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Latest news item
The crisis that shakes Milei's government
- 26/08/2025 » 12:25 by cronywell
Scandal over alleged bribes in disability: the crisis that shakes Milei's government
A serious corruption scandal shakes the government of Javier Milei after the leak of audios that reveal alleged millionaire bribes in the National Agency for Disability (ANDIS), which triggered the intervention of the agency and multiple judicial investigations.
The audios that uncovered the scandal
The crisis was unleashed a week ago when recordings were leaked in which Diego Spagnuolo, then director of ANDIS, denounced the payment of bribes by high-ranking officials in the purchase of medicines. In the audios, Spagnuolo claimed that bribes of five hundred thousand dollars per month related to pharmaceutical contracts were collected.
The revelation generated an immediate political crisis, forcing the government to take drastic measures to contain the shockwave of the scandal that already transcends Argentina's borders.
Removal and Government Actions
Given the seriousness of the accusations, President Javier Milei immediately requested the removal of Diego Spagnuolo from his position as Director of ANDIS. The decision was made just days after the compromising audios were released.
The government also announced the intervention of the National Agency for Disability and ordered a summary investigation of all the agency's contracts. However, the authorities did not comment on the veracity of the complaints made by the removed official himself.
Links with key government figures
The scandal splashes figures in the circle close to power, including references to a company linked to Martín Menem, president of the Chamber of Deputies. The audios also mention alleged connections that could involve Karina Milei, the president's sister and an influential figure in the government.
Extent of research
The plot of alleged bribes has extended beyond ANDIS. Recently, it was demanded to investigate Luis Petri, Minister of Defense, for a contract of 50,000 million pesos between the Institute of Social Work of the Armed Forces and the Suizo Argentina laboratory, a company pointed out in the bribery scandal.
Opposition reactions
The political opposition was quick to react, demanding explanations and transparency. Senator Leandro Santoro was one of the first to speak out, noting that "audios circulate where it is stated that the Argentine administration received bribes of five hundred thousand dollars each month" precisely when essential issues for people with disabilities are discussed.
International impact
The scandal has transcended national borders, being described by international media as a "Mani pulite a la Argentina" in reference to the famous Italian anti-corruption operation of the 90s. The world's leading media have set their eyes on this crisis that directly affects one of the most vulnerable sectors of society.
Problematic history
This scandal adds to previous controversies in the government's disability policy. In January 2025, ANDIS had generated repudiation by issuing a resolution that classified people with intellectual disabilities with discriminatory terms such as "idiot", "imbecile" or "profoundly mentally weak", which had already generated social and political unrest.
Current state of the investigation
A judicial case is currently underway that seeks to clarify the alleged bribery network. The investigation focuses on the contracts for the purchase of medicines and the possible existence of a circuit of illegal payments that would have operated for months in the agency in charge of caring for people with disabilities.
The case continues to unfold as the government faces one of its most serious crises since the beginning of Milei's administration, calling into question the transparency in the management of resources destined for one of the most sensitive sectors of Argentine social policy.
The last note
Quantum Computing: What Is It and How Does It Work?
- by
cronywell
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.
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.
