I'm in early days of architecting a 3D space system for pennmush. The design documents are here and I'm greatly enjoying simply hacking about.

I've never used redis before, so I'm learning quite a bit about the server, the diagnostic and performance tools and the "gotcha's". The basic idea is pennmush (a server for text-based games) sends a message to redis message queue which is then read by the space engine (written in rust) which then sends a message back to pennmush via redis. The space engine will update position of space objects, manage combat, trading, etc... Pennmush will manage interface and out-of-space story. Really fun stuff

The article, written by Stephen Marche, addresses a few points about chatGPT in contemporary education. A quote in the article underlined some ideas I appreciated

The existence of AI will change what the world values in language. “The education system’s emphasis on [cumulative grade point average] over actual knowledge and understanding, combined with the lack of live monitoring, increases the likelihood of using ChatGPT,” the study on student use says. Rote linguistic tasks, even at the highest skill level, just won’t be as impressive as they once were. Once upon a time, it might have seemed notable if a student spelled onomatopoeia correctly in a paper; by the 2000s, it just meant they had access to spell-check.

Herein, I think, lay the thing; that we [professional educators] should return to a more basic, foundational practice; that our adaptation to chatGPT, especially as it applies to assessment of student work, must be more basic. How do we know our students know? How do we know our students understand is within the context of varying levels of knowing, so it's not just just drill-and-kill, but rather a more nuanced approach to assessment, Bloom's taxonomy is always a helpful framework to understand how we think about learning. . That chatGPT (and its ilk) requires giving students assignments which tease out what they really think and know.

The article is well put-together and I'd say an important part of the road to our understanding of LLM's and learning.

Click here for a PDF guide for use of AI in education. I believe this is an excellent first take on AI in the classroom. I will of course let you know about my school's efforts to better handle this tricky topic.

Here is a local copy of the analysis and here is the external link to Institute for the Study of War

The analysis begins with a comparison of the Spanish Civil War and WW2; that lessons from the first greatly informed the execution of the later. A major thesis is that "the challenge of restoring operational maneuver to war remains the central problem for both sides [Ukranian and Russian] in this conflict".

The problem with positional warfare is that it leads to stalemate and attrition; it often leads to a prolonged stalemate, where neither side can gain a decisive advantage. This can result in a war of attrition, where victory is determined by which side can sustain losses longer. Such warfare is costly in terms of human lives, resources, and morale.

There is so much more in this article, as a historian, I appreciate the parallels drawn between past conflicts (the section about the battle of the bulge was especially interesting) and this current one. I recommend the study of this analysis.

Article here (PDF / protection against linkrot here)

NATO should be more like a decentralized system, and Europe should be more capable militarily. I wonder if the advantages of a hegemonic power no longer work in today's world; that the interdependence of outside states, and smaller interdependent economies are better, or more advantageous systems.

Farah writes:

The United States simply can’t do everything everywhere all at once, by itself. The future requires well-armed, capable allies. The indispensable nation has to be a bit less indispensable.

I suspect the upcoming war of authoritarian vs democratic states will require regional power centers, capable of projecting force and deterring those who would take freedom away.

Waves of energy gently lap at the edge of the Nexus, creating a soothing rhythmic sound. The first sun-like star moves quickly across the sky, changing colors and hues as it does. The edge of the Nexus fades and unbecomes and becomes. Light is an especially precarious situation, as it bends, fades, brightens and dims, all at the same time.

Further away from the edge a certain stability manifests. Hundreds of different energies which push and pull at each other seem to lock and freeze in a ephemeral stasis. In this stability, surrounded by a maelstrom of energies, lay the Quantara Nexus.

Denziens of the Quantara Nexus move with a specific, careful cadence. Steps are measured and often involve intricate patterns For some, this movement might be interpreted as a dance but each to their own music, and some to none. . Master Elara Tahn slowly walks along a major street; every 3rd step she taps the road with her right toe. She is about to enter one of the many archives when she glances up, an unexpected movement catching her eye. She gasps sharply.

Above the Nexus, a starship becomes visible. The dark black hull shifts and moves, as if alive. Aside from the normal ebb and flux of energies the ship silently, slowly rotates in a circle. Elara adjusts her gaze and shifts her feet, and adjusts her shoulders; grounding herself. She traces an intricate pattern with her hands and as she does feels the ether move around her (much faster here than other places, she thinks).

In an instant four heavily armed and armoured solders materalize around her, holding weapons at the ready. One of the solders, with evidence of rank, says in a commanding voice "Elara Tahn, you will come with us." He moves his finger onto the trigger of his weapon.

Elara relaxes her shoulders and very slowly spreads her hands away from her chest, maintaining a ball-like shape with her fingers. "And who orders, and under what authority do such commands come?" she asks in a steady voice.

In an instant the solders fire their weapons. Arcs of light from two of the weapons and kinetic projectiles from the other two weapons hit Elara squarely in the chest. She gasps, falls to her knees and clutches a pendant around her neck. Her last action before losing consciousness was to touch both her thumbs to her middle fingers. A flash of ether burst around her and streaks into the sky.

Nova Lumina is a prominent industrial shipyard located in the outer sectors of the Galactic Core. Known for its large-scale shipbuilding capabilities, extensive mineral extraction from asteroids, and a network of massive space elevators linking the shipyard to its planetary base, Nova Lumina stands as a key infrastructure hub.

The shipyard is a bustling hive of activity. Three massive ship hulls and a dozens smaller hulls are in various stages of construction. Massive scaffolding surrounds each hull, industrial works and manufacturing works are visible from tens of kilometers away. There are hundreds of ships moving around the shipyard.

Close to the power stations, within one of the many machine shops sits a branch of the gearwright guild. It hums with a busy cacophony and at the current moment, gearwrights are carefully assembling an especially complex part of a propulsion system. Large machines and robots work in an intricate and coordinated dance. Always working in pairs, the gearwrights work with careful precision and efficiency of movement.

Not far away from the gearwrights, in a differently lit area stands Sila Maren. She is staring at the propulsion system occasionally glancing at at a floating glowing ember-colored interface. "There!" she says and at once the activity near the propulsion system stops. The gearwrights hold their gaze towards her and the leader of them nods slightly. Sila walks towards the system and begins to move her hands in an intricate pattern and as she does a visible line of energy begins to weave around parts of the system. the energy flares brightly for a moments and then settles into the system. The gearwrights start to measure, with great care, aspects of the system. After some time Sila looks at the system and simply says "this is true", and the gearwrights resume their work.

Sila shifts her feet a bit, bends her knees slightly and adjusts her hips moving very slowly she begins to raise her hands from her waist to her shoulders, and then back again. She repeats this motion a few times and then goes back to more carefully studying the floating interface in front of her.

Liora Kael couldn't be bothered to devote any attention to her phones nagging. Awash in paints and colors, she was immersed in a project to explore the relationship of self and other. "The only way to really see this, is with color", she thought to herself as her phone chimed again. She was paying careful attention to where the different colors intersected and met. She was looking at exploring how our sense of self meets and encounters the other. How they combine at the periphery.

She painted with etheric energies; a hue of blue and teal, and then a hue of something else. She often stopped, breathed and became very still. The smell of paint floated in the air, and the sound of birds singing could be heard through an open window. She watched the colors shift and change; she paid attention to the textures. She waited until there was something to tell her about the next part of what she had to make. This was, of course, part of the process, and part of the creation...the waiting and tension of decision.

Liora cursed under her breath and asked herself if all of this was worth it; her last three pieces barely registered with people she cared about most. Of course it was easy to sell to those who she didn't respect, but for those she looked up to, those she respected? this was her challenge.

Still, though, she continued to create...a connection and touching which made her feel oddly whole; a togethering within her that made her art....possible.

The awards on her wall spoke to her success and impact. Her ability to create.

"Sarah, can you please add a smidgen of holographic nanites to this teal mixture" she said quietly. Her assistant, a young woman responded "are you sure just a smidgen? Maybe a splash, or perhaps a bit"? Liora smiled. "Stop being a pain in my ass" she said with a smirk. Her assistant reached over to the teal paint and gently moved a vial around the paint. Although invisible to the naked eye, the nanites would begin to reproduce in the paint and react to specific energy frequencies, changing subtle aspects of the colors. "I've added the nanites - these are the same ones you used in your last exhibition." Liora gently stirred and poked the paint. "Thank you." she said, and continued her work.

She looked outside her window and it was dark, the birds stopped singing long ago. Her canvas comprised of two shifting figures, each reaching out for the other. The figures were incandescent, and their hands slowly moved in an opposite symmetry to each other. Liora felt her shoulders relax and she put down her brush. "Sarah, some tea please.". "No problem boss!". Not long thereafter the lovely smell of rooibos vanilla tea wafted through her studio. It was late, and Sarah looked down briefly at the floor. "I really need to rest, boss" she said. "of course, of course, sorry for keeping you so late, and thank you again for your help.". Sarah smiled and started gathering her bag, coat, and shoes.

The Rise of God-Like Technology includes tools which significantly enhance or surpass our scope. So far beyond our human capabilities that they can be described as "god-like." These include artificial intelligence (AI), robotics, and genetic engineering. Each represents a leap forward in our ability to manipulate and control complex systems, be they digital, mechanical, or biological. AI systems that perform complex tasks such as driving cars, trading stocks, or even diagnosing diseases, which were traditionally thought to require human intelligence. Machines that can execute tasks requiring dexterity and endurance far beyond human limits, from assembling intricate electronic components to exploring hazardous environments like deep-sea or space. The main point here is that the tools enhance our scope way beyond anything we've been capable of realizing prior.Techniques like CRISPR that allow scientists to edit genes with precision, potentially eliminating genetic diseases or creating organisms with entirely new traits.

These technologies promise to overcome fundamental human constraints, offering enhancements in longevity, intelligence, and physical abilities. For example, genetic modifications could one day increase human lifespan or cognitive capacities. As these technologies progress, they provoke profound questions about identity and ethics. What does it mean to be human if our biological makeup can be fundamentally altered? How do we define rights and responsibilities when intelligence and agency are no longer uniquely human attributes? What does it mean to teach and learn if an AI can arguably do it better? We are 100% not ready for this...

Technologies like social media exploit and magnify primal instincts such as tribalism and the need for social dominance, often leading to polarization and heightened inter-group conflicts. Conversely, AI applications in decision-making aim to minimize human biases, promoting more equitable outcomes in areas like hiring practices or legal judgments. There is growing evidence that sustained interaction with technology is altering the way our brains function, potentially dampening some instinctual responses while enhancing others. As technology becomes more embedded in our lives, striking a balance between leveraging these tools and maintaining core human values like empathy and compassion becomes critical. This balance; this nuance, this deep thinking...is absolutely required if we are going to coexist with tools that are better than us in some ways.

It is plausible that continued technological integration may further evolve or alter our brain's structure, potentially diminishing the influence of our reptilian brain or creating new neural pathways. Future interfaces, particularly those involving direct brain-computer interfaces, might lead to the development of new 'instincts' based on our interaction with technology.

In today’s context, the reptilian brain's influence can be observed in our automatic responses to threats (fight or flight reactions), competitive instincts in social and professional environments, and the subconscious adherence to established routines and rituals. This part of the brain drives our most deep-seated survival behavior, which can manifest in modern settings as aggressive behavior in traffic, assertiveness in boardroom negotiations, or the territoriality sometimes displayed in communal or shared spaces.

While the reptilian brain responds with primitive, survival-oriented instincts, the more recently evolved parts of the brain—the limbic system and the neocortex—handle complex emotions and higher order thinking. These layers of the brain enable humans to engage in reasoned decision-making, empathy, and moral reasoning, which can often be in conflict with the more rudimentary impulses driven by the reptilian complex. For instance, while our reptilian brain might urge us to react aggressively to a perceived threat, our higher brain functions allow us to assess the situation rationally, often leading to more measured and considered responses.

The reptilian brain is structurally simple and focused on primal urges, it governs vital functions necessary for survival such as heart rate, breathing, and body temperature. Beyond these physiological roles, the reptilian brain is responsible for more instinctual behaviors linked to aggression, dominance, territoriality, and ritualistic displays, which were critical for the survival and reproduction So much behavior can be attributes to sexual / reproductive mating rituals.... of early vertebrates.

In modern humans, the influence of the reptilian brain is evident in our automatic and subconscious reactions to stimuli. It plays a crucial role in scenarios that call for immediate, impulsive reactions, such as the fight-or-flight response when faced with danger. Despite the evolution of more sophisticated brain structures like the limbic system and the neocortex, which handle emotions and higher reasoning respectively, the reptilian brain's fundamental instincts still underpin much of human behavior, subtly influencing our decisions and actions in ways we are often unaware of.

Despite the meteoric rise of technology that grants us seemingly god-like powers—from reshaping genetics to creating artificial intelligence—the primal aspects of our nature, as embodied by the reptilian brain, continue to exert a significant influence on our behavior and development. These ancient impulses, etched deeply into our neural architecture, persist amidst the waves of digital and genetic transformations, reminding us that our evolutionary past remains a cornerstone of our identity. This is part 1 of an essay which argues that understanding this interplay between our primitive instincts and our advanced technological capabilities is essential for navigating the future, as it shapes not only individual choices but also the trajectory of society as a whole.

So. Much. Writing. I can't wait to share a project I'm working on. It should be ready by next February, and I am very hopeful it will be impactful and important.

In addition to mega-secret project alpha, I've also been developing a far-future science fiction setting lately. Most of the content is here. The idea is to create a universe in the year 7019 - far enough in the future to think and imagine and play with ideas related to who we might become. I'm folding in a space trading game I started working on a while ago (link here) but I haven't started to assign values or abstracted the ideas yet. I am hoping for a book, a computer role playing game, and a table top role playing game.

I start with vague ideas about who we are and cycle out to think about 100 years, 300 years, 1000 years. It's a really fun exercise. I have been thinking about history, and how we have changed (and haven't changed). It's helpful to extrapolate our past into our future.

Of course I have species, planets, events, factions, etc... What I really want to capture is the variety within a setting. It's challenging because the broader the scope, that harder it is to understand what that scope means. I think most science fiction is rather one dimensional - star trek focuses tightly on a bridge and a top-down command structure. Although star trek references a big universe, it only portrays a narrow window of it most of the time. My favorite types of stories are when there is a switching between micro and macro. Tom Clancy's book, Red Storm Rising did this beautifully.

Lots more to say, but I'm thinking a lot about the future these days.

More thinking about the future, and science fiction.

The United States has about 330 million people and about 231 million social media users (about 311 million people are connected to the internet). To the extent people use social media and the internet, they can be known. They can be observed in an intimate, private, and near-total manner. They can be tracked, followed, and influenced. There is probably a relationship between amount of screen time and amount of potential influence

Much of this nudging, influencing, sequestering, and controlling is in service for the free market. But there is enough political and social nudging to raise a wondering.

100 years from now, if the free market is still free marketing, what might the visibility into our lives look like? Might there be a backlash where people disconnect and delete everything? Might social engineering divorce us so much from our nature that we decide not to be socially engineered?

Or perhaps, might the consequence of control be so high that a shadow war is fought for attention. That activists, social workers, and radicals do everything they can to subvert a message of "more and buy". Might monk-like religious / spiritual pull us away from devices and into actual communion and connection with each other.

Science fiction shouldn't ignore trajectory. And in our current world, the trajectory of personal, technological, and privacy is profoundly impactful.

I end with a quote from which I mostly agree with:

Science fiction asks us to imagine a possible future, often fantastic (sometimes quite dark) and live amongst the people who take it as normal.

So the good and the bad that accompany us now will most likely accompany us in the future - but it will be different. This is why I think many science fiction writers use a cataclysm as a device to purge the past. But we are still who we are - and moving humans through a crucible of change will not erase our fundamental nature. Aldous Huxley's book Brave New World addresses this through the London Hatchery and Conditioning Center - where this inconvenient human nature is purged and genetically altered. A terrifying future. The point here is science fiction should consider the way humans might evolve in the future.

Ken Wilber's integral theory, which posits that each stage of evolution transcends yet includes aspects of previous stages, provides a compelling lens through which to examine the trajectory of human progress as depicted in science fiction narratives. This philosophical framework suggests that as humanity evolves, it does not simply cast aside its former self but rather integrates and builds upon it, leading to increasingly complex and inclusive forms of existence. Science fiction, in its exploration of future possibilities, inherently grapples with this concept, presenting visions of humanity that are at once radically transformed and deeply familiar.

In considering how science fiction can incorporate Wilber's ideas, it's useful to explore the notion of developmental stages within human societies and individuals that are depicted in these stories. For instance, the genre often portrays technological advancements not just as tools but as catalysts for new forms of consciousness and social organization. This mirrors Wilber's assertion that each new stage of evolution brings about a greater capacity for complexity and empathy, suggesting a future where humanity's technological growth is matched by its moral and spiritual development.

However, science fiction also serves as a cautionary tale, warning against the potential pitfalls of neglecting the "include" aspect of Wilber's principle. Stories like H.G. Wells' "The Time Machine" illustrate a future where humanity has split into two distinct species, the Eloi and the Morlocks, representing a failure to integrate the spectrum of human capabilities and impulses. This bifurcation is a direct consequence of societal choices that favor technological advancement at the expense of holistic development, underscoring the importance of integrating all aspects of human nature as we move forward.

Moreover, science fiction challenges us to consider not only how we might evolve but also how we ought to evolve. Octavia Butler's "Parable" series, for instance, delves into the concept of adaptability as a form of evolution, positing that the future of humanity lies not just in our physical or technological augmentation but in our ability to empathize, cooperate, and coexist with each other and with our environment. This reflects Wilber's idea of integral evolution, where the transcendence of previous stages of development includes a moral and ethical dimension, suggesting that our future evolution will be as much about who we choose to become as it is about the external forces shaping us.

In essence, science fiction, through its speculative lens, provides a rich milieu for examining the trajectory of human evolution in light of Ken Wilber's integral theory. By envisioning futures that both transcend and include our current state, the genre offers insight into the potential paths humanity might take, highlighting the importance of holistic development that encompasses not just technological prowess but also moral and spiritual growth.Spiritual may not directly equate to religious here... As we stand on the cusp of significant societal transformations, perhaps accelerated by technological advancements, the reflective mirror held up by science fiction becomes an invaluable tool for navigating the complexities of human evolution, urging us to consider not just what we can become, but what we should aspire to become.

This essay is my ideas and my thoughts. I used a LLM to help me edit and form parts of it

I'm not sure of course, but it is really fun to think about it.

I am a voracious reader and consumer of science fictionEven early we encounter a problem! The definition of science fiction, science fantasy, and fantasy is pretty nebulous. There are sub-genre's of science fiction. More on that in a bit.. Books, movies, TV shows, video games and RPG's all shape and inform my view of science fiction. I note a few common themes in science fiction:

• a near-future dystopian hell-scape (fallout)
• a dystopian far-future empire (warhammer, maybe Starfield)
• a cyberpunk, hyper-modern world (William Gibson, and Cyberpunk 2077)
• an idealized clean-future federation (star trek)
• a dark dystopian steampunk-like setting (China Miéville and Perdido Street Station)
• a feudal / science-fictiony setting like Star Wars
• a science fantasy - where magic / multiple races are present (starfinder)
• a near-future apocalyptic / hard science fiction (Seveneves by Neal Stephenson)
• a far future, fantastical world (Stanislaw Lem)

We could almost say for every piece of science fiction work, there is a different vision / idea about what the future will be like. This is very interesting because thinking about the future, imagining the future, putting ourselves into a future can start us building towards it.

Of course in all science fiction we explore what it means to be human in a very different culture, place and context. Science fiction is a unique genre allowing this sort of placement-of-self.

In the next few posts, I will be exploring ideas around science fiction, and ask for your thoughts and ideas as I do so.

Deep Dive into AI and Machine Learning

My fascination with AI and machine learning has only grown during this period. I've been thoroughly engaged in understanding complex concepts such as Manhattan distance, greedy algorithms, and the minimax strategy. My sabbatical has also been an opportunity to learn about knowledge graphs, uncertainty in data, optimization techniques, and neural networks. These areas are fundamental to understanding how AI and machine learning systems learn and make decisions. This knowledge will be invaluable in my teaching and ongoing professional development. It's been refreshing to delve into these areas, and I'm always eager to discuss and exchange ideas with anyone interested.

I'm starting to design an ASW-exclusive Local Large Language Model (LLM) designed specifically for our students' needs. This initiative aims to harness the power of AI in education, offering a revolutionary approach to learning support. The idea is to develop a local LLM that is fine-tuned and optimized to understand and cater to the unique educational requirements of our students at ASW. This model will not be a generic AI tool, but a specialized, school-specific system that comprehends the nuances of our curriculum and the common challenges faced by our students. It will be a local system (not internet connected) and meet all the current legal guidelines being proposed in the EU for using AI in education. The diagram has been helpful to guide my thinking about what an educational LLM should consider:

Work with the IB and Travel to The Hague

Part of my sabbatical has been dedicated to contributing to the International Baccalaureate (IB) organization. Recently, I returned from a productive visit to The Hague, where I collaborated on several initiatives related to the new IB computer science curriculum. This opportunity has allowed me to apply my expertise in an international context and contribute to shaping global education standards. I learn so much about the IB in these visits, and they always enrich my understanding of computer science.

Personal Time with My Chocolate Labrador

On a personal note, my chocolate labrador (Obi-Wan MackObi) , who is now 5 months and a healthy 23 kilograms, has been a constant and joyful companion. Taking care of him has brought much-needed balance and happiness to my days. He is just starting his teenage years now, and that's ...pretty...cool...most...of...the...time... He likes to eat things.

Innovative Educational Endeavors

One of my key projects has been the development of virtual mini-courses for students. These courses are designed to empower students by offering them the flexibility to choose what and when they learn within the course structure. This initiative aims to enhance the learning experience and adapt to the evolving educational landscape. Students will be able to choose how they want to proceed in the course, and multiple pathways will help facilitate interest in different areas of computing. I'm currently offering 4 languages (PHP, Python, Javascript and Rust) and 4 pathways (business, biology/science, computer science and software engineering). At some point I may ask to split these into different courses, but I am quite excited to design, develop and trial these pathways.

"Date Night with Your Mac" Presentation

Looking ahead, I am preparing for the "Date Night with Your Mac" presentation in January. This event will focus on the practical, nuanced and discerning use of Large Language Models (LLMs) in education. Additionally, I plan to explore some practical legal aspects related to technology use in the classroom. One of the main points I will be making is the way we can use LLM's to reduce the amount of time we spend doing administrative tasks.

As I continue on this sabbatical journey, I am grateful for the time to grow, learn, and contribute to the field of education and AI. I look forward to bringing back a wealth of knowledge and experiences to share with my colleagues and students. I miss you all very much.

The best advice I've heard about project management tools is they should help you manage your projects, and stay out of the way for everything else. I'm sure there is some witty corollary here...That is, the extent to which a project management system is useful is directly linked to how well it does that one job it should do.

I investigated several project management tools, first opting for locally hosted, open-source projects (my preferred solutions for most problems). I got open project working, but the UI felt sludgy / kludgy. I then joined monday.com and love the UI / ease-of-use but their pricing model doesn't accommodate 1 single user. There is a minimum for three person teams - which is expensive.

I settled on Trello. Which has everything I want and a pricing model I like.

My project management plan for my sabbatical is on Trello.

Next year (school year 2023 - 2024) I will taking a sabbatical (proposal here). 14 years at my current school (American School of Warsaw), 22 years in education = time for some reflection and a recharge. Many of the technical skills I use and teach every day I first learned more than 20 years ago. Technical languages, software development practices, and development tooling has changed quite a bit in the last 20 years! With the rise of large language models and their ilk, it looks like the next 20 years will be even more interesting. I don't think the practice of teaching has changed as rapidly as technology but it also has benefited from years of researchI wonder how much has changed about imparting knoweldge, skills, and lessons in the last 20 years....

Other than technical upskill / refresh I am also looking for some time for deep reflection. I am a fan of a book by Daniel Kahneman, Thinking Fast & Slow. Taking the time to consider and thoughtfully and deliberately act is wise. I still feel quite full of motivation, ambition and drive. But at 53 years old, I'd like to move deliberately and maximize meaningful impact.

Being a parent brings the greatest joys and deepest pain. Recently our teenager has been struggling with things many teenagers struggle with On a good day being a teenager is hard... and it's just painful to see someone you love struggle. At the same time I appreciate and value struggle; some things you just need to learn the hard way. I suppose at that moment, just showing up and loving you kid is the best you can do. My instinct is to protect, prevent, and cover my daughter from pain and painful experiences. But in that difficulty arises strength and courage; and it is something each of us must find ourselves.

I've been wrestling with postifx, MX records, DMARC and other such nonsense lately. Oh, the pull to simply pay someone to do the work for me is great! However I am determined to setup a dedicated email server for all my various domains. This learning is not easy and requires effort. I meet failure often, in fact we are becoming rather good friends over this whole thing.You know, THAT kind of friend.

However, in each unsuccessful attempt I learn something new, and my goal of owning the system remains clear. I really understand how main.cf works, I really see how messages are routed. I learn the guts of /var/log/mail.log I'm learning, and if you don't mind me saying, I love it. 

Sadly, I have little of all of it. Many of my students are sick, and my energy levels are quite low. Ugh. 

Part 1 here. With a sabbatical scheduled for next year, I am excited and anticipating some good work to be completed. Being able to coalesce many years of experience to renew learning engagements and refresh my understanding strikes me as a golden time. 

I am not only going to work on "professional Bill" but I will also attend to "personal Bill", where I intend to:

1. focus on exercise, diet and mindfulness
2. focus on my garden and backyard - long neglected
3. focus on hobbies 
4. focus on friends

I will be reaching out to friends who have taken sabbaticals to learn from them; what they did well, what they didn't do well. I don't intend my learning to stop, but this might be the last time I have for long-term break until I retire.

I can't wait!

As I prepare for my sabbatical I am building mountains of curiosities and interests. "I wonder how XYZ" works. Why is XYZ like that". These types of wonderings prime the pump for engagement and interest in the work ahead. 

If a good replacement can be found, I'm approved for sabbatical leave next year. My plan for learning includes: 

1. Design and construct curriculum to substantially improve student usage of git (a version control system) and the IDE visual studio code
2. Design and construct curriculum for OOP Python
3. Design and construct curriculum for advanced Python
4. Design and construct curriculum using Jupyter notebook
5. Design and construct curriculum for artificial intelligence / machine learning / advanced topics
6. Rebuild every learning engagement and assessment in the two year IB computer science course (this is hundreds of learning engagements and 30+ assessments)
7. Design and construct curriculum for Rust
8. Design and construct curriculum in node.js, javascript, mongo DB, Linux

I'm already doing some of this stuff, but this sabbatical will help me by granting me the time to invest deeply in learning and reflection. Exciting stuff.