bandeau_logo_en01.jpg

bandeau_logo_en02.jpg

bandeau_logo_en03.jpg

bandeau_logo_en04.jpg

bandeau_logo_en05.jpg

You are here :   Home » Blog » All the posts
    Print this page...
Sentence to think about :   The most wasted of all days is the one that is empty of laughter   (Nicolas Chamford)

Shift Pharmacies

Blog - All the posts

Cybersecurity and Cybercrime

"Tank's" confessions from prison have highlighted the magnitude of contemporary cybercrime, showing how large gangs operate with mafia-like structures and underscoring the urgency of strengthening global cybersecurity.

In the digital age, cybersecurity has become a fundamental pillar for the protection of individuals, companies and governments. Revelations by high-profile hackers, such as Vyacheslav Penchukov, alias Tank, have captured the attention of the public and computer security specialists. Their testimonies from prison not only expose the modus operandi of the large cybercriminal gangs, but also reflect the growing sophistication and dangerousness of these organizations.

The case of "Tank"

Tank was one of the world's most wanted cybercriminals, leading groups that stole millions using banking malware and ransomware. According to his statements, cybercriminal gangs operate with clear hierarchies, division of tasks and a network of contacts that allows them to evade justice for years.

  • Charisma and leadership: Penchukov did not stand out only for his technical skills, but also for his ability to lead and build trust among his collaborators.
  • Mafia structure: The groups he led operated as criminal enterprises, with programmers, malware distributors, money launderers, and recruiters.
  • Global impact: Thousands of victims around the world were affected by its attacks, demonstrating the transnational scale of cybercrime.

Cybercrime as a global threat

Tank's confessions  illustrate that cybercrime is not an isolated phenomenon, but a global threat that affects individuals as well as financial and state institutions.

  • Transnationality: The attacks do not recognize borders, which hinders international cooperation.
  • Constant evolution: Cybercriminals adapt their methods, moving from simple electronic frauds to complex ransomware campaigns.
  • Parallel economy: Cybercrime generates millions of dollars, fueling illegal markets and weakening trust in the digital financial system.

ciberseguridad.jpg

The cybersecurity response

In the face of these revelations, cybersecurity must be understood as a collective effort.

  • Governments: They need to strengthen international cooperation and establish more agile legal frameworks.
  • Companies: They must invest in early detection systems, training and response protocols.
  • Users: Digital education is key to reducing vulnerability to phishing and malware attacks.

Conclusion

Tank's statements  from prison are not mere anecdotes, but warnings about the magnitude of the problem. Cybercrime has established itself as one of the main threats of the 21st century, and cybersecurity must evolve at the same pace to protect the digital infrastructure that sustains our daily lives. Tank's story  is a reminder that fighting cybercrime requires constant vigilance, international cooperation, and a more conscious digital culture.

 

Descargar Manual de Ciberseguridad 

Published on 26/11/2025 » 17:01  - none comment - |     |

🤖 Generative and applied Artificial Intelligence: the future is already here

 Artificial Intelligence (AI) continues to expand at a breakneck pace, transforming sectors as diverse as digital content creation, personalized medicine, education, the financial industry,  and global logistics. Among its most promising branches are generative AI and deep learning systems, capable of offering faster, more adapted, and creative solutions.

🌐 Generative AI: Augmented Creativity

Generative AI focuses on producing new content—text, images, music, code—from learned patterns.

  • ✍️ Media and communication: automatic generation of articles, scripts and advertising campaigns.
  • 🎨 Art and design: creation of visual and sound works with custom styles.
  • 💻 Programming: assistance in software development, code optimization, and rapid prototyping.

👉 Its impact lies in the democratization of creativity, allowing professionals and companies to accelerate processes without losing quality.

🧬 Applied AI: Precision and Personalization

Beyond content generation, applied AI is aimed at solving specific problems in critical sectors:

  • 🩺 Personalized medicine: analysis of genomic and clinical data to design tailor-made treatments.
  • 📈 Finance: fraud detection, market prediction and automated advice.
  • 🚚 Logistics and transportation: route optimization, cost reduction and improvement in energy efficiency.
  • 🎓 Education: adaptive platforms that adjust content according to the learning pace of each student.

⚙️ Deep learning: the engine behind the revolution

Deep learning systems allow AI to process large volumes of data and recognize complex patterns.

  • 🔍 Image and voice recognition.
  • 🧠 Predictive models to anticipate behaviors.
  • 🌍 Machine translation and virtual assistants are becoming more and more natural.

This approach drives the adaptability of solutions, making AI fit changing contexts and specific needs.

🚀 Expected impact in the next decade

The convergence between generative and applied AI promises:

  • Increased speed in the creation and analysis of information.
  • Customized solutions in health, education and services.
  • Constant innovation in creative and technological industries.
  • Sustainable and efficient mobility, thanks to the optimization of resources.

🗣️ Final Thoughts

Artificial Intelligence is no longer a promise of the future: it is a transformative reality that redefines how we work, learn and relate to each other. The combination of generative creativity and applied precision opens a horizon where technological innovation becomes a strategic ally for human development.

Published on 20/11/2025 » 16:56  - none comment - |     |

Byung-Chul Han: A Philosopher at the Peak of His Influence

Byung-Chul Han (Seoul, 1959) will receive the 2025 Princess of Asturias Award for Communication and Humanities at a unique moment in his intellectual career. With more than two million books sold and some thirty works published in just twelve years, the South Korean-German philosopher has established himself as the most influential contemporary thinker in the critical analysis of neoliberal society, digital hyperconnectivity and what he calls the "society of fatigue".

However, his new essay On God. Thinking with Simone Weil (Paidós, 2025) marks a significant turning point: for the first time, Han openly explores the spiritual and theological dimension of his thought, revealing himself not only as a critical philosopher but as a practicing Catholic and trained theologian.

The proposal: Seven concepts to survive nonsense

The book is structured around seven fundamental concepts drawn from the thought of the French philosopher and mystic Simone Weil (1909-1943): attention, uncreation, emptiness, silence, beauty, pain and inactivity. These terms function simultaneously as chapters of the book and as entries in a philosophical-spiritual glossary for our time.

The choice of Weil as interlocutor is not accidental. Han considers her "the most brilliant intellectual figure of the twentieth century" and confesses with remarkable intimacy: "It's been some time since Simone Weil slipped inside me. It settled in my soul. And today it continues to live and speak inside me." This autobiographical statement, unusual in his earlier work, sets the meditative and personal tone of the essay.

The central thesis: Decreation as a response to consumerism

The core concept of the book is uncreation, an original idea of Weil's that Han adopts and reinterprets. Uncreation does not imply destruction, but conscious renunciation of the ego, the self inflated by the will to power and constant performance. As Han explains: "If we, as creatures born of God's love, uncreate ourselves, that is, renounce self and become nothing, we are participating in the absolute power of God."

This proposal acquires its critical dimension when contrasted with the diagnosis of contemporary society: the modern human being appears as a "slave to his own creations", trapped in a cycle of voluntary self-exploitation that the neoliberal system does not impose through repression, but through seduction. Decreation is then presented as a way of radical liberation from consumerism, hyperactivity and digital saturation.

The method: Dialogue or exhibition?

One of the most debated aspects of the book is its methodological nature. The original German title Sprechen über Gott. Ein Dialog mit Simone Weil ("Talking about God. A dialogue with Simone Weil") suggests a dialectical exchange. However, specialized critics have observed that Han operates more as a "no-holds-barred expositor" than as a critical interlocutor.

The essay quotes extensively from Weil's works of Christian spirituality (Gravity and Grace, Waiting for God, Notebooks), but rarely disagrees or qualifies. This almost total adherence can be interpreted in two ways: as a methodological limitation or, alternatively, as a declaration of philosophical and spiritual principles that transcends the mere hermeneutical exercise.

Thematic Continuity: Hanian Themes Revisited

Despite the mystical turn, On God maintains a remarkable continuity with the recurring themes in Han's work. Criticisms of the technologized society, hyperconnectivity, consumerism, self-exploitation, forced transparency and existential boredom reappear, but now articulated from a theological and spiritual framework.

The originality lies in the fact that Han finds in Weil's thought an early and surprisingly current critique of the modern world. When Weil, a heterodox Marxist of the mid-twentieth century, describes human beings as "slaves of their own creations," she anticipates with decades of advantage the Hanian diagnosis of digital capitalism and neoliberal self-exploitation.

The style: Brevity, poetry and mysticism

With just 135 pages, the essay responds to Han's characteristic short format, but introduces a significant stylistic novelty: a more poetic, contemplative and, in the words of the critics, "luminous" writing. The intimate and confessional tone contrasts with the more analytical and aphoristic prose of previous works such as La sociedad del fatiga (2010) or Psicopolítica (2014).

This stylistic transformation is not merely formal. It reflects the very content of the book: one cannot write about silence, emptiness and contemplation with the same accelerated prose of social criticism. Language adapts to the object, it becomes meditative.

The Implications: Towards an Ethics of Care

The concept of care occupies a privileged place in Han/Weil's proposal. It is not the dispersed and multitasking attention of the digital age, but a full, contemplative attention, which Weil links directly to prayer and Han reconnects with the possibility of experiencing beauty, perceiving the authentic neighbor (not as a competitor or resource) and resisting capitalist acceleration.

This true attention requires, paradoxically, conscious inactivity, inner emptiness, and silence: precisely what the neoliberal system, with its cult of performance and hyperproductivity, has declared obsolete and unproductive. Han's claim to "the culture of partying and siesta" that persists in Mediterranean countries thus acquires an ethical and almost revolutionary dimension.

The theological dimension: God has not died, but his preachers have

In one particularly significant passage, Han reformulates the famous Nietzschean dictum: God has not disappeared, but the human beings who preached in his name have. This nuanced statement suggests that the contemporary problem is not so much the absence of transcendence as the institutional and cultural inability to articulate it meaningfully.

The "crisis of faith that the world is going through," according to Han, is not a crisis of God but of mediations, of languages, practices and rituals that allow access to the sacred. Weil then offers not only philosophical concepts but also a mystical praxis capable of reconnecting with the transcendent dimension of existence.

The controversies: Between consolation and the "Mr. Wonderful progressive"

The critical reception of Hanian thought has historically been ambivalent. Although he enjoys massive popularity and academic recognition (as evidenced by the Princess of Asturias Award), he has also been the subject of criticism that he is a "progressive Mr. Wonderful": a thinker who offers brilliant diagnoses but vague or naïve solutions, aphorisms that can be quoted but not necessarily transformative.

On God intensifies this controversy. For its defenders, the book offers "a form of consolation that does not avoid pain, but embraces it as a way of elevation", a coherent and necessary philosophical-spiritual proposal. For its detractors, it represents a retreat towards individual mysticism that abdicates structural social transformation, replacing political praxis with private contemplation.

The Aesthetic Wager: Beauty as Ontological Proof

Following Plotinus and Augustine—and, of course, Weil—Han argues that beauty constitutes a "proof" of the existence of the transcendent. In a world saturated with images but devoid of authentic beauty, genuine aesthetic experience becomes subversive: it interrupts the incessant flow of stimuli, demands mindfulness, and opens a window to the sacred.

This vindication of beauty is not escapist aestheticism but political resistance: in the face of the functional ugliness of late capitalism, beauty contemplated with attention becomes an act of ontological rebellion.

The Horizon: Implosion or Transformation?

Han has repeatedly claimed that "capitalism is going to implode" under the weight of its own contradictions: exhaustion, depression, declining birth rates, ecological collapse. On God can be read as a spiritual preparation for that collapse, an existential survival manual that does not offer immediate political answers but does offer tools to maintain human dignity and meaning in the midst of the crisis.

"The future is the birth of a child," Han says with a hope that contrasts with the pessimism of his diagnoses. This hope is not naïve: it is mediated by pain, emptiness and uncreation. It is a hope that passes through the desert, not through the shortcut.

Conclusion: An Essay in Transition and Maturity

About God. Thinking with Simone Weil simultaneously represents a recapitulation and an opening in Byung-Chul Han's intellectual trajectory. It recapitulates because it integrates all its recurring themes in a new theological light; it opens because it reveals hitherto implicit dimensions of his thought and suggests new directions for his cultural critique.

The posthumous collaboration with Simone Weil is fruitful: Weil brings mystical radicalism and ethical commitment; Han brings contemporary diagnosis and cultural translation skills. The result is a short but dense essay, serene but disturbing, which invites not only to think differently but to live in a different way.

In an age of information saturation, media noise and constant acceleration, Han/Weil's proposal of attention, silence and decreation may sound utopian or naïve. But perhaps it is precisely its apparent impossibility that makes it necessary: not as an applicable recipe but as a regulative horizon, as an ethical north in the midst of generalized disorientation.

The most widely read philosopher of our time invites us, paradoxically, to read less and contemplate more, to produce less and be more, to speak less and listen better. It is an uncomfortable, countercultural and, for that very reason, deeply philosophical invitation.

 

Published on 15/11/2025 » 11:26  - none comment - |     |

3I/ATLAS ON ITS INTERSTELLAR JOURNEY CROSSES THE SOLAR SYSTEM

1. What is 3I/ATLAS?

  • It was discovered on July 1, 2025 by the Asteroid Terrestrialimpact Last Alert System (ATLAS) surveillance system in Chile.
  • It is the third confirmed object of interstellar origin to have passed through the solar system, after 1I/ʻOumuamua and 2I/Borisov.
  • Although some sources speak of an "asteroid", the evidence indicates that it is a comet (activity, gas-and-dust coma) and not a simple asteroid.

2. Physical and observational characteristics

  • The estimated size of the core varies: some measurements indicate an upper limit of ~5.6 km in diameter.
  • Its initial velocity (when it was discovered) was about 61 km/s (~221,000 km/h) relative to the Sun.
  • Its trajectory is hyperbolic, confirming that it is not gravitationally bound to the Sun permanently (i.e., it comes from interstellar space and will continue its journey).


3. Trajectory and planetary approaches

  • Perihelion (closest point to the Sun) is estimated for the end of October 2025, at a distance of ~1.4 AU (~210 million km) according to some sources.
  • Relevant approaches:
    • To Mars: ~0.19 AU on October 3, 2025.
    • To Earth: Its minimum estimated distance is ~1.8 AU (~270 million km) on December 19, 2025.
  • In short: it will not get close enough to pose any danger to the Earth.


4. Risk to the Earth

  • Since its minimum distance as it passes by the Earth is around 1.8 AU, which is much larger than the Earth's orbit (~1 AU),  it poses no impact risk.
  • Because of its trajectory characteristics, size, and speed, astronomers consider it a scientific opportunity rather than a threat.

5. Scientific significance

  • Since it comes from interstellar space, 3I/ATLAS offers the opportunity to study materials that formed outside our solar system: composition, isotopy, dust, ices – which may give clues about other planetary systems.
  • Its relatively close passage to several planets and the Sun allows several instruments and space missions to make valuable observations.

6. What we don't know yet

  • The exact size of the core is not precisely defined: estimates vary widely.
  • Although we know their overall trajectory, minor disturbances, cometary activity, can change fine details.
  • Its exact composition, internal structure, precise origin within the Milky Way (which star system ejected it), and how long it has traveled are still being investigated.

Published on 30/10/2025 » 12:21  - none comment - |     |

Pi-MiDire Recommended Movie

Analysis and Review of "Being There" (1979)

"Being There" is a masterpiece of social satire that remains deeply relevant decades after its release. It is a film that works simultaneously as light comedy, stinging political criticism and philosophical reflection on the nature of reality and perception.

Plot and Premise

The film features Chance, masterfully played by Peter Sellers, a man who has spent his entire life confined to a mansion in Washington DC, where his only contact with the world is through television. When he is expelled from the house, he is accidentally mistaken for an important political adviser and is introduced to circles of power. The extraordinary thing is that their total ignorance about the real world is interpreted by politicians and businessmen as Zen wisdom.

Peter Sellers' Performance

Sellers delivers a performance of extraordinary subtlety. His transformation into Chance is almost invisible: he walks with a peculiar slowness, speaks with a monotone cadence, and his eyes reflect an absolute naivety. There is no caricature here; it is a profoundly humanistic characterization. Sellers avoids making the comic character in the traditional sense; Instead, he lets comedy emerge naturally from the contrast between his innocence and the apparent sophistication of the world around him. It's probably his most elegant and least flashy role, but also one of his most brilliant.

Social Satire

The great thing about the film is that the joke is not about Chance, but about us. The real criticism is directed at the people around him: politicians, business moguls, and celebrities who are so desperate for depth that they project meaning into the most banal observations. When Chance talks about "changing seasons" or uses TV metaphors he misinterprets, his interlocutors assume he's speaking in political code.

Ashby exposes how power and influence are built not on actual competition, but on perception, charisma, and the ability to appear to know what you're talking about. It is a critique that could have been written for the 21st century.

The Supporting Characters

The film shines in its secondary characters. Melvyn Douglas, who won a posthumous Oscar for his role, is excellent as the elderly mogul who sees Chance as a reflection of his own success. Jack Warden, Richard Dysart, and others capture the desperation of the powerful for validation. Shirley MacLaine as Eve Rand provides an interesting contrast: she's the only one who, initially, might suspect the truth, but her attraction to Chance blinds her.

Direction and Cinematography

Hal Ashby directed the film with masterful pacing control. Pacing is deliberately slow, allowing the absurdities of each situation to settle on the viewer. Caleb Deschanel's cinematography is beautiful yet neutral, presenting Washington DC not as a place of power but as a stage where a farce is enacted.

Philosophical Themes

The film raises profound questions: What is truth in a society of appearances? Is there such a thing as the authentic "me" or are we all simply reflections of what others expect us to be? Is it possible to distinguish between feigned ignorance and real ignorance in politics? The ending, ambiguous in its own way, suggests that Chance could even become president, elevating the satire to almost dystopian territory.

Potential Criticism

If there's a weakness, it could be argued that the movie is somewhat predictable once we establish the premise. Some might find the satire too obvious or that the slow pace doesn't work for all viewers. Also, the open-ended ending, while clever, might leave some dissatisfied viewers looking for a clearer resolution.

Legacy

"Being There" aged extraordinarily well. In fact, it has become more relevant in an age of social media, unqualified influencers, and politicians who rule by charisma rather than competition. The film was nominated for seven Oscars, including Best Picture, and won in the Best Supporting Actor (Douglas) category.

Conclusion

It is a film that rewards multiple visits. The first time, it's an intelligent comedy. The following times, it reveals deeper layers of social criticism and philosophical concern. Peter Sellers, in what would be practically his last role, delivers a performance that will remain one of the great achievements of cinema. "Being There" is cinema as it should be: entertainment that also forces us to think.

Published on 19/10/2025 » 15:48  - none comment - |     |

The Budget Process in a Democratic System

In representative democracies, the public budget follows an institutional process that reflects the principle of separation of powers and guarantees democratic control over the use of state resources. This process mainly involves the executive branch, which formulates and executes the budget, and the legislative branch, which examines, modifies and approves it as law.


1. Stages of the Budget Process

Stage

Principal Responsible

Formulation

Executive power

Approval and Law

Legislative power

Execution

Executive power

Control

Legislative Branch and Autonomous Bodies


2. Role of the Executive Branch

The executive branch has a central technical and operational role, but it cannot impose the budget on its own. Its function includes:

📌 Project Formulation

  • Prepared through the Ministry of Treasury, Finance or similar.
  • Based on public policies, government priorities, economic projections, and tax revenues.
  • It collects information from all ministries and agencies.
  • It is filed within the deadlines established by law.

📌 Presentation

  • The project is sent to the legislature for analysis and approval.
  • The executive proposes, but does not legislate.

📌 Execution

  • Once approved, the executive manages the resources:
    • Make payments
    • Contract services and works
    • Transfer funds
  • You can request modifications during implementation, depending on changes in the economic or political context.

📌 Accountability

  • It reports periodically to the legislature and control bodies on the execution of the budget.
  • Presents reports and budget settlements.

3. Role of the Legislative Branch

The legislature guarantees that public spending is carried out with democratic representation. Its function is to turn the budget into law, which involves:

  • Review the project presented by the executive.
  • Modify budget items.
  • Approve, reject, or amend the budget.
  • Establish limits and conditions for public spending.

🗣️ Key principle: "There is no expenditure without representation".
In other words, no public resource can be used without the approval of the legislative body.


4. International Variations: Where Does the Legislature Have the Most Budgetary Power?

Although in most countries the budget is prepared by the executive, some democratic systems allow a more active role for the legislative:

🇺🇸 United States

  • The President proposes, but Congress has broad control.
  • Budget committees can profoundly modify or even write their own version.
  • It reflects the principle that "the power of the purse" belongs to Congress.

🇸🇪 Sweden and Scandinavian countries

  • The executive presents the budget, but Parliament can make substantial changes.
  • There is a culture of broad consensus and multi-party participation from early stages.

🇩🇪 Germany

  • The Bundestag has an important role in the revision and modification of the budget.
  • The executive presents the project, but the legislature refines and adjusts the items through specialized committees.

🧩 In short

  • The Executive proposes.
  • The Legislature provides.
  • They both control each other.

This system of checks and balances ensures that the executive branch cannot spend without democratic approval, and that the legislature legislates based on technical and administrative information provided by the executive.


Published on 14/09/2025 » 18:48  - none comment - |     |

The Politics of Hate: When Debate Turns to Destruction

It is an uncomfortable truth, but undeniable: politics has hit rock bottom. What should constitute the natural stage for debate, the exchange of ideas and the construction of projects for the common good, has degraded to become a ring where the only rule is to hit harder than the adversary.

The phenomenon is not new, but its current intensity is alarming. Political campaigns have almost completely abandoned the discussion of concrete proposals to take refuge in a simpler and, unfortunately, more effective strategy: that of fear. It is no longer a question of convincing the electorate with detailed programs or viable solutions to everyday problems. The new manual dictates a more primitive formula: "Don't vote for me because I'm good, vote for me because the other is dangerous."

The ideological emptying

The two majority forces in the political spectrum – although they are not the only ones responsible for this drift – have made polarisation their main electoral asset. Meanwhile, the major discussions that should be at the center of the democratic debate have disappeared from the radar: what economic model does the country need?, how to guarantee social justice?, what strategies to adopt in the face of climate change?, how to strengthen citizens' rights?

These questions, essential to the future of any society, have been buried under an avalanche of aggressive slogans, ad hominem attacks, and disinformation campaigns. The result is an impoverished public discourse that drags with it the quality of democracy itself.

When the adversary becomes an enemy

Political criticism is not only legitimate, but necessary. It is part of the democratic DNA and fulfils an indispensable function of checks and balances. The problem arises when that critique transcends the limits of the political and enters personal territory, when the opponent is no longer seen as someone with different ideas to be perceived as an enemy who must be annihilated.

This dynamic not only normalizes hatred, but institutionalizes it. Visceral rejection is encouraged, mutual distrust is fueled, and the social fabric is fractured into seemingly irreconcilable factions. The damage transcends the political sphere to settle in the very heart of citizen coexistence.

The citizen cost

What does the common citizen get out of this pitched battle? The answer is discouraging: frustration, disenchantment and a growing disaffection with politics as a tool for change. Many have lost faith in the system; others go to the polls moved not by hope, but by fear. None of these attitudes nurture a healthy democracy.

The paradox is cruel: while politics is degraded, real problems persist without solutions. Poverty, insecurity, the educational crisis or the deterioration of public services await answers that never arrive, buried under the deafening noise of sterile confrontation.

The vicious circle

The most worrying thing is that this model works. That is why it is perpetuated. As long as hatred mobilizes more voters than ideas, as long as the media privilege conflict over analysis, as long as leaders find in confrontation a more profitable shortcut than dialogue, the downward spiral will continue.

The incentives of the system seem designed to reward the worst of human nature and punish the best. In this context, the politician who is committed to moderation, consensus and collective construction runs the risk of being perceived as weak or irrelevant.

Signs of hope

However, it is not all doom and gloom. There are still voices that vindicate politics with capital letters: that which is based on ethics, is nourished by concrete proposals and is exercised with respect for the adversary. There are also citizens who demand a different way of doing politics, who refuse to be hostages of fear and manipulation.

Perhaps the change does not come from the party leadership, but from the social base. Perhaps it is organized citizens, civil society organizations and local leaders who will chart the path to a more constructive and less destructive policy.

The true democratic thermometer

In the end, a democracy is not measured by the number of votes that each party gets, but by the quality of its debates, respect for differences, and the collective capacity to build solutions. As long as these elements remain absent, everything else will effectively be political junk.

The choice is in our hands: to continue feeding the monster of hatred or to recover politics as an instrument of social transformation. The future of democracy depends on this collective decision.

 

Published on 10/09/2025 » 16:53  - none comment - |     |
frsigns/maceta.pngWhat to sow in September?  -  by cronywell

We are entering the warm season. Spring is coming and we must plan the garden for the production of vegetables in the stage of greatest activity.

A few days before spring, there are many aspects to take into account. Starting first with the soil, we need a soil rich in nutrients, with a good fertilizer and to which we will add homemade compost.

However, we must not forget that the success of your garden depends on the attention and dedication when sowing and growing vegetables.

When choosing crops, it should be taken into account that there are still cold nights ahead, with possible late frosts. For this reason, it is still necessary to protect crops vulnerable to the cold, to avoid damage to their leaves and fruits.

But what can we sow in September?

Vegetables of the month of September in the Southern Hemisphere

Siembra de acelga

Chard

Place: semi shade
Sowing: direct in crescent
Depth of planting: 2 cm
Watering: normal
Germination: 7 to 9 days
Transplanting: 20 to 40 days
Harvest: 3 months on full
moon Beneficial association: arugula, tomato, carrot, beans Harmful
association: none

Siembra de ají

Chili pepper

Place: full
sun Sowing: nursery in crescent
Depth of sowing: 0.6 cm
Watering: normal, without wetting the fruits
Germination: 15 to 30 days
Harvest: 2 months on full
moon Beneficial association: chard, garlic, basil, peas, spinach, lettuce, beans, leek, radishes, cabbage
Harmful association: potato

Siembra de albahaca

Basil

Place: semi shade
Sowing: nursery in crescent
Depth of sowing: 5 to 7 cm
Watering: abundant
Germination: 10 to 15 days
Transplanting: 2 months
Harvest: 3 months on full
moon Beneficial association: chili pepper, garlic, peas, broccoli, cauliflower, asparagus, cucumber, pepper, beans, cabbage, tomato
Harmful association: none

Siembra de alcaucil

Artichoke

Place: semi shade
Sowing: direct or nursery in crescent
Depth of sowing: 4 cm
Watering: normal
Germination: 12 to 15 days
Transplanting: 30 days
Harvest: 1 year on full
moon Beneficial association: peas, beans, lettuce, radishes Harmful
association: none

Siembra de amaranto

Amaranth

Location: full
sun Sowing: direct or nursery in crescent
Depth of planting: 1 to 2 cm
Watering: normal
Germination: 10 to 15 days
Transplanting: 1 month
Harvest: 6 months on full
moon Beneficial association: corn, beans Harmful
association: none

Siembra de apio

Celery

Place: full
sun Sowing: nursery in crescent
Depth of planting: 0.5 cm
Watering: abundant
Germination: 15 to 20 days
Harvest: 2 months on full
moon Beneficial association: eggplant, broccoli, cauliflower, spinach, cucumber, lettuce, beans, leek, cabbage, radish Harmful
association: potato and carrot

Siembra de berenjena

Eggplant

Location: full
sun Sowing: in nursery in crescent
Depth of planting: 1 cm
Watering: abundant
Germination: 7 to 10 days
Transplanting: 14 days
Harvest: 3 months on full
moon Beneficial association: garlic, celery, onion, spinach, lettuce, potato, pepper, beans, leek, radishes, cabbage, carrot
Harmful association: cucumber

Siembra de brócoli

Broccoli

Place: semi shade
Sowing: nursery in crescent
Depth of sowing: 1.5 cm
Watering: abundant
Germination: 5 to 10 days
Harvest: 2 to 3 months on full
moon Beneficial association: peas, basil, celery, nasturtium, onion, coelander, dill, lettuce, chamomile, mint, oregano, potato, beans, beetroot, rue, thyme
Harmful association: strawberries, tomatoes

Siembra de choclo

Choclo

Place: semi-shade
Sowing: direct in crescent
Depth of planting: 2 to 3 cm
Watering: normal
Germination: 7 to 8 days
Harvest: 4 months on full
moon Beneficial association: peas, onions, melons, potatoes, cucumbers, beans, watermelon, pumpkin Harmful
association: none

Siembra de ciboulette

Chives

Place: semi shade
Sowing: direct in crescent
Depth of planting: 0.5 cm
Watering: normal
Germination: 12 to 15 days
Transplanting: 30 days
Harvest: 3 months on full
moon Charity: carrot

Siembra de girasol

Sunflower

Place: full
sun Sowing: direct or nursery in crescent
Sowing depth: 1 cm
Watering: normal
Germination: 2 to 3 days
Transplanting: 10 to 15 days
Harvest: 3 months on full
moon Beneficial association: cucumber Harmful
association: potato

Siembra de lavanda

Lavender

Place: full
sun Sowing: direct in crescent
Depth of sowing: 1 cm
Watering: normal
Germination: 15 days
Harvest: 3 months on full
moon Beneficial association: none
Harmful association: none

Lettuce

Place: semi shade
Sowing: direct in crescent
Depth of sowing: 0.5 cm
Watering: normal
Germination: 5 to 10 days
Harvest: 3 months on full
moon Beneficial association: chili pepper, garlic, artichoke, spinach, turnip, broad beans, melon, leek, radish, pumpkin, tomato, rue, cucumber, oregano, cabbage, watermelon
Harmful association: celery, parsley, sunflower, watercress

Siembra de manzanilla

Chamomile

Location: full
sun Sowing: direct in crescent
Depth of planting: 1.5 cm
Watering: normal
Germination: 7 to 8 days
Harvest: 3 to 4 months on full
moon Beneficial association: chard, beans, pumpkin Harmful
association: none

Melon

Place: semi shade
Sowing: direct or in nursery in crescent
Depth of sowing: 3 to 4 cmWatering
: normal
Germination: 3 to 7 days
Transplanting: 30 to 40 days
Harvest: 3 to 4 months on full
moon Charity: chard, broccoli, corn, lettuce

Siembra de menta

Mint

Place: semi shade
Sowing: direct or nursery in crescent
Depth of sowing: 1 cm
Watering: normal
Germination: 8 to 10 days
Transplanting: 1 month
Harvest: 3 months on full
moon Beneficial association: lettuce, leek, cabbage
Harmful association: none

Siembra de nabos

Neighbour

Place: semi-shade
Sowing: direct or in a nursery in the waning
quarter Sowing depth: 3 to 4 cmWatering
: abundant
Germination: 6 to 8 days
Transplanting: 15 to 20 days
Harvest: 3 months on the new
moon Charitable association: peas, lettuce, cucumber, beetroot, cabbage
Harmful association: radish

Siembra de orégano

Oregano

Location: full
sun Sowing: direct in crescent
Depth of planting: 0.5 cm
Watering: normal
Germination: 7 to 21 days
Harvest: 3 to 4 months on full
moon Beneficial association: broccoli, cauliflower, cucumber, cabbage
Harmful association: none

Siembra de papas

Pope

Location: full sun
Sowing: direct in the waning
quarter Sowing depth: 7 to 8 cm (plant potato pieces or seed potato)
Watering: normal, one week before harvesting do not water
Germination: 20 to 40 days
Harvest: 3 months on the new
moon Charity: eggplant, corn, broccoli, beans, leek, radish, cabbage, carrot
Harmful association: chili pepper, garlic, peas, strawberry, sunflower, cucumber, watermelon, tomato, pumpkin, Italian squash

Siembra de pepino

Cucumber

Place: full
sun Sowing: direct or nursery in crescent
Sowing depth: 2 to 3 cm
Watering: normal avoid wetting leaves
Germination: 3 to 7 days
Transplanting: 30 to 40 days
Harvest: 3 to 4 months on full
moon Charity association: garlic, basil, celery, peas, onion, corn, spinach, sunflower, lettuce, turnip, beans, radishes, beetroot, cabbage
Harmful association: eggplant, potato, parsley, tomato, pumpkin, zucchini

Siembra de puerro

Leek

Place: semi shade
Sowing: nursery in the last
quarter Sowing depth: 1 to 2 cm
Watering: normal
Germination: 10 to 12 days
Transplanting: 30 days
Harvest: 4 to 5 months in new
moon Charity: garlic, celery, onion, spinach, strawberry, lettuce, potato, beetroot, cabbage, tomato, carrot
Harmful association: peas, broad beans, beans, radish

Siembra de rabanitos

Radish

Place: semi shade
Sowing: direct in the waning
quarter Sowing depth: 1 cm
Watering: normal
Germination: 3 to 5 days
Harvest: 20 to 30 days on a waning moon Charity
: chard, chili pepper, celery, peas, eggplant, watercress, nasturtium, spinach, lettuce, corn, mint, potato, cucumbers, beans, rue, tomato, carrot, strawberry, lettuce, cabbage, tomato, carrot
Harmful association: turnip, leek

Siembra de remolacha

Beetroot

Place: semi shade
Sowing: direct in the last
quarter Sowing depth: 2 cm
Watering: normal
Germination: 10 to 15 days
Harvest: 3 months on the waning moon Beneficial
association: garlic, peas, eggplant, onion, lettuce, cucumbers, beans, leek Harmful
association: chard, spinach, tomato

Cabbage

Place: full
sun Sowing: in nursery in crescent
Depth of sowing: 0.5 cm
Watering: normal
Germination: 6 to 9 days
Transplanting: 30 to 40 days
Harvest: 3 months on full
moon Charity association: chard, celery, peas, dill, spinach, broad beans, lettuce, chamomile, mint, bell pepper, turnip, oregano, potato, cucumber, leek, beetroot, rosemary, rue, tomato, thyme Harmful
association: garlic, strawberries, beans

Siembra de repollo de bruselas

Brussels' cabbage

Location: full
shade Sowing: direct or nursery in crescent
Depth of sowing: max. 1 cm
Watering: abundant
Germination: 8 to 10 days
Transplanting: 3 months
Harvest: 5 months on full
moon Beneficial association: lettuce, celery, onion, leek, carrot
Harmful association: none

Siembra de romero

Rosemary

Location: full
sun Sowing: in nursery in crescent
Depth of planting: 1 cm
Watering: normal
Germination: 15 to 30 days
Transplanting: 2 months
Harvest: 3 to 4 months on full
moon Beneficial association: cabbage, beans, carrots Harmful
association: none

Siembra de rúcula

Arugula

Location: full
sun Sowing: direct in crescent
Depth of sowing: max. 1 cm
Watering: normal
Germination: 8 to 10 days
Harvest: 3 months on full
moon Beneficial association: chard, eggplant, tomato, pepper
Harmful association: radish, cabbage, turnip

Siembra de ruda

Ore

Place: semi shade
Sowing: nursery in crescent
Depth of sowing: 0.5 cm
Watering: normal
Germination: 20 to 30 days
Transplanting: 40 days
Harvest: 3 months on full
moon Beneficial association: garlic, broccoli, onion, cauliflower, lettuce, turnip, cucumber, leek, cabbage
Harmful association: beans, tomato

Siembra de sandía

Watermelon

Place: full
sun Sowing: direct or nursery in crescent
Depth of sowing: 3 to 4 cm
Watering: normal, avoid wetting leaves
Germination: 6 to 8 days
Transplanting: 1 month
Harvest: 3 to 4 months on full
moon Beneficial association: peas, onions, corn, lettuce Harmful
association: potatoes

Siembra de tomate

Tomato

Place: full
sun Sowing: in nursery in crescent
Depth of sowing: 0.5 to 1 cm
Watering: normal, avoid wetting leaves
Germination: 5 to 8 days
Transplanting: 30 days
Harvest: 3 months on full
moon Charity: chard, garlic, basil, celery, peas, onion, chives, asparagus, lettuce, parsley, bell pepper, beans, leek, radishes, cabbage, carrot
Harmful association: broccoli, potato, cucumber, beetroot

Siembra de zanahoria

Carrot

Place: semi shade
Sowing: direct in the last
quarter Sowing depth: 1 to 2 cm
Watering: normal
Germination: 12 to 15 days
Harvest: 4 months on the new
moon Charity: chard, garlic, peas, eggplant, onion, broccoli, green onion, chives, coriander, spinach, beans, cucumber, lettuce, bell pepper, tomato, sage
Harmful association: celery, coriander, dill, parsley, mint, fennel

Siembra de zapallo

Pumpkin

Place: full
sun Sowing: direct in crescent
Depth of planting: 2 cm
Watering: normal, avoid wetting leaves
Germination: 5 to 10 days
Harvest: 6 months on full
moon Beneficial association: corn, lettuce, beans, cabbage
Harmful association: potato, cucumber

Siembra de zucchini

Zucchini (Italian zapalalo)

Location: full
sun Sowing: direct or nursery in crescent
Depth of planting: 2 cm
Watering: normal, avoid wetting leaves
Germination: 5 to 10 days
Transplanting: 30 to 40 days
Harvest: 3 months on full
moon Beneficial association: basil, onion
Harmful association: potato, cucumber

Published on 02/09/2025 » 14:29  - none comment - |     |

Quantum Computing: What Is It and How Does It Work?

Introduction

Quantum computing represents a revolutionary paradigm in information processing that takes advantage of the fundamental properties of quantum mechanics. Unlike traditional computers that process information sequentially using bits (0 and 1), quantum computers use qubits that can exist in multiple states simultaneously.

quantum.jpg

Historical Foundations

Origins of Quantum Mechanics

The theoretical foundations were laid between 1900-1930, with key contributions from:

  • Albert Einstein: Stimulated Emission (1917)
  • Edwin Schrödinger: Quantum Wave Equation (1925)
  • Fifth Solvay Congress (1927): Consolidation of quantum theory

Development of Quantum Computing

  • 1981: Paul Benioff proposes the first theoretical quantum computer
  • 1982: Richard Feynman suggests that quantum computers could outperform classical computers
  • 1990s: Development of the first quantum algorithms

Fundamental Concepts

Qubits vs Classic Bits

Classical bits: Represent defined states (0 or 1) Qubits: Can exist in superposition of states, processing multiple possibilities simultaneously

Key Quantum Properties

Quantum superposition: The ability of a quantum system to exist in multiple states simultaneously until it is measured.

Quantum entanglement: A phenomenon where particles remain connected instantaneously, regardless of the distance separating them.

Quantum Parallelism: Allows multiple solutions to be analyzed simultaneously, offering exponential computational advantages.

Technical Operation

Physical Architecture

Quantum computers require extreme conditions:

  • Temperature: Near absolute zero (-273.15°C)
  • Superconducting Materials: To remove electrical resistance
  • Ion traps: Use electromagnetic fields to control particles
  • Optical systems: They use photons controlled by light waves

Qubit Control

Control is achieved by:

  • Precise electromagnetic fields
  • Control lasers for manipulating spin states
  • Superconducting circuits for modifying currents

Featured Quantum Algorithms

Shor's Algorithm (1995)

Application: Large Number Factorization Relevance: Potential Threat to Current RSA-Based Cryptography

Grover's algorithm (1996)

Application: Search in unstructured databases Advantage: Accelerates search quadratically compared to classical algorithms

Deutsch-Jozsa algorithm (1992)

Application: Determining Properties of Functions Importance: Theoretical Proof of Quantum Superiority

Current and Future Applications

Sectors of Application

  • Pharmaceutical Research: Complex Molecular Simulation
  • Artificial Intelligence: Big Data Processing
  • Cryptography: Development of Quantum Security Systems
  • Logistics Optimization: Troubleshooting Routes and Resources
  • Materials Science: New Materials Design

Leading Companies

IBM, Google, Microsoft, Intel, D-Wave, Rigetti, among others, are investing significantly in this technology.

Current Status (2025)

Recent Milestones

  • IBM Q System One: First commercial quantum computer (2019)
  • Google's Quantum Supremacy: Demonstration of Superior Capabilities (2019)
  • IBM Quantum Experience: Publicly accessible platform for experimentation

Current Limitations

  • Decoherence: Qubits lose their quantum state quickly
  • Error Rates: Currently high, requiring error correction
  • Scalability: Difficulty in increasing the number of stable qubits
  • Cost: Extremely high for implementation

Future Prospects

Expected Developments (Next Decades)

  • General-purpose quantum computers: With more than 1,000 stable qubits
  • AI Integration: Exponential Acceleration of Machine Learning
  • New Quantum Materials: Using Organic Molecules as Qubits
  • Miniaturization: More compact and accessible quantum devices

Transformational Impact

Quantum computing promises to revolutionize:

  • Drug Discovery
  • Climate Modeling
  • Financial optimization
  • Advanced AI Development
  • Ultra-secure communications

Conclusion

Quantum computing will not completely replace traditional computers, but will function as a complementary technology to solve specific problems of high complexity. Its development represents one of the most significant technological advances of the 21st century, with the potential to transform multiple industries and accelerate scientific progress exponentially.

The future of quantum computing will depend on overcoming current technical challenges, developing more efficient algorithms, and making the technology more accessible for widespread commercial applications.

Published on 06/08/2025 » 17:19  - none comment - |     |