[1]. For flexibility, a four-week block with daily practice is recommended; this approach reduced stress and increased cognitive flexibility ^[2].
- Micro-transitions in daily life: Before important decisions, spend 60 seconds focusing on your breath; then write down a question: "What second perspective am I overlooking?" This links inhibition with cognitive flexibility, transferring study results into meetings and deep work phases ^{[1] [2]}.
- Bilateral brain training through music: Start with 15 minutes of instrumental practice, 5 days a week. Starting options: digital keyboard or ukulele. Combine seeing (notation/tabs), hearing (metronome/tracks), and motor skills (finger sequences). The goal is to strengthen auditory-motor networks and multimodal integration that supports creative reframing ^[3].
- Make learning progress visible: Choose a simple etude and measure tempo/error rate weekly. Objective feedback fosters plasticity through targeted repetition ^[3].
- Creative problem-solving workshops: Book formats that train divergent and convergent thinking separately and address gender-specific variability. Tasks in figural and verbal domains are valuable for making individual strengths visible ^[4].
- Team design for high performance: Structure tasks so that generative phases (idea generation) and selective phases (focusing) occur separately. Use heterogeneous teams and measure output by domain (verbal vs. figural), rather than evaluating "creativity" in general ^[4].

The coming years will clarify how different components of creativity – attention, inhibition, flexibility – can be finely tuned for training and what doses of mindfulness are optimal for this ^{[1] [2]}. Meanwhile, neuroplastic training through music is expected to be tailored more precisely to cognitive goals, including personalized protocols based on creativity domain and individual variability ^{[3] [4]}.