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1. Alibaba releases AI model it claims surpasses DeepSeek-V3

BEIJING (Reuters) - Chinese tech company Alibaba (BABA) on Wednesday released a new version of its Qwen 2.5 artificial intelligence model that it claimed surpassed the highly-acclaimed DeepSeek-V3.

The unusual timing of the Qwen 2.5-Max's release, on the first day of the Lunar New Year when most Chinese people are off work and with their families, points to the pressure Chinese AI startup DeepSeek's meteoric rise in the past three weeks has placed on not just overseas rivals, but also its domestic competition.

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2. ASML Good Number Last Night

ASML hit $1110 at high…-40% correction before bounce.

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3. Semiconductor ETF …Trading Around 200-Day for 6 Months

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4. Diamonds vs. Gold

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5. Average Fed Rate by Decade

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6. Trade Policy Uncertainty…No Shock Here

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7. Betting Markets 77% Chance of Canadian Tariffs

Torston Slok Apollo-Betting markets are telling us something about consensus expectations for the coming months. We can then begin to discuss the macroeconomic consequences.

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8. Strategic Mineral Supply Chain….Not Many American Flags on Map

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9. Inventory of New Construction Homes for Sale

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10. How Sleep Helps the Brain Build Learning Maps

KEY POINTS

• Sleep hygiene fuels neuroplasticity, and quality sleep consolidates new experiences.

• Myelination solidifies learning ensuring neural pathways become faster and more efficient.

• The formation of habits is influenced by the intentions that guide our behaviors

Via Psychology Today: Our brains have an extraordinary ability to adapt and learn, a process known as neuroplasticity. From navigating a new city to mastering a new skill, neuroplasticity allows us to reshape our neural connections in response to experiences. But this process doesn’t work in isolation, and one key ingredient it requires is good sleep hygiene.

Sleep plays a pivotal role in refining the brain’s ability to form and solidify cognitive maps—mental representations of the spaces and connections around us. Recent research has revealed how the brain connects discrete memories into a cohesive map during rest, showcasing the critical interplay between neuroplasticity and sleep.

Neuroplasticity involves several stages, starting with the formation of new neural connections, followed by the strengthening of those connections. A critical part of this process is myelination, in which the myelin sheath—a protective coating around nerve fibers—thickens to improve the speed and efficiency of neural signals. This process ensures that the new pathways become permanent and robust, enabling long-term learning and adaptability.

The Power of Cognitive Maps

When you explore a new city, your brain initially remembers specific locations, like a cozy café or a bustling market. These isolated memories are stored in specialized neurons called place cells in the hippocampus. Over time, weaker neurons, known as weakly spatial cells, act as bridges, connecting these memories into a mental map.

During sleep, these connections are refined, allowing your brain to link locations and form a cohesive geography. For example, Sarah, a student navigating her university campus, initially found it overwhelming to locate her classes. However, after a week of exploration and restful sleep, she could effortlessly guide a friend from the library to the cafeteria, thanks to the cognitive map her brain constructed.

Sleep: The Catalyst for Memory and Learning

Research highlights how sleep consolidates learning by replaying experiences in the brain. This replay refines neural connections, making them more precise and efficient. Mohammed, an engineer preparing for an exam, experienced this firsthand. After implementing a strict sleep hygiene routine, he found that reviewing his notes before bed helped him recall critical information effortlessly the next day. Sleep provided his brain with the opportunity to strengthen the pathways needed for retention.

Neuroplasticity isn’t just about remembering spaces; it’s also crucial for forming habits. Jasmine, a professional striving to establish a morning exercise routine, struggled to make it stick. However, when she prioritized consistent sleep, her brain began reinforcing the habit through plastic changes during rest. Over time, waking up for her workout became second nature, demonstrating how sleep transforms intentions into automated behaviors.

The Science of Latent Learning

A recent study from MIT’s Picower Institute showed that sleep allows the brain to encode meaningful maps of space. When mice explored mazes without rewards, their brains initially registered individual locations. But after several days of exploration combined with sleep, weakly spatial cells stitched these discrete memories into a cohesive cognitive map. The role of sleep hygiene is further explored by Leah Irish, et al (2014) in a review of empirical evidence.

The role of latent learning—learning that occurs without immediate rewards—relies heavily on sleep-dependent neuroplasticity. Interestingly, mice deprived of sleep failed to form these maps, highlighting the irreplaceable role of rest in learning. Sleep enables the brain to organize and refine information, creating a foundation for navigation, planning, and problem-solving.

The Role of Myelination in Learning

One of the most fascinating aspects of neuroplasticity is myelination, the process of strengthening neural pathways. As we repeatedly use a new connection—remembering a route, mastering a skill, or building a habit—myelination thickens the protective sheath around neurons, ensuring faster and more reliable communication. This crucial process is impaired by insufficient sleep, leaving new learning fragile and incomplete.

Neuroplasticity in Everyday Life

Neuroplasticity and sleep intersect in countless aspects of daily life, from learning and memory to habit formation and emotional regulation. Here’s how you can leverage this connection:

1. Prioritize Sleep. Aim for 7-9 hours of quality sleep each night to ensure your brain has time to consolidate and refine new learning.

2. Engage in Exploration. Allow yourself to explore new environments and ideas without immediate goals or rewards. Trust that your brain will make sense of the experiences during rest.

3. Repeat and Rest. Repetition strengthens neural pathways, but sleep is what solidifies them. Alternate periods of focused practice with restorative sleep for optimal results

Conclusion

Our brains adapt and learn, which allows us to reshape our neural connections in response to experiences. But this process requires sleep hygiene. The brain’s ability to adapt and grow is a testament to its resilience and complexity. Whether it’s finding your way, mastering your studies, or establishing healthy habits, neuroplasticity and sleep work hand in hand to help us navigate life’s challenges.

Rest isn’t a luxury; it’s a necessity. Sleep fuels the brain’s ability to create, refine, and maintain the connections that define us and what we can achieve. Let's sleep better to shape mental maps, build habits, and drive our potential to new heights.

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