இடிபஸுக்கு எதிராக நூலிலிருந்து மொழிபெயர்க்கப்பட்ட பகுதிக்கான விளக்கம்:

 

குடும்பத்தை முன்னெடுப்பதன் மூலமே உளவியல் சிக்கலைத் தீர்க்க முடியும் என்று கொண்டிருக்கும் உளவியலாளர்களுக்கான தீவிர விளக்கமாக நூலாசிரியர்கள் இந்தப் பகுதியில் சொல்கிறார்கள். குடும்பவாதம் மூலம் உளப்பகுப்பாய்வாளர்கள் எளிமையாக உளவியல் சிக்கல்களுக்குத் தீர்வு கண்டுவிடலாம் என்ற பொதுமைப்படுத்தலை மேற்கொள்கின்றனர் என்பதை நூலாசிரியர்கள் சுட்டிக்காட்டுகிறார்கள்.

பெற்றோர்களுக்கான பங்கு வெறும் தூண்டல்களைச் செய்பவர்கள் என்று பார்ப்பதில் உளப்பகுப்பாய்வாளர்களுக்குப் பெரும் சிக்கல் உள்ளதை நூலாசிரியர்கள் எடுத்துக்காட்டுகிறார்கள். குடும்பம் என்பது அப்பாலையான நிலை கொண்டது என்பதையும் அவர்கள் ஏற்க முடியாமல் தவிக்கிறார்கள். அதனால் அவர்கள் குடும்பத்தை முன்வைத்து மட்டுமே உளவியல் சிக்கல்களுக்குத் தீர்வு காண முடியும் என்று தங்கள் ஆய்வுப் பரப்பைச் சுருக்கிக் கொண்டுவிடுகிறார்கள் என்று நூலாசிரியர்கள் கடுமையாக விமர்சிக்கிறார்கள்.

அது மட்டுமல்லாமல் குடும்பத்தை முன்னெடுக்க ஒவ்வொரு தனிமனிதரின் விருப்பத்தின் போக்கை நசுக்கி, குடும்பத்திற்குள் மட்டுமே அவர்கள் தங்களின் வேட்கைகளுக்குத் தீர்வு காணவேண்டும் என்று இடிபலை நோக்கி உளவியல் சிக்கலுள்ள நோயாளிகளைத் திசை திருப்புகிறார்கள் என்பதையும் நூலாசிரியர்கள் தெளிவாக வரையறுக்கிறார்கள்.

இந்த விளக்கத்தை வாசித்த பின் கீழ்க்கண்ட மொழிபெயர்ப்பை வாசிக்கலாம்:

……………….

இடிபஸுக்கு எதிராக-முதலாளித்துவமும் மனச்சிதைவும் –ஜைல் டெல்யூஜ் & பிலிக்ஸ் கத்தாரி (மொழிபெயர்ப்பு: முபீன் சாதிகா & நிஜந்தன்)

இதைவிட மோசமானதும் இருக்கிறது: அத்தகைய ஒரு முன்னுரிமையைப் பயன்படுத்துவதன் மூலம் ஒருவர் எந்த வகையிலும் குடும்பவாதத்தைக் கறாரான அர்த்தத்தில் கைவிடுவதில்லை என்பது தெளிவாகிறது, இது உளப்பகுப்பாய்வு அனைத்திற்கும் சுமையாக உள்ளது; மாறாக, அதன் மூலம் ஒருவர் குடும்பவாதத்திற்குள் ஆழமாக மூழ்கி அதைப் பொதுமைப்படுத்துகிறார்.

ஓர் அலட்சியமான இயல்பின் தூண்டு பொறிகளாக, நனவிலியின் செயல்பாடுகளுக்குள் தங்கள் உண்மையான இடங்களில் பெற்றோர்கள் வைக்கப்பட்டுள்ளனர். இருப்பினும் உருவாக்குபவரின் பங்கு, குறியீட்டுக் கட்டமைப்பு அல்லது இன்னும் குடும்பத்துடையதும் அதன் இடிபல் அணியின் ஒரு பகுதியாக இருப்பதுமான கட்டமைப்புக் கூறுகளிடம் ஒப்படைக்கப்பட்டுள்ளது. குடும்பத்தை அப்பாலை நிலை கொண்டதாக மாற்றுவதற்கான வழிமுறைகள் கண்டுபிடிக்கப்பட்டுள்ளன என்ற எளிமையான அறியாமையால் மீண்டும், தப்பிக்க வேறு ஒரு வழி இல்லாமல் ஒருவர் அகப்பட்டுவிடுகிறார்.

உளப்பகுப்பாய்வின் குணப்படுத்த முடியாத குடும்பவாதம், இடிபஸுக்குள் நனவிலியை அடைத்தல், அனைத்து முக்கிய ஓட்டங்களையும் துண்டித்தல், விருப்ப-உற்பத்தியை நசுக்குதல், நோயாளியை அப்பா-அம்மாவுக்கு பதிலளிக்க ஏற்றதாக மாற்றுதல், எப்போதும் அப்பா-அம்மா என்பதையே நுகர வேண்டும் என்று ஆக்குதல் ஆகியவையாகத்தான் இருக்கின்றன.

Thanks

Mubeen Sadhika

"ஒரே ராகம்" ஆனந்தபைரவி ராகத்தில் அமைந்த திரை இசைபாடல்கள்

 ஆனந்தபைரவி இராகம் கருநாடக இசையில் பயன்படும் இராகங்களில் ஒன்றாகும். இது 20வது மேளகர்த்தா இராகமாகிய, "வேத" என்றழைக்கப்படும் 4வது சக்கரத்தின் 2வது மேளமாகிய நடபைரவியின் ஜன்னிய இராகம் ஆகும். இந்த இராகம் இந்தியாவின் நாட்டுப்புற பாடல்களில் பிரபலமானது. பண்டைய தமிழிசைப் பண்களில் திருவிசைப்பா என்னும் பெயருடன் அழைக்கப்படுகிறது.

• இந்த இராகத்தில் ஷட்ஜம், சதுஸ்ருதி ரிஷபம் (ரி₂), சாதாரண காந்தாரம் (க₂), சுத்த மத்திமம் (ம₁), பஞ்சமம், சுத்த தைவதம் (த₁), கைசிகி நிஷாதம் (நி₂) ஆகிய சுரங்கள் வருகின்றன.

• இது ஒரு ஸம்பூர்ண இராகம் என்றாலும் ஒரு மேளகர்தா இராகம் ஆகாது, ஏனெனில் இதில் வக்ர ஆரோகணம் உள்ளது.

• இது ஒரு பாஷாங்க இராகம். இன்த இராகத்தில் மூன்று அன்னிய சுரங்கள் வருகின்றன. இவை ஆரோகணத்திலும் அவரோகணத்திலும் வரவில்லை, ஆனால் சில பிரயோகங்களில் வருகின்றன.

Solar-powered desalination

 Solar-powered desalination is a sustainable method to convert seawater or brackish water into fresh, potable water using solar energy. This process is especially useful in regions with limited freshwater resources but abundant sunlight, providing a viable alternative to traditional, energy-intensive desalination methods. Here’s how it works:

Key Components and Processes in Solar-Powered Desalination

1. Solar Energy Collection
   The system starts with collecting solar energy, which can be harnessed through:

   • Solar Photovoltaic (PV) Panels: Convert sunlight directly into electricity, which powers a desalination unit (often using reverse osmosis).
   • Solar Thermal Collectors: Use sunlight to generate heat, which is then used in thermal desalination methods like multi-effect distillation or solar stills.

2. Desalination Methods Using Solar Power
   Several desalination techniques can be driven by solar energy, each suitable for different applications and scales:

   • Solar-Powered Reverse Osmosis (RO): Solar PV panels generate electricity that powers high-pressure pumps to push seawater through a semi-permeable membrane. The membrane filters out salts and impurities, leaving fresh water on one side and a concentrated brine on the other.

   • Solar Distillation: Also known as solar stills, this method mimics the natural water cycle. In a solar still, seawater is heated by solar energy, causing it to evaporate. The vapor rises, leaving salts and impurities behind, and condenses on a cooler surface, where it’s collected as fresh water.

   • Multi-Effect Distillation (MED) with Solar Thermal Energy: Uses solar heat to evaporate seawater in multiple stages (effects). The heat generated in one stage powers the next, maximizing energy efficiency. MED works well in large-scale plants combined with concentrated solar power (CSP).

3. Concentration of Salts and Brine Disposal
   Most desalination processes produce brine (a concentrated salt byproduct). Responsible disposal or brine management is essential to reduce environmental impacts. Some systems integrate brine management solutions or minimize brine by further utilizing it in salt extraction or other applications.

Benefits of Solar-Powered Desalination

• Sustainability: Solar energy is renewable and clean, reducing greenhouse gas emissions compared to fossil-fuel-powered desalination.
• Energy Efficiency: Solar desalination is cost-effective over the long term, especially in sunny regions where it can operate without ongoing fuel costs.
• Scalability: Solar-powered desalination can be implemented on a small scale for rural and remote communities or expanded to larger systems for urban needs.

Applications and Challenges

Applications include remote or arid coastal areas, island communities, and disaster relief situations where conventional energy sources are limited. The primary challenges involve high initial setup costs, dependence on sunlight availability, and potential brine disposal impacts on marine ecosystems.

Solar-powered desalination is an evolving technology with promising advancements, offering a sustainable solution to the growing global water scarcity issue.

Sustainable Reverse Osmosis Water Purification System for Small Islands in the Maldives

 Project Proposal: Sustainable Reverse Osmosis Water Purification System for Small Islands in the Maldives

Project Title:

Sustainable Water Purification for Small Islands in the Maldives Using Renewable Tidal and Solar Energy

Project Overview:

The project aims to provide small islands in the Maldives (with populations under 6,000) with a sustainable and reliable source of potable water through a reverse osmosis (RO) water purification system powered by renewable energy sources. These systems will harness tidal and solar energy, creating a resilient, environmentally friendly solution to water scarcity and addressing the region's vulnerability to climate change.

Project Objectives:

1. Ensure Access to Safe Drinking Water: Install RO desalination systems to convert seawater into potable water, meeting the daily water needs of local populations.
2. Harness Renewable Energy: Use a hybrid system of tidal wave energy and solar power to operate the RO plants sustainably, reducing reliance on fossil fuels.
3. Promote Environmental Sustainability: Minimize environmental impacts by utilizing clean, renewable energy, contributing to the Maldives' climate change mitigation goals.
4. Create a Scalable Model: Develop a replicable model for water purification that can be expanded to other islands across the Maldives.

Target Population:

Small islands in the Maldives with populations under 6,000 people, with a focus on islands with water scarcity issues or those relying heavily on rainwater or expensive imports of bottled water.

Project Components:

1. Water Purification Technology:
• Reverse Osmosis (RO) System: Desalination plants will be installed to purify seawater and remove salts and impurities to produce safe drinking water. The capacity will be designed based on the population size and water demand, approximately 30-50 liters per person per day.
2. Energy Supply:
• Tidal Energy: Small-scale tidal turbines will be installed to harness the natural ebb and flow of tidal currents, generating electricity to power the RO plant.
• Solar Energy: Solar photovoltaic (PV) panels will be installed to supplement energy needs, especially during daylight hours, ensuring continuous operation. Battery storage systems will store excess energy for use during low energy production times.
• Hybrid Integration: A smart grid system will integrate both energy sources, automatically switching between tidal and solar energy depending on availability.
3. Infrastructure:
• Water Storage Tanks: Large tanks will be constructed to store treated water, ensuring a steady supply even during maintenance or power outages.
• Distribution Network: A local water distribution system will deliver clean water to households and communal water stations.
4. Capacity Building and Maintenance:
• Training for Local Operators: Technical training programs will be provided to local operators to manage and maintain the RO system and the energy generation units.
• Community Engagement: Awareness programs will be conducted to educate the local community on water conservation, system maintenance, and the benefits of renewable energy.

Renewable Energy Feasibility:

• Tidal Energy: The Maldives is well-positioned to exploit tidal energy due to its oceanic location and predictable tidal patterns. Low-impact turbines will be designed to minimize environmental disruption.
• Solar Energy: With abundant sunshine throughout the year, solar PV systems are highly viable for consistent energy production. Solar power complements tidal energy, especially during low tidal activity.

Estimated Timeline:

• Phase 1: Feasibility Studies and Site Selection (3-6 months)
• Conduct detailed assessments of water needs, tidal and solar potential, and environmental impact on each island.
• Phase 2: System Design and Procurement (4-6 months)
• Design the RO system and energy components, procure equipment, and prepare construction materials.
• Phase 3: Construction and Installation (6-9 months)
• Build the RO plants, install solar PV systems, tidal turbines, storage tanks, and distribution systems.
• Phase 4: Testing and Commissioning (2-3 months)
• Test the system for efficiency, address any operational issues, and train local staff.
• Phase 5: Operation and Monitoring (Ongoing)
• Operate the system, monitor energy efficiency, and ensure water quality standards are met.

Estimated Budget:

• Total Estimated Budget: $2,500,000 - $4,000,000 (depending on island size and specific energy requirements)

Key Cost Breakdown:

• Reverse Osmosis System: $500,000 - $1,000,000
• Solar Power System (PV Panels + Batteries): $800,000 - $1,200,000
• Tidal Energy System: $700,000 - $1,000,000
• Installation, Infrastructure, and Distribution Network: $300,000 - $500,000
• Training and Capacity Building: $200,000 - $300,000

Sustainability and Impact:

1. Environmental Benefits: By using tidal and solar energy, the project will reduce CO₂ emissions and dependence on diesel-powered generators.
2. Economic Benefits: Lower long-term operational costs as renewable energy will reduce the need for fuel imports. The system will provide consistent water access, decreasing dependency on costly bottled water imports.
3. Social Impact: Clean water availability will improve public health, reduce waterborne diseases, and improve overall quality of life for island communities.

Potential Funding Sources:

• Government of the Maldives: National initiatives for water security and renewable energy.
• International Aid Organizations: Such as the World Bank, Asian Development Bank (ADB), or Green Climate Fund.
• Private Investors/Corporate Social Responsibility (CSR): Partnerships with renewable energy companies and impact investors.
• Grants and Development Agencies: From entities focused on climate resilience, such as the UNDP and other NGOs.

Conclusion:

This project offers a sustainable, scalable solution to water scarcity in the Maldives' small island communities. By integrating tidal and solar energy into a reverse osmosis system, the project addresses both water security and environmental sustainability, making it a model for similar island nations facing climate challenges.

Four key types of innovation

Innovation plays a vital role in any organization's long-term success and sustainability. There are four key types of innovation, each serving a unique purpose and catering to different aspects of market dynamics and growth strategies. Understanding these types can help businesses harness the right approach to drive value, adapt to changes, and meet evolving customer needs.

1. Incremental Innovation

Incremental innovation focuses on gradually improving existing products, processes, or services. Rather than introducing entirely new concepts, incremental innovation is about refining and optimising what already exists. By steadily enhancing features, addressing feedback, and fine-tuning efficiency, this type of innovation supports continuous improvement without drastically altering the core offering.

Example: The continual enhancement of smartphone cameras, where each new model improves upon the previous version's clarity, resolution, and low-light performance.

2. Sustaining Innovation

Sustaining innovation seeks to strengthen a company’s position within an established market by making significant advancements to existing products. This type of innovation does not disrupt current business models; instead, it elevates the value for high-end customers and increases efficiency and profitability. Sustaining innovations are often essential for companies competing in mature markets, where customers expect premium or evolving experiences.

Example: The integration of artificial intelligence (AI) into smartphones, which has enhanced personalization, optimized user interfaces, and enabled features like voice recognition and predictive text, all of which add value without changing the core product.

3. Radical Innovation

Radical innovation involves a significant departure from existing practices or technologies, resulting in groundbreaking advancements that can transform entire industries or economies. Radical innovations create new markets and often lead to previously unimaginable ways of working, communicating, or creating value. Such innovations are generally high-risk but can yield high rewards by positioning companies as pioneers within emerging fields.

Examples: The invention of the personal computer or the internet, both of which introduced entirely new markets and reshaped global industries.

4. Disruptive Innovation

Disruptive innovation introduces a new product, service, or business model that fundamentally disrupts the existing market landscape. Often emerging as a cheaper, more accessible, or innovative alternative, disruptive innovations initially cater to underserved market segments. Over time, however, they may redefine the standards within an industry, forcing established players to adapt or risk losing relevance.

Example: Netflix disrupted the traditional video rental industry by offering on-demand streaming, a convenient and cost-effective alternative to renting physical copies, which ultimately led to the decline of video rental stores.

In a rapidly changing world, innovation is essential for businesses to survive and thrive. While innovation can take many forms, its purpose remains the same: to adapt, stay competitive, and meet the needs of a dynamic market. Embracing a variety of innovation strategies helps organizations remain resilient and forward-thinking.

Cortisol belly

 "CC   Cortisol belly refers to the accumulation of abdominal fat resulting from elevated cortisol levels, a hormone produced by the adrenal glands in response to stress. When the body experiences chronic stress, cortisol levels can remain high, leading to various physiological changes, including increased appetite and cravings for high-calorie foods, particularly those high in sugar and fat. This can contribute to weight gain, especially around the midsection.

Here are some key points about cortisol and its relationship to abdominal fat:

1. Stress Response: Cortisol is part of the body's fight-or-flight response, which can be beneficial in short bursts. However, chronic stress can lead to prolonged high levels of cortisol.

2. Fat Storage: Elevated cortisol levels can promote fat storage in the abdominal area, leading to a "stress belly."

3. Metabolism: High cortisol levels can also affect metabolism, leading to increased appetite and cravings, contributing to weight gain.

4. Lifestyle Factors: Poor sleep, lack of physical activity, and unhealthy eating habits can exacerbate the effects of cortisol on weight gain.

5. Management: To manage cortisol levels and reduce "cortisol belly," consider stress-reduction techniques such as mindfulness, exercise, adequate sleep, and a balanced diet.

HIDDEN Benefits of Cialis

 Cialis (tadalafil) is a popular medication known for treating erectile dysfunction (ED) and benign prostatic hyperplasia (BPH), but it also offers several "hidden" or lesser-known benefits. Here are a few of them:

1. Improved Circulation

• Cardiovascular Health: While Cialis is primarily prescribed for ED, it works by relaxing blood vessels, which improves blood flow. This effect can be beneficial for overall circulation, potentially aiding those with cardiovascular issues (under medical supervision).

2. Extended Duration of Action

• Daily or "Weekend Pill" Effect: Unlike some ED medications that last a few hours, Cialis can remain effective for up to 36 hours, earning it the nickname "the weekend pill." This allows for more spontaneity in sexual activity without the need for precise timing.

3. Treatment of Pulmonary Hypertension

• Lung Blood Pressure: Tadalafil (the active ingredient in Cialis) is also used to treat pulmonary arterial hypertension (PAH), a condition characterized by high blood pressure in the arteries of the lungs. It helps improve exercise capacity in people with PAH by dilating blood vessels in the lungs.

4. Potential in Muscle Recovery

• Athletic Performance and Muscle Soreness: Some research suggests that Cialis could potentially aid in muscle recovery by improving blood flow, helping athletes recover faster after strenuous workouts.

5. Mental Health Benefits

• Boost in Confidence and Mood: Cialis can improve sexual performance, which can lead to increased confidence and reduced anxiety, particularly in men who have experienced ED-related stress. This can positively impact overall mental health and relationship satisfaction.

6. Possible Aid in Weight Loss

• Insulin Sensitivity: Some early studies indicate that PDE5 inhibitors like Cialis might have a role in improving insulin sensitivity, which could be beneficial for metabolic health and potentially aid in weight management or reduce the risk of diabetes.

7. BPH Symptom Relief

• Urinary Issues: Besides treating ED, Cialis is approved for reducing symptoms of BPH, such as difficulty urinating or frequent urination. It can help relax muscles in the bladder and prostate, making it easier to urinate.

8. Improved Endothelial Function

• Blood Vessel Health: Tadalafil may enhance endothelial function (the lining of blood vessels), which could have broader health benefits, such as reduced inflammation or the promotion of vascular health.

9. Reduced Risk of Heart Disease (Speculative)

• Some researchers are exploring the potential role of Cialis in reducing the risk of heart disease. Its vasodilation effects might support heart function, though this is still an area of ongoing research.

While these benefits might sound promising, it's crucial to consult with a healthcare provider before using Cialis for any purpose other than its intended medical indications.