Jettpakk, Inc.

08/30/2026

Don’t give up! Just look at The Savannah Bananas!

A man sold everything he owned to keep a baseball team from folding.

He and his wife moved into a rundown duplex with no bed. They slept on an air mattress. One night, a cockroach crawled across his face while he slept. Neighbors said the team would never sell a ticket.

The team sold out its very first game anyway. Every home game has sold out since that night in 2016.

This week, they sell out an NFL stadium too.

08/25/2026

From leading a classroom, congregation, or corporation, these are KJ’s Four “R” Steps to Leadership of a Group:

It’s a strong leadership framework because it moves logically from connection → purpose → structure → growth. At each stage, there are key questions you must answer to the group whether articulated directly by the group or not.

1. Relationship — “Who are you, and do you care about me?”
Leadership begins with trust. Before people are willing to follow your direction, they need to know that you see them, value them, and genuinely care about their success. Whether you’re a teacher, pastor, or executive, people respond to leaders who build authentic relationships.

2. Relevance — “Why does this matter to me?”
People need to understand the why. How does this connect to their lives, goals, values, responsibilities, or purpose? A leader helps people see that what they are being asked to do isn’t simply busywork—it has meaning.

3. Rules — “What common ground will help us interact safely and grow?”
Healthy groups need boundaries and shared expectations. Rules aren’t simply about control; they create predictability, safety, accountability, and respect. Everyone should understand what it means to participate and how the group will treat one another.

4. Rigor — “Is this a stretch, but still possible?”
Great leaders don’t simply make people comfortable—they help people grow. Rigor means setting expectations that challenge people without setting them up for failure. The goal is productive struggle: “This is hard, but I believe you can do it, and I’m going to help you get there.”

The progression

Relationship earns trust.
↓
Relevance creates buy-in.
↓
Rules create safety and structure.
↓
Rigor creates growth.

And I think there is a particularly powerful leadership message underneath all four:

People will go farther for a leader who makes them feel known, helps them understand why the journey matters, gives them a safe framework for the journey, and believes they are capable of reaching something that stretches them.

08/10/2026

Just wanted to provide a bit of encouragement to those who have or are dealing with .

You don’t need to “fake it until you make it.”
You can “be it until you become it.”

There’s a subtle but important difference.

“Fake it until you make it” can leave you constantly performing a version of yourself you don’t yet believe you are. And when the gap between who you are and who you think you’re supposed to be feels too wide, that performance can fuel imposter syndrome.

“Be it until you become it” is different.
It’s about recognizing that excellence isn’t a switch you flip. It’s something you grow into.

You can be a leader while you’re still learning to lead.
You can be an expert while you’re still expanding your expertise.
You can be confident while still having moments of doubt.
You can belong in the room while still growing into the person who commands it.

The goal isn’t to pretend you’ve arrived.
It’s to acknowledge the evidence that you’re becoming.

Every small win.
Every lesson learned.
Every uncomfortable stretch.
Every time you handle something today that would have overwhelmed you yesterday.

Those incremental gains count.
So don’t fake it.

Be it. Practice it. Grow into it. Become it.

Excellence isn’t about pretending you’re already there.
It’s about becoming, one step at a time, the person who eventually is. 💓

08/09/2026

Childhood trauma physically alters how cells produce energy, forcing mitochondria into a state of chronic, damaging hypermetabolism, new study shows.

How does childhood trauma translate into lifelong physical and mental illness? A pioneering UCLA study published in Biological Psychiatry offers a compelling cellular explanation: early-life adversity fundamentally alters mitochondria, the powerhouses of our cells.

By conducting stress tests on live immune cells from adult volunteers, researchers discovered that those who experienced childhood abuse or neglect had mitochondria with an elevated capacity to produce energy. While this hyperactive state—known as hypermetabolism—helps cells quickly cope with immediate stress in the short term, running this cellular engine constantly in the red zone over decades can prematurely wear out the cells, accelerating age-related diseases.

Crucially, the study shows that different types of trauma leave distinct biological scars. While experiences of threat and abuse prepare cells to brace for future stress by altering routine energy demands, experiences of deprivation and neglect lead to highly inefficient energy production. This cellular dysfunction suggests that trauma is not a monolithic experience, and its biological footprint is highly nuanced. By revealing these distinct cellular pathways, researchers hope to design highly targeted early interventions that can protect mitochondrial health and break the link between early hardship and chronic adult disease.

source: Cleveland, S., Carroll, J. E., Montoya, A. K., Cha, L., Stiles, L., & Sumner, J. A. (2026). Early-Life Adversity and Mitochondrial Function: Comparing Cumulative Risk and Dimensional Models of Adversity. Biological Psychiatry.

08/07/2026

Speak your feelings.

The highest form of intelligence, according to some researchers, isn't logic, speed, or memory.

It's metacognition, the ability to think about your own thinking.

Metacognition is the brain watching itself. When you "notice yourself thinking," the spotlight turns inward.
You stop being inside the thought. You start examining it.

Neuroscientists have found that during this kind of self-observation, a region in the anterior prefrontal cortex becomes more active.

In plain terms: you have a neural system specifically designed for self-observation. Your brain can study its own code in real time.

A practical example: simple emotion labeling. Saying "I'm anxious" or "I'm angry" changes what the brain is doing. Not metaphorically. Literally.

Research from UCLA suggests that labeling an emotion engages regulatory regions in the prefrontal cortex and dampens activity in the amygdala, the brain's alarm system.

Naming your inner state shifts brain activity.
Awareness itself can alter the pattern.

While metacognition is the ability to think about your own thinking, memory reconsolidation is the ability to recall and edit your own memories.

When you recall an event, the memory becomes temporarily malleable.
For a short window, new context or emotional meaning can be added.
You're not erasing the past.
You're updating how it's stored and remembered.

That is metacognition applied to past experiences.

This is the exact reason reason why some forms of therapy work.
It changes the meaning attached to remembered experience.
The memory stays. The grip it has on you loosens.

Put it together and the picture is striking:
→ You can observe your own thinking.
→ Naming a feeling shifts your brain.
→ Recalling a memory makes it editable.

You are not stuck with your default reactions. You have leverage on them, if you notice them.

So the next time you catch yourself saying:
"Wait, why did I react like that?"
That moment is not trivial.
It's metacognition at work.
And it's often the first step in rewriting what you do next.

We spend our lives inside our thoughts. That single move, noticing instead of reacting, is the difference between living on autopilot and living on purpose.

Your brain is already equipped for it. All you have to do is use it.

Fleming, S. M., & Dolan, R. J. (2012). The neural basis of metacognitive ability. *Philosophical Transactions of the Royal Society (1594), 1338-1349.
https://pmc.ncbi.nlm.nih.gov/articles/PMC3318765/

Lieberman, M. D., Eisenberger, N. I., Crockett, M. J., Tom, S. M., Pfeifer, J. H., & Way, B. M. (2007). Putting feelings into words: Affect labeling disrupts amygdala activity in response to affective stimuli, 421-428.
https://sanlab.psych.ucla.edu/wp-content/uploads/sites/31/2015/05/Lieberman_AL-2007.pdf

Nader, K., Schafe, G. E., & LeDoux, J. E. (2000). Fear memories require protein synthesis in the amygdala for reconsolidation after retrieval. (6797), 722-726.
https://www.nature.com/articles/35021052

07/31/2026

We need an intervention.

🎓 A Growing Gap in Readiness

College professors across the country say more incoming students show up without the basic skills needed for entry level courses. Faculty describe a sharp drop in proficiency, with students struggling on math and science concepts that used to be locked in by middle school or early high school. Universities are rewriting curricula and adding remedial support to keep failure rates down in courses that used to be routine.

📉 Specific Skills in Decline

The gaps show up most in algebra, fractions, and basic scientific reasoning. Professors say students who once breezed through calculus or chemistry now trip over operations they should have learned years earlier. Faculty point to a few recurring problems:
* Trouble doing fraction or decimal operations without a calculator.
* Confusion over order of operations and basic algebraic manipulation.
* Difficulty reading simple graphs or applying scientific methods to a problem.
* Weak logical reasoning on multi step problems.

⚠️ Causes of the Academic Crisis

Several things have disrupted the K to 12 pipeline in recent years. Learning loss during the pandemic hit hardest in subjects that build step by step, so early gaps kept compounding. Changes in secondary school policy, including modified grading scales and less weight on standardized testing, let some students move up a grade without fully learning the material underneath. 🧠

🏫 The University Response

Colleges are changing how they teach to keep the STEM pipeline from breaking down. Many are expanding tutoring centers, adding mandatory summer bridge programs, and rebuilding intro courses to include reviews of material students used to arrive already knowing. Faculty are asking what this does to academic rigor over time, and what kind of workforce it produces in fields that depend on strong technical grounding.

Facts checked by

Sources:
The Hechinger Report
The Wall Street Journal
The Chronicle of Higher Education

04/15/2026

Self talk matters! 💕

Your thoughts are literally shaping your brain

Science shows that the way you talk to yourself isn’t just mental… it’s physical.

Your brain is constantly rewiring itself through neuroplasticity. Repeated self talk, whether positive or negative, strengthens specific neural pathways over time.

Positive self talk can activate areas linked to motivation, resilience, and reward.
Negative self talk can reinforce stress, anxiety, and fear circuits.

And this isn’t theory.

Brain scans have shown that patterns of internal dialogue can actually change how different regions of the brain connect and function.

What this really means is simple.

The voice in your head is not harmless background noise.
It is training your brain every single day.

The way you speak to yourself…
is shaping who you become.

04/15/2026

Progress doesn’t wait for you to feel good.

Some days will be sharp, others will feel slow and off.

That’s part of it.

Most people only show up when they feel good, and that’s why they stay stuck.

Real growth happens on the days you don’t feel like it.

When effort is messy, when focus is low, when nothing clicks.

That’s where it counts.

Because showing up imperfectly beats disappearing completely.

Stack enough of those days, and everything starts to change.💪🔥

04/15/2026

This. Teachers should help some with this but not entirely bc they need to teach.