As we move deeper into the year, the noise around fitness doesn't get quieter, it gets louder. We slow down, go a layer deeper, and look at some of the things most people are scrolling past without actually applying. From the way you collect information without acting on it, to whether you're even building the right physique for your body, to a research paper that quietly reframes what good training actually looks like.
What’s In Store
What’s In Store:
MOTIVATE: Are you bookmarking your way out of actually making progress?
THINK: Your body has a structural blueprint, are you building against it or with it?
LEARN: What ecological dynamics actually teaches us about how humans learn to perform
PRACTICE: Same meals, fresher plate, a full audit of swaps to keep consistency without the boredom
CURATE: Huberman, Galpin, Dan Go and Schoenfeld - four X posts worth stopping the scroll for
MOTIVATE
(Straight up motivation to fuel your workouts)
Stop bookmarking your way out of progress

There's a habit most of us have quietly built that feels like self-improvement but is actually one of the more sophisticated ways we've found to avoid it.
We bookmark things.
Workouts, meal plans, recovery protocols, that thread about optimal training frequency, we save them with the best intentions, and for a brief moment it genuinely feels like progress. But your saved folder isn't a productivity system. It's a waiting room. And most of what goes in never comes out.
The deeper issue is what's driving it. This isn't really about curiosity or a love of learning, it's about fear. The fear of committing to something that might not be perfect. Bookmark culture thrives on the idea that the optimal approach is always just one more search away. So instead of picking a program and running it, we keep one foot in ten different doors, telling ourselves we're being thorough, when really we're just avoiding the moment where we have to show up and find out what we're made of.
Here's what makes it worse: we've started to prefer it this way. The split attention, the open tabs, the endless options, it's become its own kind of comfort. We're not even sure we want one good answer anymore. One answer means committing. One answer means no more searching. And somewhere along the way, the searching became the thing, a low-grade, always-on stimulation that keeps us feeling busy without ever making us better. We think it will equip us better in conversations, sounding intelligent and able to insert oursleves into any topic.
Fitness doesn't reward awareness. It rewards repetition under commitment. Every time you jump ship because something shinier appeared in your feed (or worse yet allowing doubt to creep in), you're not levelling up, you're resetting.
Pick one program. One structure. One way of eating. And give it the kind of uninterrupted run it needs to actually work, long enough to find out what happens when you stop looking for a better answer and start living inside the one you already have. With the advent of AI and the proliferation of fitness information we need to flip the script, it’s not about bookmarking to have options later on it’s about having one plan and searching for knowledge (“bookmarkable” content) that advances / pivots that plan when needed
THINK
(Your dose of critical thinking to bullet proof the mind)
Are you building the wrong physique for your body?
Modern sports science has largely moved past the old ectomorph/mesomorph/endomorph labels (remember those 🙂 ) - and rightfully so, they were too clean (or too defined) to be useful. But what the research has continued to confirm is that structural biology still shapes your ceiling in meaningful ways. Limb length determines leverage, which determines which movements you're mechanically suited for. Muscle belly length affects how a muscle looks when developed - a short bicep belly will never produce the same peak as a long one, regardless of size. Skeletal frame width influences how mass distributes across your body. Slow and fast-twitch muscle fibre ratios influence whether your body responds better to heavy compound loading or higher-rep metabolic work. None of this is destiny, but all of it is data - and most people are ignoring it entirely.

Example body types on the left. How body types influence a lift like the squat.
The trap is chasing a physique that belongs to a different body. The naturally long and lean guy grinding through bulks, trying to look like someone who was built thick from day one. The shorter, stockier lifter with exceptional squat leverages and a frame that packs on mass, spending years trying to achieve a physique that requires a completely different structural foundation. Both are working hard. Both are probably frustrated. Not because the goal is impossible, but because they're rowing against the current when they could be rowing with it.
The better question isn't "what do I want to look like?" It's "what is my body already pointing me toward - and how good could I get if I actually committed to that?"
Because the lifters who look the best almost always have one thing in common: they've found the version of this that suits them, and they've gone all in on it.
Quick takeaway - 5 Minutes, pen and paper
Ask yourself these four questions honestly:
What do I actually enjoy? Not what you think you should do, what training leaves you wanting to come back?
What does my body look like structurally? Think frame, limb length, where you naturally carry mass or stay lean. Forget the mirror for a moment, think outline and shape.
What physique and training style would suit both? Where do your enjoyment and your structure point in the same direction?
Who out there looks like me and has built something I admire? Find one or two people with a similar foundation and study how they train, eat, and think about their body.
You're not looking for a perfect answer. You're looking for a more honest direction, one that potentially suits you better, a pathway to avoid frustration of trying to keep up with the crowd…
LEARN
(Top tier research broken down to better understand fitness and health)
When the environment is the coach: What ecological dynamics actually means for how you train
Core research question
Most coaching and training frameworks are built around a simple idea: the coach identifies the correct technique or tactic, prescribes it, and the athlete repeats it until it sticks. Woods and colleagues wanted to challenge that assumption. Their central question was whether performance preparation could be redesigned around the athlete's relationship with their environment, rather than around the coach's instructions and what that would look like in practice across two real high-performance football organisations.
Research methodology
Framework: Ecological Dynamics, grounded in complex adaptive systems theory
Approach: Two real-world case studies across different levels of sport
Case 1: Elite Australian Rules Football — the Heads Up Footy framework implemented at an AFL club
Case 2: Youth Association Football — the Football Interactions concept developed at AIK Stockholm
Each case examined how practitioners redesigned training environments, coach roles, and athlete development models using shared theoretical principles
Knowledge sources in both cases combined empirical research with practitioner experience, treating neither as superior to the other
Key outcomes
It’s not overly scientific but more about the principles that the outcomes dictate. The paper's most important finding isn't a statistic, it's a reframe. Across both case studies, the evidence pointed in the same direction: athletes don't get better by rehearsing fixed solutions. They get better by learning to read and respond to the problems their environment keeps throwing at them.
In practical terms, this produced several consistent principles across both cases. Practice needs to resemble competition, not superficially, but in the specific information, pressure, and decision-making demands that athletes actually face on game day. The coach's role shifts from instructor to designer, someone who manipulates constraints and creates problems for athletes to solve rather than solutions for them to copy. Athletes need exposure to variability, not repetition of the same movement pattern, because real performance environments are never static. And player ownership matters, when athletes co-design their preparation, they engage more deeply and develop richer understanding of their own performance landscape.
The concept of degeneracy is worth highlighting here, because it's underused in everyday fitness thinking. In ecological dynamics, degeneracy refers to the idea that there is no single correct solution to a performance problem, different movement strategies can achieve the same outcome, and a well-prepared athlete should be able to find several of them. This is the opposite of how most people train, where the goal is to groove one technique and repeat it until it's automatic.
Practical takeaways
The process that holds across both case studies and frankly, across most high-performance environments, is straightforward even if the execution is not. Define what the real demands of your sport or goal actually are. Assess the individual honestly against those demands. Design training that reflects the reality of performance, not a sanitised version of it. Monitor what actually changes. Refine and repeat. What makes this paper valuable is that it shows two organisations doing exactly that, with enough detail to understand where it was hard and why.
For the everyday gym-goer or recreational athlete, the translation is this: if your training never requires you to make decisions, respond to unpredictability, or solve problems under pressure, you are preparing for a version of your sport that doesn't exist. The environment is always part of the performance. Train like it.
Study limitations
Both cases are qualitative and context-specific - neither offers controlled experimental data
The theoretical language of ecological dynamics is dense and can create barriers to practical adoption, something the authors openly acknowledge
Findings are sport-specific and the degree to which principles transfer to individual or non-team-based training is not directly addressed
Cultural and organisational factors at both clubs shaped implementation significantly, limiting direct replication elsewhere
My takeaway
What stood out most here wasn't any single model or framework, it was the consistency of the logic underneath it all. Every principle in this paper comes back to the same idea: performance is not something that lives inside the athlete in isolation. It emerges from the relationship between the athlete and the demands they face. Which means the most important thing a coach or practitioner can do is not prescribe the right answer, it's to design the right environment and then get out of the way long enough for the athlete to find their own.
That has a direct implication for how most of us approach training. We spend a lot of time perfecting movement in controlled, predictable settings, and then wonder why performance in real, chaotic, high-pressure environments feels different. It feels different because it is different. The environment isn't a backdrop to performance. It's a co-author of it. And the sooner training reflects that, the sooner preparation starts producing athletes who can actually think, adapt, and perform when it matters.
I'll be honest, I found it slightly uncomfortable trying to map this onto my own training. I'm not a competitive athlete by any stretch, and this paper is clearly written for people who are. But that discomfort was probably the point. It did make me think seriously about real-world carryover, and whether the controlled, predictable environment of a weight room, as valuable as it is - is the whole picture.
You don't need to join a football team to feel the relevance here. I can't sit here and tell you Hyrox or an Ironman is the answer, I genuinely don't know yet. But at the very least, this paper has pushed me to seek something more environment-based, something that actually tests me in ways I can't fully control or predict in advance. That feels like a worthwhile place to start.
Link to the article below - click here
(the embedded link creates a very long image - it just looked very clumsy 🫠 )
PRACTICE
(Weekly practical workout, diet and health protocols)
Upgrade your meals without starting over
We've talked before about building a core set of familiar meals, knowing your go-to's, your reliable macros, your weekly staples. That still stands. Consistency in nutrition is one of the most underrated performance tools you have. But there's a version of consistency that quietly becomes monotony, and monotony has a way of making even the most disciplined person start eyeing the takeaway menu on a Wednesday night. The fix isn't a new meal plan. It's a smarter rotation, same structure, different ingredients, same macros, different feel. Think of it less as variety and more as keeping the same playlist but swapping a few tracks so you actually want to keep listening.
Here's a practical audit you can run across your current meals this week.

Carb swaps - Same role, different texture
Most carb sources are more interchangeable than people realise. The structure of your meal stays identical, the macros stay close, but the eating experience changes enough to feel fresh.
Rice → Bulgur wheat, quinoa, or couscous
Pasta → Orzo, rice noodles, or whole wheat pasta
White potato → Sweet potato, baby potatoes, or a simple mash
Wraps → Pita, flatbread, or lettuce wraps for a lighter option
Protein swaps - Same macros, different feel
Chicken breast is a staple for a reason, but it's also the first thing people get tired of. Most of these swaps land within a few grams of protein per 100g, so your totals barely move.
Chicken breast → Chicken thigh (more flavour, slightly higher fat, still high protein)
Lean beef mince → Turkey mince or bison if you can find it
Salmon → White fish or prawns for a lighter, lower-fat alternative
Whole eggs → A mix of whole eggs and egg whites to adjust fat without losing volume
Fat swaps - Same function, different source
Dietary fat is the macro people most often either ignore or overconsume without realising it. Small swaps here can shift your fat quality significantly, moving away from saturated-heavy sources toward more unsaturated, anti-inflammatory options, without gutting the richness from your meals.
Butter or ghee → Extra virgin olive oil for cooking or finishing dishes
Full-fat cheddar or processed cheese → Cottage cheese, cream cheese, feta, goat's cheese, or a sharper aged cheese - you often use less of a stronger-flavoured cheese to get the same hit, which naturally brings the fat down
Full-fat cow's milk → Almond or oat milk for a lighter option, or try sheep's or goat's milk if you want to stay dairy but want something easier to digest with a slightly different fat composition
Peanut butter → Almond or cashew butter for a slightly better unsaturated fat profile
Mayonnaise → Greek yogurt works as a direct swap in most sauces and dressings, keeping the creaminess without the heavy fat load - or try an avocado-based mayo for a cleaner fat source
Processed salad dressings → Olive oil, lemon and a pinch of sea salt - cleaner, and more control over what you're actually consuming
Flavour Systems - this is where it actually gets interesting
The biggest lever most people ignore isn't the protein or the carb - it's the flavour profile. The same chicken, rice and vegetables tastes like four completely different meals depending on how you season and build the dish. Stock your pantry with these core ingredient sets and you can rotate cuisines without rotating your shopping list too dramatically.
Indian - garlic, ginger, fresh chilli, turmeric, cumin, coriander, garam masala, with a yogurt or tinned tomato base. Works across chicken, lamb, lentils and most vegetables.
Mexican - lime, cumin, smoked paprika, chilli flakes, garlic, fresh tomato, onion and coriander. Pairs with beef mince, chicken thigh, black beans or eggs for a breakfast spin.
Thai - lemongrass, fresh ginger, coconut milk, fish sauce, lime and chilli. Slightly higher in fat depending on coconut milk quantity, but exceptional over white fish, prawns or chicken with jasmine rice.
Italian - garlic, good olive oil, tinned tomatoes, fresh basil, oregano and parmesan. One of the most macro-flexible profiles - works with pasta, orzo, lean beef or a simple baked fish.
The Rule of Thumb
Keep 80% of your meals consistent - your staples, your reliable structure, your known quantities. Use this list to rotate the remaining 20% so that consistency stays something you choose rather than something you endure.
Try this: Let AI audit your meals Copy the prompt below, paste it into any AI platform (Claude, ChatGPT, whichever you use), fill in your meals, and let it do the heavy lifting. "I want you to act as a nutrition coach helping me add variety to my meals without overhauling my diet. Here are [3–5] meals I eat regularly this week: [Paste your meals here - e.g. chicken breast, white rice, broccoli / scrambled eggs with toast / salmon and sweet potato] Please do the following: 1. Break down the key ingredients in each meal 2. Suggest 2–3 smart swaps per meal - keeping the macros roughly the same but changing the texture, flavour, or ingredient source 3. Show me how at least one of these meals could be transformed into something completely different using a similar base - for example, turning a chicken and rice bowl into a pad thai or a teriyaki stir fry 4. Keep suggestions practical and realistic for someone cooking at home with a moderate skill level" |
|---|
CURATE
The roundup (a collection of some of the latest and most useful content from around the internet):
Four gems from X:
We look at four key pieces of content from X from some of our best and most loved creators:
10 Minutes of exercise boosts brain function
Dr. Rhonda Patrick explains how even a brief 10-minute bout of high-intensity exercise can significantly improve cognitive function, including impulse control. (On Hubermans podcast)
Watch here
The 3-Minute breakfast that gets you lean
Dan Go shares his daily breakfast "Glop," a simple 3-minute meal he has eaten every day for a year that helped him reach 12% body fat at age 46 - no GLP-1s or peptides involved.
Read here
The athlete's heart paradox
Intense endurance training causes structural heart changes that closely resemble heart disease - yet athletes remain healthier and at far lower risk of cardiac problems. Exercise benefits almost always outweigh the risks, though highly trained individuals may need personalised interpretation.
Read here
Two sessions a week is all you need
Research shows just two 30-minute resistance training sessions per week can produce meaningful strength and muscle gains. Smart techniques like supersets and full range-of-motion training make it possible to cut gym time in half without sacrificing results.
Read here
To everyone that keeps reading and keeps helping to grow this newsletter I truly appreciate you. If you know of anyone in your immediate circle that may enjoy this newsletter please just forward this newsletter to them and tell them to subscribe at the link below:
Wishing you all the best in your fitness journey
The FitnessHacker




