Trucker Tom888

living, learning, and laughing 😃
I run the roads of America in Firetrucks 🚒 🇺🇸 🎶 ✨️ Learning to day trade options cause I need more diversity & stress😁

[Trucker Tom888 @tgrasp]

@Jake__Wujastyk

[Trucker Tom888 @tgrasp]

@Jennifer55gt Coin purse 👛

[Trucker Tom888 @tgrasp]

@HormuzLetter Other smarter than I guess he thinks

[Trucker Tom888 @tgrasp]

@HormuzLetter Dump city. Every day..

[Trucker Tom888 @tgrasp]

@TaraBull Nordic

[Value Investing Edge @StonkValue]

Best buys in the market right now:

1. $TE - Engaged in building domestic supply chain for solar industries and batteries.

2. $ONDS - Multidomain autonomous systems platform across drones, counter-drone systems, border security, critical infrastructure protection.

3. $PENG - Specialized AI factory platform serving enterprises, sovereign AI programs, neocloud providers, and high-performance computing customers that need complex infrastructure deployed at scale.

4. $OSS - Builds high-performance compute and storage systems for harsh environments where real time decision needs to happen.

5. $RCAT - Another strong play in the drone sector. Investors are betting on rapid defense-drone adoption after its 849% YoY Q1 revenue growth. Future catalysts from U.S. defense spending and scaling military production.

6. $UMAC - It supplies FPV/drone components and reported Q1 2026 revenue of $8.1M, up 296% YoY. Watch for possible Trump/Pentagon drone funding.

7. $HYLN - Hyliion sits at the intersection of four powerful narratives: AI data-center power shortages, defense autonomy, fuel-flexible distributed generation, and cleaner onsite energy.

8. $DRAM - Cleanest ETF play on the AI memory bottleneck. The fund gives direct exposure to companies producing and supplying HBM, NAND, and DRAM.

9. $AXTI - Seems to be a major player in building next generation data centers. The company is a manufacturer of compound semiconductor substrates, particularly indium phosphide (InP) wafers which is critical for high speed optical lasers in AI datacenters

10. $AAOI - Makes high-speed optical transceivers used inside AI data centers to move massive amounts of data between GPUs, servers, and networking equipment.

Bookmark for research and invest in the best ones!

[Trucker Tom888 @tgrasp]

@TradersRetreat Got kicked in ass early yesterday, with the largest 1 day loss in a while. Ouch.

[Trucker Tom888 @tgrasp]

@Cantal_Capital Pltr 2.0

[Trucker Tom888 @tgrasp]

@TradersRetreat You Buying SPACEX ?

[Massimo @Rainmaker1973]

Your brain can literally rewire itself to enable true multitasking with enough practice.

For decades, scientists believed the human brain was incapable of performing two complex tasks simultaneously. Instead, it was thought to rapidly switch attention between them, creating only the illusion of multitasking.

A groundbreaking new study challenges that long-held view. Researchers discovered that with intensive repetition, the brain can “outsource” a well-learned task to a different region, allowing it to run almost automatically while freeing up cognitive resources for other demands.

In the experiment, participants spent five to ten weeks sorting computer-generated images of cars, completing more than 30,000 trials. At the start, the task heavily engaged the prefrontal cortex, the brain’s executive control center responsible for attention and decision-making.

After extensive training, brain imaging revealed a striking shift: activity moved away from the prefrontal cortex and into the temporal cortex, a region involved in object recognition and long-term memory. The once-demanding task had become largely automatic.

This neural reorganization helps explain how experienced drivers can hold conversations while navigating busy roads, how musicians can play intricate pieces while reading sheet music, and how athletes execute complex movements with seemingly little conscious effort.

The study also found significant individual differences, some people’s brains made this transition much faster than others.

[Cox, P. H., Scholl, C. A., Laws, M. L., Jaimes, N. E., Jiang, X., & Riesenhuber, M. (2026). Extensive Experience Remodels Neural Task Circuitry to Escape the Frontal Bottleneck and Increase Automaticity of Categorization. Journal of Cognitive Neuroscience. DOI: 10.1162/jocn_a_2618]

[Trucker Tom888 @tgrasp]

@TradersRetreat I concur

[Trucker Tom888 @tgrasp]

@TradersRetreat Lol 😆 🤣 😂 😹 😆

[peepeepoopoo @DeepDishEnjoyer]

honestly this video taught me more about markets than any benjamin graham book ever did

[Trucker Tom888 @tgrasp]

@TradersRetreat Alrighty

[Trucker Tom888 @tgrasp]

@PaperGainsInc Bam!

[Trucker Tom888 @tgrasp]

@Bigkev451 You right ✅️

[Trucker Tom888 @tgrasp]

@t0mbfx I, I,I, what about, me, me , me?

[Trucker Tom888 @tgrasp]

@StockSavvyShay @grok

[Trucker Tom888 @tgrasp]

@Bigkev451 Humans, huh?