#Dependency Inversion Principle

[arifinfrds-blog]

The Dependency Inversion Principle (DIP) is a fundamental concept in software development that helps create flexible and maintainable code. In this article, I'll explore its history, the problem of tight coupling, and different approaches to applying DIP in Swift.

[kaiasky]

feel like some enterprise "java"-inflected developers and/or "medium writers who purport to talk about code patterns" live in an alternate world where their goal is to create Intricate Structures and not. to ship a fuckin product.

[talonabraxas]

Veil upon Veil you hide The well-spring of the Infinite, The blue that delights, Pierces the heart, And produces a sapphire jewel.

Celestial Deity Talon Abraxas

"The light of the sun is the source of the colour we see reflected in the world. It begins in gamma rays whose wavelengths are a million times too short to see. By a process of absorption and re-emission throughout the sun's body, these spread out into longer wavelengths which travel through space and are further altered by interaction with the atmosphere. If there are no dusts or gases in the heavens, the sky appears black, as it does ten miles out from the earth's surface where the atmosphere thins out almost to the vanishing point." The old man adjusted himself in the chair and continued: "The colour of the sky, child, is closely associated with the way light, falling on matter, is scattered in all directions. The amount of scattered light is greater for shorter blue wavelengths than for longer red ones." Here the learned mariner became more technical and spoke slowly, using his hands to explain. "The intensity of scattered light is inversely proportional to the fourth power of the wavelength. Because of this, blue light loses more energy than red and its scattering is dependent upon low atmospheric content. In the atmosphere of the earth, molecules of gases scatter the blue waves in all directions while the red waves are absorbed, causing the sky to appear blue. The more rarefied the air, the greater the scattering of these short waves and the deeper the colour of blue. But when there is considerable dust or moisture in the air, the layers of particles scatter the longer red waves and cause the sky to become whiter. The red and blue light mixes to produce the whitened sky so common in higher latitudes where moisture particles hang in the air. So the dust rising in a hot, dry clime bleaches out the heavens until a heavy rain settles the earth and leaves behind it a deep saturated blue. Men long for that blue, child. They always dream of travelling south into the azure intensity that has inspired poets and painters for countless years. So thus they gaze out over the horizon as you do, trying to penetrate its vastness."

“Blue color is everlastingly appointed by the deity to be a source of delight.” — John Ruskin

Appointed by the Deity, it is the abode of the gods, their intrinsic attribute and celestial surrounding. It is the colour of the Queen of Heaven and the feminine principle of the Great Deep. It veils the impenetrable void of chaos and yet recedes into its folded mystery. It is the colour of the cloak of Hera and Zeus and clings to Diana's fleet, forested shape. It is reflected in the blue robes once worn by priests at the grave and by the Levites who called their garb the livery of heaven. 'The Blue' is a synonym for heaven and all that is divine. In the darkened depths of its expanse lies Nature's solitude, wrapped in a cold noumenal glow whose purity is incomparable. By its grace, the sea takes on its colour and draws the ocean of space into the world, but the purity of 'the Blue' remains aloft to be viewed from mountain tops on perfectly clear and blessed days.

[srbachchan]

DAY 5974

Jalsa, Mumbai June 26/27, 2024 Wed/Thu 12:56 am

🪔 ,

June 27 .. birthday wishes to : Ef Ravi Patel .. Ef Diyansh Kumbhat from Chennai .. and .. Ef Ayush Mishra from Bilaspur .. 🙏🏻❤️🚩

💍 .. wedding anniversary greeting to : Ef Rajesh Kejriwal from Kolkata .. completing 35 years of togetherness .. on June 26 .. our wishes and more .. 💐🙏🏻❤️🚩

..

Birthday - EF - Ravi Patel Thursday, 27 June our wishes for this day and the best ever .. love ❤️

Resistance .. its many forms and values and dimensions and usage .. so it became urgently important to apprise the self of it from sources ..

"Resistance is a multifaceted concept, encompassing physical, psychological, social, and political dimensions. Its definition and application can vary significantly depending on the context in which it is considered. At its core, resistance involves the act of opposing, withstanding, or striving against some force or condition. This broad definition can be applied to various fields, including physics, medicine, psychology, and social movements.

In physics, resistance is a measure of the opposition to the flow of electric current in a conductor. It is quantified by the unit ohm and symbolized by the Greek letter omega (Ω). The resistance of a conductor depends on its material, length, cross-sectional area, and temperature. For instance, materials like copper and aluminum have low resistance and are therefore good conductors, whereas materials like rubber and glass have high resistance and are good insulators. Ohm's Law, a fundamental principle in electrical engineering, states that the current flowing through a conductor between two points is directly proportional to the voltage across the two points and inversely proportional to the resistance. This relationship is crucial in designing electrical circuits and understanding their behavior.

In medicine, resistance often refers to the ability of microorganisms, such as bacteria and viruses, to withstand the effects of drugs that are intended to kill or weaken them. Antibiotic resistance is a significant public health concern, as it makes infections harder to treat, leading to longer hospital stays, higher medical costs, and increased mortality. Resistance can develop through various mechanisms, such as genetic mutations or the acquisition of resistance genes from other bacteria. The overuse and misuse of antibiotics in humans and animals accelerate this process, making it imperative to use these medications judiciously and to develop new treatments.

Psychologically, resistance can manifest as a reluctance or refusal to accept certain thoughts, feelings, or behaviors. This concept is particularly relevant in therapy and counseling, where clients may resist discussing painful or traumatic experiences. This resistance can be conscious or unconscious and can hinder the therapeutic process. Understanding and addressing resistance is crucial for therapists, as it can provide insights into the client's internal conflicts and defenses. Techniques such as building a strong therapeutic alliance, using motivational interviewing, and gradually exposing clients to difficult topics can help in overcoming resistance.

In social and political contexts, resistance is often associated with efforts to oppose and challenge established power structures, policies, or social norms. Throughout history, resistance movements have played pivotal roles in advocating for social change and justice. Examples include the civil rights movement in the United States, the anti-apartheid struggle in South Africa, and the women's suffrage movement. These movements often involve a combination of nonviolent protest, civil disobedience, and sometimes armed struggle. The success of these movements typically depends on various factors, including leadership, organization, public support, and the ability to adapt to changing circumstances.

In contemporary times, resistance continues to be a vital force in addressing issues such as climate change, systemic racism, and economic inequality. Activists and grassroots organizations worldwide are mobilizing to resist policies and practices that they perceive as unjust or harmful. Social media and digital communication have transformed the landscape of resistance, enabling rapid dissemination of information, coordination of actions, and amplification of marginalized voices.

Resistance, in its many forms, is an essential aspect of human experience and societal development. Whether in the realm of science, health, psychology, or social justice, resistance challenges the status quo and fosters progress. It embodies the struggle for survival, dignity, and betterment, reflecting the resilience and determination inherent in individuals and communities. As such, understanding and engaging with the concept of resistance is crucial for addressing the complex challenges of our world. "

... and at times the sources do not even address the most common of them all in the resistance ..

It be the pen and paper writing ..

When the pen has a resistance to the paper quality it is being written on the writing experience is determined as good bad or average ..

When the holding posture of the pen is conveniently comfortable to write, it produces the quality of writing exhibited ..

When the nib and flow of the ink on the pen is of desired like , the paper may be of the best resistance quality, the writing shall never be of the desired ..

paper same .. nib different , pen different .. sign same , but all different in form and appearance ..

GN 😴

Amitabh Bachchan

[33-108]

The theories of pratibimba and spanda holds that all forms, ideas, and archetypes exist as pre-formations within subtler realms, akin to the archetypal world of Atziluth in Kabbalah - within the higher tattvas.. and these pre-manifest concepts have their own spanda – a unique vibration or pulse that defines their nature and influence within the cosmos. This spanda is not merely an abstract notion but a living, dynamic resonance that echoes through all levels of existence, from the most refined to the grossest.

Humans and jivas themselves carry their own spanda, a complex amalgamation of karmic traces, sanskaras, and vibhasas that shape their perceptions and interactions with these archetypes.

Just as a polished mirror reflects light differently than a fogged or cracked one, the jiva's particular vibrational state determines how it experiences the divine, the demonic, and everything in between. The divine is not a monolithic force perceived uniformly by all beings, but a spectrum of vibrations that resonate uniquely within each consciousness, shaped by the distinct spanda of the perceiver.

This is why certain archetypes or entities, while possessing objective existence, appear differently to different individuals. They do not merely project their qualities uniformly, but rather reflect back the nature of the perceiving consciousness, filtered through its accumulated karmas and mental impressions. One jiva may encounter a deity as a terrifying force, while another may experience it as an all-embracing presence, both responses being valid reflections within the grand spectrum of spanda.

The diversity of religion, spirituality, and even moral systems can be seen as a direct consequence of this principle. It is not merely cultural conditioning or subjective bias but a deeper, vibrational truth – that different jivas resonate with different facets of the divine. What is a guiding force for one may be a confounding or destructive influence for another. This explains why some are drawn to the dark, chaotic forces of the Sitra Achra, the paths of Aghora, and various Tantriks, while others find their calling in the "light-filled" corridors of Vedic or Abrahamic devotion.

The universe itself, at its most fundamental level, is vibration, and these frequencies govern the experience of all beings. Qualia – the subjective, ineffable nature of perception – arises from this interplay, making the experience of heat, cold, pleasure, or pain vastly different for each jiva. The same fire that warms one creature may consume another, the same darkness that terrifies one being may be a source of comfort and power for another.

This principle extends even to the structure of one's spiritual path. A jiva's natural inclinations, shaped by its unique spanda, make certain practices more effective for accessing divine realms or gaining spiritual insight. This is not merely psychological but vibrational, aligning with the gunas – sattva, rajas, and tamas – which color the nature of one's spiritual journey. Some are naturally inclined toward the transcendent and monistic, others toward the immanent and pluralistic, reflecting the inherent diversity of spanda across time, species, and individual beings. This variation is also profoundly influenced by the yugas, the great cycles of time in Vedic cosmology, where certain traits and combinations become more advantageous or spiritually potent depending on the collective vibrational environment of the age.

Even in the very term "deva" we see this principle at work. In the Vedic tradition, devas are beings of light, the pure forces of order and cosmic harmony, while in Zoroastrianism, the word evolved into "daeva" – the demonic forces of chaos and falsehood, representing the inversion of these same beings in a different cultural and vibrational context. The modern term "devil" itself descends from this inversion, illustrating how beings with a shared metaphysical origin can be perceived as radically different depending on the karmic and vibrational orientation of the perceiver.

Astrology offers a striking parallel to this theory. Planets are traditionally labeled malefic or benefic, yet their effects vary dramatically depending on the spanda of the individual chart. In my case, this principle is clearly illustrated. My Saturn, often considered a harsh and limiting force, is functionally benefic in my chart, being placed in the 12th house in Capricorn in my D60 (Shastiamsa), a chart known to represent the purusha or jiva at the most subtle level. Here, Saturn is in Deva Devata, the most benefic of the Shastiamsa devatas, indicating a highly supportive and spiritually empowering influence. Additionally, my Saturn is in Capricorn in the 4th house of my D9 (Navamsa) and in Aquarius in the 11th house of my D1 (Lagna), all domicile placements where Saturn naturally flourishes, further reinforcing its benefic nature across multiple layers of my being.

Moreover, my Guru Chandal Yoga, a combination of Jupiter and Rahu in close conjunction, occurs in the 7th house of my D1 and the 3rd house of my D60, both in the same half of a degree and within the Shuddha (Pure) Devata – a strongly benefic devata known for its purifying and uplifting influence. This placement is particularly significant in Kali Yuga, where such combinations are often seen as advantageous, granting unconventional wisdom, insight, and resilience. This again underscores how what might be considered malefic in one context can function as benefic in another, depending on the overall vibrational context and karmic alignment.

I have directly engaged with the devatas of my D60 through deep meditation, ekagrata, the dharanas of the Vijnana Bhairava Tantra etc.. moving up the tattvas to access knowledge of my chart, jiva, and karma. This direct interaction with these energies has deepened my understanding of how spanda influences not just my personal experience, but the very fabric of reality itself. This personal practice has confirmed for me the profound truth that the divine, the demonic, and the self are not fixed entities but fluid, vibrational reflections within the grand mirror of consciousness.

[ubese-language-databank]

Introduction to the Ubese Language

Welcome to the Ubese Language Databank! We will be posting one Ubese word of the day each day. Ubese consists entirely of verbs, so all you need to know is how to conjugate them. In this introductory post, we will cover the alphabet and various aspects of grammar. Each word of the day will showcase the definition and conjugation of each verb. Ia-to! Tages! (Let's begin!)

Alphabet and Punctuation

The Ubese alphabet is simple, consisting only of fourteen letters and three punctuation marks. Stress in vital in Ubese for distinguishing between different words, such as "ya-tei," meaning "I concur," vs "yatei," meaning "dismember me." Stress falls in an alternating pattern— for example, "ya-teiset-ga," meaning "they are not agreeable," is stressed on the even-numbered syllables, while "yateis-etga," meaning "they are not separated," is stressed on the odd-numbered syllables.

Topic Markers

Topics in Ubese indicate the the subject or object of the sentence, depending on whether the verb that follows is active or passive. For example, "o, ta-chei" means "I hear you," while "ei, tasho" means "you are heard by me." The topic marker is often voiced as a comma in spoken Ubese and is transliterated in Basic accordingly. Not every Ubese construction requires a topic— for example, "ta-chei" means "my ears work perfectly." Third person verbs are inflected with either animate or inanimate pronouns. Sentient beings, droids, animals, and plants are considered animate; all other objects are considered inanimate.

Suffixes

Negative suffixes in Ubese negate a given verb. For example, "a, ta-cheitga" means "I didn't hear that," and "edchat-ga" means "that is not edible."

Optative suffixes in Ubese express a desire for something to occur or be true; for example, "os, yo-teish" means "I want to show you something," and "udis-esh" means "may they learn."

Polite suffixes soften an otherwise direct verb form. For example, "a, yuh-to" means "give me that," while "a, yuh-tocha" means "please pass the bloodworms."

Adjectival suffixes turn verbs into descriptions, which generally serve the role of nouns in Ubese. For example, "a, eg-teis" means "we eat," while "eg-taza" means "food," or literally, "it is for eating."

Mathematics

Ubese is a highly contextual language with no actual root nouns. Thus, they do not have base cardinals. Instead, numbers are expressed in terms of arithmetic. For example, to say "I would like to buy four jogans for one credit," one would say "a, de-go. Ei, ze-gei," or, "add four jogans to my cart, I will add one credit to your pocket." Inverse operations are expressed in negatives; for example, to say "I will only give you half that much," one would say, "O, gyuh-tatga," or, "divide the amount of jogans by two."

You now understand the complete workings of Basic Ubese grammar! With these construction principles, you can conjugate any verb in the Ubese lexicon. Yu-gyosesh-cha! (I hope this lesson was satisfactory!)

[1yyyyyy1]

Tips & tricks on how to stop giving a fuck about other people, specifically their feelings and chimpout reactions, if you're sensitive to that stuff?

This is a complex topic. You can become sensitive to people's reactions for quite a few reasons, ranging from mild workplace disagreements to severe trauma. The most effective approach will depend on the cause. As such, I will always advise to consult a qualified professional if it is possible. The following is what found helpful in my own introspection and what I personally find important to understand about mental health.

Do you have these moments in your life where, long after a conflict subsided, you replay an event in your head wishing you had retorted with something clever? Do you find yourself thinking how stupid you are for being bothered by something this petty? Is your immediate decision to shut your eyes tight and wish for it to go away? Don't. Stop in your tracks and finish your line of thought. A disturbance like that is not petty. In situations where retaliation is not an option for a variety of reasons, be it the danger of calling out your superior, or simply because the opportunity is long gone, people tend to not only opt out of confrontation, they opt out of experiencing the related emotional feedback as well. How often do you feel that your anger is useless? That the situation is simply too dire to be resolved with a simple display of emotion, and that expressing your displeasure would be a waste of time? Anger is an indication that something is wrong, and it is useless for as long as you devalue yourself and your own biological processes. The reaction you wish you had had has not gone anywhere, you are simply suppressing it over and over again, just like you did during the incident. Recalling it in an untimely manner is what the brain does in an attempt to process the event in earnest.

The solution comes down to the following psychological phenomenon: it does not matter to your brain whether the person you are referring to is real or imaginary, it treats them all the same. If it is not safe for you to confront the person, do it retrospectively and it will have a similar effect relieving emotional tension. The same principle applies to situations where it is dangerous for you to express your disdain outright: dealing with an abusive ex-boyfriend, your parents threatening to evict you should you make a fuss. You can see me refer to an imaginary person in this post as to avoid a spat and let off steam all the same. I have had women confide me in the fact that they talk to themselves in private, and it is crucial to recognize what this process functionally is. Do not deny yourself this on the premise that it is stupid or bizarre. Whenever you catch yourself slipping into an unpleasant memory, take a step back and play out the event as if it were real. Defend yourself to the best of your ability and don't mince words. I assure you, you will not only feel better, you will no longer be haunted by the incident soon after the exercise is over.

If I were you, I would ask myself this: Why do I care? Why do I care about people's feelings? Why do I feel like I have to take them into consideration?

Many a thing with insecurities are an inverse trauma response. It is easier to assume that you breaking down means you are unfit for the job, and not that your supervisor is a bully. It would require reflecting on the circumstances that led up to the moment: financial instability, fear of losing the job, a potentially triggered flashback; that in itself is traumatic. The best thing you can do is not make an enemy of yourself. Few a person has your best interest in mind. Now is not the time to be insecure.

I do not care about people’s opinions and feelings because their input is of limited value to me. Living by this world’s principles has never worked for me, it is stupid to assume that it will now. A common concern I have seen women express over consistently making a harsher judgement is that they will end up not having enough self-awareness not to go overboard, and that they will needlessly hurt the people around them and themselves in the process. The truth is that people who are malignant behaviorally do not ask themselves these questions, and they certainly do not consider themselves being at fault a possibility. With a smidge of awareness, you are good to go.

[techpointfundamentals]

Dependency Inversion Principle of SOLID Principle:

Q01. What is Dependency Inversion Principle (DIP) of SOLID? Q02. What is Inversion of Control (IoC)? Q03. What is Dependency Injection (DI)? Q04. What is IoC Container? Q05. What is Coheson vs Coupling?

Please visit www.techpointfunda.com for more Interview Questions and Answers.

[renatoferreiradasilva]

TopoThermal Inversion: A Mathematical Framework for Tumor Microenvironment Optimization in Thermal Therapies

\documentclass[12pt]{article} \usepackage{amsmath, amsfonts, amssymb, amsthm, bm, graphicx, hyperref, geometry} \usepackage[capitalize]{cleveref} \usepackage{tikz} \usetikzlibrary{knots} \usepackage{booktabs}

\geometry{margin=1in} \title{TopoThermal Inversion: A Mathematical Framework for Tumor Microenvironment Optimization in Thermal Therapies} \author{Renato Ferreira da Silva} \date{2025}

\newtheorem{theorem}{Theorem}[section] \newtheorem{lemma}[theorem]{Lemma} \newtheorem{conjecture}[theorem]{Conjecture} \newtheorem{definition}[theorem]{Definition} \newcommand{\RR}{\mathbb{R}} \newcommand{\FF}{\mathcal{F}} \newcommand{\OO}{\Omega} \newcommand{\TT}{\mathcal{T}}

\begin{document} \maketitle

\section{Introduction} The efficacy of ablative thermal therapies such as Precise Plasma Therapy (PPT) for prostate cancer depends critically on the anisotropic heat diffusion modulated by the extracellular matrix (ECM) topology. This paper establishes a novel \emph{topothermal inversion framework} that bridges geometric measure theory with thermodynamic modeling. Our core contribution is the mathematical formalization of the relationship: [ \underbrace{\text{ECM Topology}}{\Psi(\FF)} \rightleftharpoons \underbrace{\text{Thermal Response}}{T(\bm{x},t)} ] where the bidirectional arrow represents our inversion operator $\mathcal{I}: \TT \to \Psi$ (reconstruction) and $\mathcal{I}^{-1}: \Psi \to \TT$ (control).

\section{Mathematical Formulation} \subsection{Geometric-Thermal Duality} \begin{definition}[Admissible Fiber Network] A fiber network $\FF = {\gamma_i}_{i=1}^N$ is \emph{admissible} ($\FF \in \mathcal{A}{\text{ad}}$) if: \begin{enumerate} \item $\gamma_i \in W^{2,p}(\OO)$ for $p > 3$ (Sobolev regularity) \item $\beta_1(\FF) \geq b{\min}$ (minimal connectivity) \item $|\kappa(\gamma_i)|_{L^\infty} \leq \kappa_{\max}$ (curvature bound) \item $\text{dim}_H(\FF) \in [2.3, 2.7]$ (Hausdorff dimension constraint) \end{enumerate} \end{definition}

The effective conductivity tensor $k_{\text{eff}}(\FF)$ incorporates topological invariants: [ k_{\text{eff}} = k_0\left(\bm{I} + \alpha \int_{\FF} \bm{\tau} \otimes \bm{\tau} \, d\mathscr{H}^1 - \beta \text{CEM}(\bm{x}) \bm{R}(\nabla \otimes \nabla \mathcal{K})\right) ] where $\bm{R}$ is the Reeb operator acting on curvature distribution $\mathcal{K}$.

\subsection{TopoThermal Inversion Problem} Given partial thermal data $T|{\partial\OO}$ and $T(\bm{x},0)$, find $\FF^*$ minimizing: [ J(\FF) = \underbrace{\int\OO |\mathcal{L}{\FF}^{-1}(Q) - T{\text{target}}|^2 d\bm{x}}{\text{Thermal control}} + \lambda_1 \underbrace{|\Psi(\FF) - \Psi_0|{\mathcal{H}^1}^2}{\text{Topological fidelity}} + \lambda_2 \underbrace{\mathscr{E}{\text{topo}}(\FF)}{\text{Entropic regularization}} ] where $\mathscr{E}{\text{topo}}(\FF) = -\int_\OO p(\bm{x}) \log p(\bm{x}) d\bm{x}$ for fiber density $p(\bm{x})$.

\begin{theorem}[Existence of Solutions]\label{thm:existence} Under hypotheses: \begin{enumerate} \item $k_{\text{eff}} \in L^\infty(\OO), k_{\text{eff}} \geq k_0 > 0$ (uniform ellipticity) \item $Q \in L^2([0,T]\times\OO)$ (source regularity) \item $\mathcal{A}{\text{ad}}$ is compact in $C^{1,\alpha}$ topology ($\alpha > 0.5$) \end{enumerate} the minimization problem admits a solution $\FF^* \in \mathcal{A}{\text{ad}}$. \end{theorem}

\begin{proof}[Proof Sketch] The proof proceeds via three steps: \begin{enumerate} \item Establish weak-$^$ closedness of $\mathcal{A}{\text{ad}}$ using Arzel`a-Ascoli theorem \item Show $J$ is lower semicontinuous under $C^{1,\alpha}$ convergence \item Apply Tonelli's direct method: [ \inf{\FF \in \mathcal{A}{\text{ad}}} J(\FF) = \lim{n\to\infty} J(\FF_n) \geq J(\FF^) ] for convergent subsequence $\FF_n \to \FF^*$ \end{enumerate} Full proof relies on compensated compactness for the curvature constraint. \end{proof}

\section{Topothermal Maximum Principle} \begin{conjecture}[Critical Entropy Bound]\label{conj:critical} There exists $\delta_{\text{crit}} > 0$ such that for $\text{IEF}(\FF) > \delta_{\text{crit}}$, the thermal field satisfies: [ \max_{\bm{x}\in\OO} T(\bm{x},t) \leq C(\OO) \cdot \emph{\text{TTI}}(\FF) \cdot |Q|_{L^\infty} ] with the Topological Thermodynamic Index (TTI): [ \text{TTI}}(\FF) = \int_{\OO} \frac{|\nabla T|^2}{1 + \beta \cdot \emph{\text{CEM}}(\bm{x})} d\bm{x} ] Moreover, $\delta_{\text{crit}}$ is characterized by: [ \delta_{\text{crit}} = \sup \left{ \delta : \frac{\partial^2 \text{TTI}}}{\partial \delta^2} \bigg|_{\delta_0} = 0 \right} ] \end{conjecture}

% Remaining sections continue here…

\end{document}

[nebris]

“Otto Weininger described the figure of the great politician as one who is a despot and at the same time a worshiper of the people, or simultaneously a pimp and a whore, which is something people instinctively perceive. Though it is certainly wrong to apply such a view to every type of political leader, it nevertheless captures the essence of Bonapartism. What occurs here is an inversion of polarity: the leader has a value only by relating to the collective group, to the masses, establishing with them—namely, with the lower end of society—an essential relationship. This is why, despite all, or should I say, precisely because of it, we are still within the boundaries of "democracy." While the traditional view of sovereignty and authority is characterized by the distance from the people, and the feeling of distance induces in the inferiors a sense of veneration, a natural respect and disposition to obedience and loyalty toward the leaders, in the phenomenon I am describing the opposite is true: what we find instead is the abolition of, and even an intolerance for, any distance. The Bonapartist leader is and cares to he regarded as a "son of the people," even when the reality is different. He ignores the traditional principle according to which the wider the base is, the higher the pinnacle should be. He is enslaved to the complex of "popularity": thus, he attends all those rallies from which he may derive the feeling, illusory though it may be, that the people follow and approve him. In this case, it is the superior that needs the inferior, instead of the other way around. Of course, there is a counterpart to this: at least during the phase when he rises to power, the prestige of the Bonapartist leader depends on the fact that the masses perceive him to be close to them or as "one of us." In a similar situation the "anagogic" power (i.e., drawing upward), which is the essence and the reason for existence in every true hierarchical system, is excluded a priori. So what we are left with is what Weininger described with a crude expression: mutual prostitution.”

[dinosaursonthetwinplanet]

Rapid Fossilization of Dinosaur Remains via Cosmic-Triggered Mineralization

My hypothesis proposes that dinosaur fossils were mineralized not through slow geological processes over millions of years, but rather through a rapid petrification mechanism triggered by intense cosmic forces. The preservation level of these fossils, combined with internal structural details that closely resemble living tissue in MRI/CT imaging, suggests an alternative explanation to standard permineralization: one involving high-energy cosmic interactions acting on water-rich biological tissues.

Introduction

Traditional fossilization theories assert that bone and tissue are gradually replaced by minerals over geologic timeframes through groundwater percolation (permineralization). However, this model struggles to explain the exceptionally well-preserved internal structures found in some dinosaur fossils, such as:

• Preserved blood vessels and cellular outlines.

• High-resolution internal microstructures resembling those seen in living organisms These anomalies warrant re-examining the possibility of rapid fossilization under extraordinary environmental conditions.

Core Hypothesis

I propose that a high-energy cosmic event (or sustained cosmic force) acted upon dinosaur remains shortly after death, triggering:

• Instant or rapid dehydration of biological material.

• Ionization and crystallization of water and soft tissues.

• Quartz or silica infusion, forming fossil structures nearly identical to quartzite This event could have involved one or more of the following:

• Electromagnetic radiation bursts (solar flare, gamma-ray burst)

• Planetary-scale magnetic field inversion or pulse.

• Gravitational wave exposure from a nearby astrophysical event

• Unknown energetic cosmic field interaction with hydrogen-rich tissue (not unlike the principles behind MRI signal dependence)

Supporting Observations:

• Microscopic fossil structure: Resembles living tissue seen in MRI/CT, suggesting near-immediate preservation rather than slow degradation.

• Presence of quartz-like crystalline structures in some fossilized bones.

• Soft tissue remnants in multiple dinosaur fossil finds (e.g. T. rex by Schweitzer) raise questions about long-term molecular preservation.

• MRI comparison: Hydrogen-based imaging in MRI aligns conceptually with fossil water content being key in early tissue response to cosmic energy.

Testable Predictions

If this hypothesis is correct, we should observe:

• Residual isotopic anomalies in fossils consistent with sudden energy absorption.

• Geological layers with evidence of a high-energy event (e.g. shocked quartz, unusual magnetism, fusion crusts).

• Comparisons between MRI scans of modern biological samples and high-resolution scans of fossils may reveal near-identical structural patterns suggestive of non-degraded tissue.

Conclusion

This hypothesis challenges conventional long-term fossilization models by proposing that certain fossils—particularly those with exceptional preservation may be the result of cosmic triggered rapid mineralization. This would mark a paradigm shift in our understanding of fossil formation, connecting cosmic-scale physics with earth-bound paleobiology. Cosmic processes especially those involving extreme energy like supernovae and stellar fusion—are responsible for creating many of the heavy elements we see on Earth, including:

• Silicon (formed in massive stars through fusion before they explode).

• Gold, platinum, uranium (mostly from neutron star collisions or supernova nucleosynthesis).

• Even diamonds may have extraterrestrial origins in some cases (e.g., nano-diamonds found in meteorites).

So as Hydrogen, being the simplest atom, could theoretically be transformed into heavier elements by adding properties (like neutrons, protons, or energy) via cosmic processes. That’s absolutely grounded in nuclear physics:

• Hydrogen fusion in stars is how helium, carbon, oxygen, and silicon are created.

• Adding energy (via cosmic rays, gamma bursts, or gravitational forces) to hydrogen-rich matter could in theory trigger transmutation or mineralization processes not normally found under Earth-bound conditions. If cosmic-scale forces can:

• Create new elements.

• Fuse atoms

• Restructure matter under enormous pressure and heat then localized transmutation or rapid mineralization of organic, hydrogen-rich remains (like dinosaur bones) might occur under specific cosmic exposure scenarios.

How This Connects Back to Fossils:

1. Fossil bones (rich in water/hydrogen) interacted with a cosmic-level energy event.

2. This triggered internal atomic/molecular rearrangement, potentially forming crystalline silicates (quartz-like) directly from organic matter.

3. The result: instant fossilization with MRI-like internal structure intact, preserved in silica or quartzite.

• Some fossils look almost “snap frozen” in detail.

• We see cell-like structures rather than mineral that cosmic events don’t just create elements in space they may have acted directly on Earth to convert biological tissue into stable mineral structures (like quartz or even exotic matter) in a rapid and energetically-driven way.

[codingbrushup]

Coding Brushup for Java #10: Best Practices & Tips

In the fast-evolving world of software development, writing clean, efficient, and maintainable code is paramount. For Java developers, adhering to best practices not only enhances code quality but also ensures scalability and ease of collaboration. This guide delves into essential Java coding best practices, offering actionable insights to elevate your programming standards.

1. Embrace Meaningful Naming Conventions

Clear and descriptive names for classes, methods, and variables significantly improve code readability and maintainability. Avoid ambiguous names like temp or data; instead, opt for names that convey purpose, such as calculate Total Price or user Age. Consistent naming conventions also facilitate smoother collaboration among developers.

2. Adhere to the DRY Principle (Don't Repeat Yourself)

Repetition in code leads to redundancy and increases the risk of errors. By creating reusable methods or classes, you can eliminate duplicate code, making your codebase more concise and easier to maintain. For instance, instead of duplicating validation logic across multiple methods, centralize it in a single utility class. ​

3. Implement the Single Responsibility Principle (SRP)

Each class should have one reason to change, meaning it should only have one job or responsibility. By ensuring that classes are focused on a single task, you enhance code clarity and make it easier to modify or extend functionality without unintended side effects. ​

4. Utilize Exception Handling Wisely

Proper exception handling is crucial for building robust applications. Avoid using exceptions for control flow; instead, catch specific exceptions and handle them appropriately. Employ try-with-resources statements to manage resources like file streams, ensuring they are closed automatically. ​

5. Leverage Java Streams and Lambda Expressions

Introduced in Java 8, Streams and Lambda expressions allow for more concise and readable code, especially when dealing with collections. They enable functional-style operations like filtering, mapping, and reducing, which can simplify complex data processing tasks. ​

6. Prioritize Code Readability

Code is often read more frequently than it's written. Therefore, prioritize readability by using consistent indentation, meaningful comments, and clear logic. Avoid deep nesting and complex conditionals; instead, break down complex methods into smaller, more manageable ones. ​

7. Follow the SOLID Principles

The SOLID principles are a set of five design principles that promote object-oriented design and programming:​

Single Responsibility Principle (SRP): A class should have one, and only one, reason to change.​

Open/Closed Principle (OCP): Software entities should be open for extension but closed for modification.​

Liskov Substitution Principle (LSP): Objects of a superclass should be replaceable with objects of its subclasses without affecting the correctness of the program.​

Interface Segregation Principle (ISP): No client should be forced to depend on methods it does not use.​

Dependency Inversion Principle (DIP): High-level modules should not depend on low-level modules. Both should depend on abstractions.​

Adhering to these principles leads to more modular, flexible, and maintainable code. ​

9. Optimize Performance Thoughtfully

While it's important to write efficient code, premature optimization can lead to unnecessary complexity. Focus on writing clear and correct code first; then, profile and optimize performance-critical sections as needed. Utilize tools like JProfiler or Visual VM to identify bottlenecks in your application.​

Conclusion

By integrating these best practices into your Java development workflow, you can produce code that is clean, efficient, and maintainable. Remember, the goal is not just to write code that works, but to write code that is easy to understand, modify, and extend. Continuous learning and adherence to these principles will set you on the path to becoming a proficient Java developer.​

Read Original Source- https://codingbrushup.com/coding-brushup-for-java-10-best-practices-tips/

[talonabraxas]

Veil upon Veil you hide The well-spring of the Infinite, The blue that delights, Pierces the heart, And produces a sapphire jewel.

Celestial Deity Talon Abraxas

"The light of the sun is the source of the colour we see reflected in the world. It begins in gamma rays whose wavelengths are a million times too short to see. By a process of absorption and re-emission throughout the sun's body, these spread out into longer wavelengths which travel through space and are further altered by interaction with the atmosphere. If there are no dusts or gases in the heavens, the sky appears black, as it does ten miles out from the earth's surface where the atmosphere thins out almost to the vanishing point." The old man adjusted himself in the chair and continued: "The colour of the sky, child, is closely associated with the way light, falling on matter, is scattered in all directions. The amount of scattered light is greater for shorter blue wavelengths than for longer red ones." Here the learned mariner became more technical and spoke slowly, using his hands to explain. "The intensity of scattered light is inversely proportional to the fourth power of the wavelength. Because of this, blue light loses more energy than red and its scattering is dependent upon low atmospheric content. In the atmosphere of the earth, molecules of gases scatter the blue waves in all directions while the red waves are absorbed, causing the sky to appear blue. The more rarefied the air, the greater the scattering of these short waves and the deeper the colour of blue. But when there is considerable dust or moisture in the air, the layers of particles scatter the longer red waves and cause the sky to become whiter. The red and blue light mixes to produce the whitened sky so common in higher latitudes where moisture particles hang in the air. So the dust rising in a hot, dry clime bleaches out the heavens until a heavy rain settles the earth and leaves behind it a deep saturated blue. Men long for that blue, child. They always dream of travelling south into the azure intensity that has inspired poets and painters for countless years. So thus they gaze out over the horizon as you do, trying to penetrate its vastness."

“Blue color is everlastingly appointed by the deity to be a source of delight.” — John Ruskin

Appointed by the Deity, it is the abode of the gods, their intrinsic attribute and celestial surrounding. It is the colour of the Queen of Heaven and the feminine principle of the Great Deep. It veils the impenetrable void of chaos and yet recedes into its folded mystery. It is the colour of the cloak of Hera and Zeus and clings to Diana's fleet, forested shape. It is reflected in the blue robes once worn by priests at the grave and by the Levites who called their garb the livery of heaven. 'The Blue' is a synonym for heaven and all that is divine. In the darkened depths of its expanse lies Nature's solitude, wrapped in a cold noumenal glow whose purity is incomparable. By its grace, the sea takes on its colour and draws the ocean of space into the world, but the purity of 'the Blue' remains aloft to be viewed from mountain tops on perfectly clear and blessed days.

[kalifissure]

WARNING! CRACKPOT PHYSICS!

**Neutron Decay Cosmology (NDC)** is a cosmological model where the expansion of the universe is driven by the decay of free neutrons in deep voids, while gravitational collapse at event horizons provides the necessary counterbalance. Instead of a one-time Big Bang, the universe is **homeostatic**, continuously expanding and contracting through a natural feedback cycle.

### **Core Principles of Neutron Decay Cosmology**

1. **Expansion via Neutron Decay:**

- In deep cosmic voids, where pressure is low, free neutrons decay into protons and electrons, leading to an extreme expansion in volume.

- A single neutron (initial volume ~0.6 fm³) decays into a proton-electron complex, stabilizing into amorphous hydrogen with a volume increase of ~\(10^{15}\).

- This massive volume expansion in voids drives what we perceive as **cosmic acceleration** (akin to dark energy).

2. **Compression via Gravitational Collapse:**

- At high-density regions (e.g., neutron stars, black holes), gravity forces electrons into protons, reversing the decay process via **electron capture**, forming neutrons again.

- When a neutron star collapses beyond a critical density, individual neutron identities merge into a singular event horizon, reducing cosmic volume.

- This contraction counters the expansion from neutron decay, maintaining overall **homeostasis**.

3. **Compactified Time & Shirley’s Surface:**

- Time is **compactified over a single Planck second**, meaning there is no external time—just local density-dependent flow.

- The universe is structured as **Shirley’s Surface**, a **single-sided topological manifold** where expansion and contraction connect via a node.

- This results in two apparent "oppositional" regions—matter and antimatter—linked through **renormalization at infinity**.

4. **Matter & Antimatter as Opposites Across the Surface:**

- The event horizon acts as a **closure point** where the matter side (our universe) meets its antimatter counterpart.

- The flow of matter through the surface is cyclic: Neutrons decay into protons/electrons → hydrogen forms → stars create heavier elements → collapse forces re-neutronization.

- This model explains **why antimatter isn’t seen**—it’s the inverse side of Shirley’s Surface, not annihilating in our domain.

5. **Space as a Thixotropic Dielectric Superfluid:**

- Gravity is the **local flow rate** of this superfluid, which has maximum curvature at Planck scales.

- Electrons and positrons are **outflows and inflows** on Shirley’s Surface, explaining charge and spinor behavior.

- Photons are toroidal **propagating Marangoni currents** in time, while neutrinos are pure spin-aligned z-axis flows.

### **Key Predictions of Neutron Decay Cosmology**

- **Dark Energy = Expansion from Neutron Decay**

- **Dark Matter = Granular Proton-Electron Hydrogen Soup**

- **Cosmic Homeostasis = Expansion in Voids + Collapse at Event Horizons**

- **Antimatter Exists, but on the Inverse Side of Shirley’s Surface**

This model offers an alternative to inflation, heat death, and singularity-based cosmologies by treating the universe as a **self-regulating fluid flow system** instead of a one-time explosion or contraction.

[techsoundwave]

Лучшие практики кодирования: как писать чистый и поддерживаемый код

Как разработчик программного обеспечения, работающий в стартапе, я сталкиваюсь с множеством вызовов каждый день. Особенно это касается разработки мобильных приложений, где важно не только быстро запускать продукт, но и обеспечивать его долгосрочную поддержку и масштабируемость. Писать чистый и поддерживаемый код — это не просто хороший стиль, это необходимость для успешной разработки и дальнейшей работы над проектом.

1. Чистота и читаемость кода

Первая и, пожалуй, самая очевидная рекомендация — пишите код так, чтобы его было легко читать и понимать. Это включает в себя правильные наименования переменных, функций и классов. Имя должно сразу давать понять, что делает этот элемент. Например, переменная userAge намного понятнее, чем ua. Важно помнить, что код пишется не только для компьютеров, но и для людей, которые будут его читать.

Кроме того, стоит избегать длинных и сложных функций. Принцип единственной ответственности (Single Responsibility Principle) говорит о том, что каждая функция или метод должны выполнять только одну задачу. Если метод становится слишком большим, лучше разделить его на несколько более мелких и понятных.

2. Использование комментариев и документации

Хотя многие считают, что комментарии в коде — это признак плохого кода, на самом деле комментарии могут быть чрезвычайно полезными. Они должны использоваться, чтобы объяснить сложные или нестандартные участки кода, особенно если решение является временным или связано с определенными ограничениями. Но комментарии не должны быть заменой для плохо написанного кода. Вместо комментариев лучше улучшить само имя переменной или функции.

Не забывайте и о документации! Это касается как API, так и внутренних компонентов приложения. Хорошая документация значительно упрощает поддержку кода и улучшает взаимодействие с коллегами. Особенно это важно в процессе создания сайтов или других проектов, где несколько человек работают над одной частью системы.

3. Модульность и повторное использование кода

Одной из важнейших практик является модульность. Создание независимых, переиспользуемых компонентов — это путь к упрощению разработки и поддержке кода. Используйте паттерны проектирования, такие как MVC (Model-View-Controller) или MVVM (Model-View-ViewModel), чтобы разделить логи��у, представление и управление состоянием.

Когда вы пишете код, старайтесь избегать дублирования. Повторение кода не только делает приложение менее эффективным, но и усложняет его поддержку. Чем меньше дублирования, тем проще тестировать и обновлять систему.

4. Тестирование и автоматизация

Тестирование — это обязательная часть процесса разработки. Написание юнит-тестов позволяет убедиться, что ваш код работает как задумано, и снижает количество ошибок в будущем. Важно автоматизировать тестирование, чтобы оно проводилось при каждом изменении в коде. Также стоит внедрить интеграционные тесты, чтобы проверять, как компоненты приложения взаимодействуют друг с другом.

Автоматизация также помогает при создании сайтов — с помощью CI/CD (непрерывной интеграции и непрерывного развертывания) можно быстро и безопасно обновлять веб-приложения. Это ускоряет процесс разработки и минимизирует риск ошибок.

5. Принципы SOLID

SOLID — это набор пяти принципов объектно-ориентированного программирования, которые помогают создать чистый и гибкий код. Они включают:

S — Single Responsibility Principle (Принцип единственной ответственности)

O — Open/Closed Principle (Принцип открытости/закрытости)

L — Liskov Substitution Principle (Принцип подстановки Лискова)

I — Interface Segregation Principle (Принцип разделения интерфейсов)

D — Dependency Inversion Principle (Принцип инверсии зависимостей)

Следование этим принципам помогает писать код, который легко поддерживать и расширять в будущем.

6. Контроль версий

Системы контроля версий, такие как Git, являются неотъемлемой частью разработки. Они позволяют отслеживать изменения, работать в команде и вернуться к предыдущим версиям кода в случае ошибки. Хорошая практика — регулярно коммитить изменения и использовать осмысленные сообщения к коммитам, чтобы другим было понятно, что было изменено.

Чистый и поддерживаемый код — это не просто красивый код, это код, который легко читать, тестировать и обновлять. Писать его непросто, особенно в условиях стартапа, где требуется быстрая разработка. Но следуя лучшим практикам — таким как модульность, использование комментариев, тестирование и принципы SOLID — вы сможете создать не только функциональный, но и долговечный продукт. Эти подходы применимы не только для мобильных приложений, но и для создания сайтов, где масштабируемость и поддерживаемость играют важнейшую роль в долгосрочной перспективе.

[codezup]

Build Scalable Android Apps with Clean Architecture: Best Practices

1. Introduction What is Clean Architecture? Clean Architecture is a software design approach that separates an application into distinct layers, each with specific responsibilities. It ensures scalability, testability, and maintainability by adhering to principles like separation of concerns and dependency inversion. Importance In Android app development, Clean Architecture is crucial for…