The Mountain Analogy

A central question precedes any deep engagement within the field of strength and

conditioning: What is the definition and nature of training itself? This essay explores this

question through a philosophical lens, using an analogy for the field of strength and

conditioning that is embedded within and supported by sports science perspectives.

Chapter One

At the beginning, one sees only a mountain. It is immense and formidable, yet still merely

a mountain. Some perceive it as an overwhelming force, impossible to climb, let alone to

reach the summit. Others underestimate it, believing they already understand what a

mountain is without ever attempting the ascent. left unchanged, both perspectives are likely

to result in failure, rather than mastery.

This analogy describes a common phenomenon that can also be observed within the field

of strength and conditioning. To the novice, the profession either appears as an

insurmountable obstacle, or it is reduced to a simple and limited body of knowledge—merely

“training”. Perhaps you remember standing at this point yourself. Or maybe you know the

feeling from everyday conversations when the question of your profession comes up, and

you stand there, trying to explain what you do in a few simple sentences. And you can feel

from the conversation that the other person assumes you just do “a bit of fitness training”

with certain athletes.

Both those who never truly engage with the subject because they feel overwhelmed, as

well as those who quickly consider themselves qualified coaches, fail to grasp its complexity

and depth. This first stage of the analogy is comparable to Plato’s epistemology, particularly

the Allegory of the Cave. In the cave, individuals perceive only shadows on the wall, unaware

that these shadows do not represent reality itself but are merely reflections of a deeper

world. Plato’s insight suggests that absolute truth cannot be fully accessed, since we project

meanings onto phenomena and infer general principles from limited relations and

experiences. With that he set the philosophical roots of modern science. Long before the

modern concept of science emerged, Plato articulated fundamental principles that prefigured

scientific thinking by establishing key distinctions between knowledge and opinion, thereby

laying the groundwork for rational and logical inquiry. The analogy of the mountain captures

this situation precisely: the mountain represents a subjective projection shaped by prior

assumptions, cognitive frameworks, and personal experience, standing metaphorically for

the field of strength and conditioning. Over subsequent centuries, the ideals of reliability,

validity, and objectivity—principles that transcend subjective opinion—gradually developed

and ultimately became established as foundational elements of scientific methodology during

the nineteenth and twentieth centuries, thereby enabling humanity to step out of Plato’s cave,

or metaphorically ascend the mountain. However, this development also brought with it the

challenge of confronting an overwhelming abundance of information.

Chapter Two

This development has led to enormous complexity, with thousands of training systems

and methods emerging, each claiming superiority over the others. Coaches and practitioners

who ascend the mountain are now surrounded by opinions, social media content, and the

latest findings based on thousands of studies and data sets, as well as at least twice as

many methods that lack such scientific support.

For most coaches, the mountain described in the first chapter is no longer a simple

structure. It has become a highly complex system in which every river, every blade of grass,

and every stone is interconnected and contributes to the whole. The human body, as a highly

complex system, is examined in sport science by breaking it down into its individual

components, with specific approaches and methods designed to improve performance.

Scientific progress has enabled modern humans to perceive the world through a more

refined lens. However, from a critical realism standpoint it is only possible to gain true

“objective” knowledge through scientific methods to a certain degree. There is an

independent objective reality, but only a subjective, fallible, theory-laden understanding of it.

At the moment of stepping out of the cave or in front of the mountain, one is confronted with

an overwhelming flood of information and stimuli. This complexity most likely leads to

disorientation. The initial impulse is to address everything at once—to test every variable,

train every muscle, and apply every available method. A phenomenon which describes one

of the fundamental problems in the modern strength and conditioning field. Somewhere in

this chaos, one must crystallize what to do. This leads us back to the fundamental question:

What is training and what objectives does training serve?

Chapter Three

The conceptualization of training has evolved considerably over time, shaped by

historical, cultural, and scientific influences. Among the most influential frameworks is the

Soviet training paradigm, which continues to exert a substantial influence on contemporary

Western training strategies and methodologies. The Soviet training methodology largely

emerged from the context of sport-specific Olympic weightlifting. Consequently, many

foundational assumptions were derived from highly specialized performance environments.

This led to a significant conceptual limitation, whereby the distinction between training and

practice became increasingly blurred. Within this framework, training came to be defined as a

planned and structured process aimed at improving, maintaining, or, in some cases,

intentionally reducing performance. While this definition remains widely accepted, it does not

fully capture the distinction between training and practice as separate mechanisms of

performance development. Therefore, performance outcomes are often interpreted primarily

through the lens of sport-specific movement execution rather than the broader underlying

capacities of the athlete. Goodwin and Cleather (2016) addressed this limitation by proposing

a conceptual differentiation between these two processes. On the one hand, performance

may be improved directly through the enhancement of the specific skill itself, a process

defined as practice. Practice involves the execution of the target skill and facilitates skill

acquisition through mechanisms such as motor learning, coordination refinement, and neural

adaptation. In contrast, exercises that do not directly include the target skill cannot improve

performance through direct transfer and therefore do not constitute practice. Instead, the

process of improvement of various physical capacities that are used within the skill

constitutes training and can be understood as facilitating indirect or secondary transfer.

Training, therefore, aims to improve performance through the systematic development,

maintenance, or intentional reduction of the underlying physical capacities of specific sports

performances.

This distinction represents a critical conceptual clarification, as it shifts the focus from

movement-centric models of performance development toward capacity-centric models.

Within the context of the mountain analogy, this clarification can serve as a lens through

which the landscape may be perceived with greater clarity. Consequently, training should be

understood not merely as the execution of sport-specific movements but as a structured

process designed to modulate the athlete’s performance-relevant capacities. Contributing to

a more precise understanding of exercise selection for the purpose of eliciting specific

training transfers, Verkhoshansky and Siff (2009) developed the principle of Dynamic

Correspondence. This principle provides a structural framework for determining how specific

training methods and exercises lead to targeted adaptations in physical capacities, facilitating

the desired transfer to sport performance.

Accordingly, expertise in training design does not emerge from attempting to maximize all

variables simultaneously but from understanding which stimuli are essential and how to

minimize unnecessary interference. To gain clarity within the chaos of information it requires

reduction and structure. In this context, the ability to reduce noise and deliver precise and

relevant stimuli becomes critical for optimizing adaptation finding a clear pathway through the

mountain.

A related perspective is reflected in the so-called “Diamond Principle,” described by Olav

Aleksander Bu, coach of world-class triathlon and Ironman athletes. According to this

principle, as the athlete’s performance level increases, training becomes less about adding

more elements and more about removing non-essential components. At higher levels of

performance, the focus shifts toward maximizing the quality and specificity of training stimuli

rather than increasing training variety. Importantly, this reduction does not necessarily refer to

decreasing training volume or intensity. On the contrary, training volume is widely recognized

as a fundamental determinant of performance, particularly in endurance sports. Indeed,

volume is often considered one of the strongest predictors of performance, as greater

accumulated volume—when combined with consistency—generally supports superior

physiological adaptation and performance outcomes.

However, from a neuroscientific perspective, an alternative interpretation may be

proposed. If the objective is to induce neural adaptations that contribute to the development

of more efficient and robust neural networks, excessive volume may produce suboptimal

neural stimuli due to accumulated fatigue and reduced signal quality. In such cases,

increased recovery may facilitate neural regeneration, which in turn enhances neural

efficiency and improves subsequent performance outputs.

Therefore, the concept of reduction should not be understood as a general reduction of

volume or intensity, but rather as a targeted reduction of unnecessary or non-specific stimuli

within the constraints of limited training time. The primary objective is to ensure that the

training process delivers precise and meaningful signals that promote the desired

adaptations.

From this perspective, training can be understood as a process of transmitting information

to the biological system. By delivering clear, specific, and relevant stimuli, the body receives

the necessary information to adapt in accordance with the intended performance outcomes.

Conversely, excessive or non-specific stimuli may introduce noise, reducing the clarity and

effectiveness of the adaptive signal. By minimizing noise and optimizing signal specificity,

training adaptations can be directed more efficiently toward the intended performance

objectives. Therefore, training is a systematic process in which highly specific stimuli are

applied to elicit desired adaptations within the biological structures, physiological systems,

and neurological mechanisms of the human body.

Science provides the tools to claim the mountain, and by engaging with it long enough,

one learns how to ascend. However, possessing the ability to climb the mountain and truly

mastering it are two fundamentally different things. While science provides the foundational

skills required to navigate it, it does not guarantee that every possible path is the correct one.

Coaching therefore becomes a complex craft shaped by the interplay between recognizing

complexity and the art of reducing it.

At this point the mountain becomes just a mountain again, yet perception is no longer the

same. It is no longer quite the same mountain. This realization may be called mastery.

References

Goodwin, J. E., & Cleather, D. J. (2016). The biomechanical principles underpinning strength

and conditioning. In Strength and Conditioning for Sports Performance (pp. 36–66).

Routledge.

Verkhoshansky, Y., & Siff, M. C. (2009). Supertraining. Verkhoshansky SSTM.