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  • Neuralink and the unnecessary suffering of animals

    Neuralink

    Context

    • Elon Musk’s medical company, Neuralink, has been accused of causing needless suffering and death to around 1,500 animals in just short few years. Sources indicate that animal testing is proceeding too swiftly, which results in unnecessary suffering and death for the animals.

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    Neuralink

    What Is Neuralink?

    • A device to be inserted in brain: Neuralink is a gadget that will be surgically inserted into the brain using robotics. In this procedure, a chipset called the link is implanted in the skull.
    • Insulated wires connected to electrodes: It has a number of insulated wires connected from the electrodes that are used in the process.
    • Can be operated by smartphones: This device can then be used to operate smartphones and computers without having to touch it.

    Neuralink

    The science behind the human brain

    • Neurons of the Brain: The brain consists of neurons that transmit signals to cells in the body including muscle, nerve, gland and other neuron cells.
    • Functions of each part of the brain: Every neuron is made up of three parts called the dendrite, the soma (cell body) and the axon. Each of this part has its own function. The dendrite receives the signals. The soma processes these signals. The axon then transmits the signals to the other cells.
    • Neurotansmitters: The neurons are connected to one another by the synapses which release neurotransmitters. These chemical substances are then sent to another neuron cell’s dendrite causing the flow of current across the neurons.

    How Does Neuralink Work?

    • Electrodes can read electric signals: The electrodes that are part of the Neuralink will read electrical signals that are produced by several neurons in the brain. The signals are then outputted in form of an action or movement.
    • Implanted directly in the brain: According to the company’s website, the device is implanted directly in the brain because placing it outside the head will not detect the signals produced by the brain accurately

    Neuralink

    What Does Neuralink Do?

    • To operate encephalopathy: Neuralink can be used to operate encephalopathy.
    • People with paralysis can be operated: It can also be used as a connection between the human brain and technology. This means that people with paralysis can easily operate their phones and computer directly with their brain.
    • It will help people to communicate: Its main purpose is to help people to communicate through text or voice messages.
    • Wide applications: Neuralink can also be utilised to draw pictures, take photographs and do other activities.appliactions

    Conclusion

    • Though the Neuralink innovation pushing the boundaries of neural engineering, cruelty over the animals cannot be ignored.

    Mains question

    Q. What is Neuralink? What is the science behind the human brain and what the neuralink will do?

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  • Understanding the Russia through Ukraine War

    Russia

    Context

    • Russia marks two anniversaries the 100th anniversary of the founding of the Soviet Union and the 31st anniversary of its dissolution. Following the Bolshevik Revolution in November 1917, the Soviet Union was proclaimed on December 30, 1922. Until its dissolution on December 26, 1991.

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    Russia

    How India looks at Russia?

    • Special Strategic Partner: Vladimir Putin’s Russia continues to be valued as the heir to the Soviet Union and as a special strategic partner.
    • Ukraine war has not affected the ties: Putin’s aggression against Ukraine and his brutal bombing of its civilian population, which Moscow claims is an integral part of Russia, has hardly made a dent in the way the Indian political classes think about the crisis.
    • Russia as anti-imperialist: On the left and centre of the Indian political spectrum, the Soviet Union has been viewed purely through the ideological lens of progressive politics nationalist, internationalist, communist and anti-imperialist. That lens, however, is detached from the history of Russia and the continuing struggles for its political soul.
    • Russia as best friend forever: Within the strategic community, the conviction that Russia is India’s “best friend forever” leaves little room for a nuanced view of Russia’s domestic and international politics.

    Understanding Russia’s behaviour through Russian History

    • The Bolshevik Revolution: It is initially sought to destroy the Russian Orthodox Church, eventually leveraged it in the deification of the Soviet state and lent a religious colour to the claim of Russian exceptionalism.
    • Alliance with orthodoxy: Putin has taken the alliance with the Russian Orthodox Church to a higher level. For the Russian nationalists today, the effort to take back Ukraine is a “holy war”.
    • Limited sovereignty to other communist state: After the Second World War, Soviet Russia insisted that fellow communist states had only “limited sovereignty” and Moscow had the right to intervene to keep them on the straight and narrow path of socialism and prevent their destabilisation. The military invasions in Hungary (1956), Czechoslovakia (1968), and Afghanistan (1979) were motivated by this impulse.
    • Russia has not given up Imperialist tradition: In claiming that Ukraine has no sovereignty of its own, Putin is merely following that imperial tradition as well as the conviction that Ukraine, Belarus and Russian-speaking people everywhere are part of the “Russkiy Mir” or the “Russian world”.
    • Mao’s characterization of Russia: After he broke from the Russian communists, Mao began to characterise Russia as an “imperial power”. Mao had not forgotten the persistent tension between the Chinese and Russian empires.

    Russia

    Analyzing Russia’s internal politics

    • Weak federalism by Lenin: The founder of the Soviet Union, Vladimir Lenin warned against the dangers of “great Russian chauvinism”. He insisted on structuring a federal polity with the right of various nationalities to secede.
    • Strong soviet by Stalin: Stalin, however, turned Russian federalism into a hollow shell and erased the difference between the “Soviet Union” and “Soviet Russia”.
    • Putin refuse to recognize Ukraine: Putin denounced Lenin for giving a separate identity to Ukraine. “Modern Ukraine”, Putin said, “can with good reason be called ‘Vladimir Ilyich Lenin’s Ukraine’.”
    • Stalling the democratic process: The enduring autocratic impulse in Moscow that is rooted in the stalled democratic revolution. Traditionally, the Russian fear of disorder has left the population to put great faith in strong leaders.
    • Centralising tendency: The frequent but unsuccessful efforts at political liberalisation have left a fertile ground in Russia for centralising power under leaders like Putin and increasing the chances of grave miscalculation.

    Russia

    What should be the India’s approach towards Russia?

    • Not directly criticize Russia: Although it has been reluctant to directly criticise Russian aggression, official India is not blind to the fact that Putin’s “special military operation” has gone horribly wrong.
    • Taking note of changing world order: India will inevitably find ways to adjust to the tectonic shifts in the world order triggered by Putin’s misadventure.
    • Learning from Putin’s mistake: The Indian political and strategic communities must come to terms with the many complex factors that have contributed to Putin’s egregious errors in Ukraine.

    Conclusion

    • To understand how the war in Ukraine might play out and its longer-term consequences for India, India’s discourse must pay greater attention to the turbulent history of Russia and its troubled relations with its Central European neighbours.

     

  • Pralay: India’s first tactical quasi-ballistic missile

    pralay

    The Defence Ministry has decided to deploy indigenously developed surface-to-surface ‘Pralay’ ballistic missiles near India’s borders with China and Pakistan.

    What are Tactical Missiles?

    • Generally, short-range missiles are termed tactical while long-range missiles are termed strategic.
    • A missile which is used to destroy tactical targets of enemy like bunkers, mortar position, artillery position etc. is tactical missile.
    • Battlefield missiles are tactical while long-range missiles targeting bigger targets like cities are termed strategic.
    • Features of these missiles include-
    1. Versatile range: Tactical missiles fills the gap between long range rockets and short range ballistic missiles , and have range mainly about 100 to 200 kms .
    2. Very high precision and accuracy: These missiles are highly accurate, and can destroy small steady and moving targets with high accuracy.

    About ‘Pralay’ Missile

    • Pralay is a Hindi word which means “apocalypse” or “to cause great destruction” or “damage”.
    • The Pralay missile project was sanctioned in 2015 and is a derivative of the Prahaar missile programme, which was first tested in 2011.
    • Developed by the DRDO, the ‘Pralay’ ballistic missile is a canisterised tactical, surface-to-surface, and short-range ballistic missile (SRBM) for battlefield use.
    • It can hit targets from a distance of 150 to 500 km and is extremely difficult to intercept by enemy interceptor missiles.
    • Pralay is powered by a solid fuel rocket motor and is a high explosive preformed fragmentation warhead that weighs somewhere between 350 kg to 700 kg.
    • It also accounts for its Penetration-Cum-Blast (PCB) and Runaway Denial Penetration Submunitions (RDPS).

    Unique features of Pralay

    • Precise targeting: The missile is designed to destroy enemy radar, communication installations, command centres and airfields.
    • Quasi Ballistic Trajectory: It means the object takes a low curved path after being shot.
    • Stealth features: Pralay has the ability to evade any anti-ballistic missile (ABM) interceptors by performing mid-air manoeuvres by using a manoeuvrable re-entry vehicle.
    • Destruction capability: When a high-explosive warhead, like the one Pralay missile is equipped with, explodes, its pieces are thrown at a high speed which can inflict heavy damage.

    What makes Pralay lethal?

    • The Indian missile can be compared to China’s Dong Feng 12 and the Russian Iskander missile that has been used in the ongoing war with Ukraine.
    • The US Army is in the process of increasing the range of a similar short-range ballistic missile called the Precision Strike Missile (PrSM).
    • What makes Pralay deadly is that it is a quasi-ballistic weapon, which means that while it has a low trajectory and is largely ballistic, it can manoeuvre in flight.
    • Unlike intercontinental ballistic missiles that exit the Earth’s atmosphere, short-range ballistic missiles stay within it.

    What lies ahead?

    • Pralay, along with the BrahMos supersonic cruise missile, will form the crux of India’s planned Rocket Force — a concept that was envisaged by former Chief of Defence Staff (CDS), the late General Bipin Rawat.
    • Only conventional missiles would come under the planned Rocket Force as and when it’s ready, while nuclear weapons would continue to be under the ambit of the Strategic Forces Command.

     

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  • Expedite categorization of DNTs: House panel

    A Parliamentary panel has pulled up the Centre over the “very slow” process to categorize over 260 Denotified, nomadic and semi-nomadic tribes (DNTs) under either the SC/ST/OBC lists.

    Why in news?

    • The government officials also pointed ‘delay’ in the approval of benefits under the SEED (Scheme for Economic Empowerment of DNTs) scheme launched in February this year.
    • There is a scheme in place with proper budgetary outlay, but there is no whereabouts of targeted beneficiaries for it. Imagine how ironical this is.

    Who are the DNTs?

    • The term ‘De-notified Tribes’ stands for all those communities which were once notified under the Criminal Tribes Acts, enforced by the British Raj between l87l and I947.
    • These Acts were repealed after Independence in l952, and these communities were “De-Notified”.
    • The DNTs (of whom most are the medieval period Banjaras) are the most neglected, marginalized, and economically and socially deprived communities.
    • Most of them have been living a life of destitution for generations and still continue to do so with an uncertain and gloomy future.
    • More than 10 crore Indians from over 1,400 communities are either denotified, nomadic or semi-nomadic.

    About SEED Scheme

    • It has been formulated for families having income from all sources of Rs.2.50 lakh or less per annum and not availing any such benefits from similar Scheme of Centre Government or the State Government.
    • The Scheme will be implemented through a portal, developed by the Department of Social Justice & Empowerment.
    • Post verification, the funds will be transferred directly to the beneficiaries in their account.
    • The other implementing agencies are Ministry of Rural Development, National Rural Livelihood Mission (NRLM) and National Health Authority (NHA).

    Components of the scheme

    The Scheme will have the following four components:

    • Free Coaching: A component of free Coaching for DNT Students has been envisioned for the educational empowerment of these communities. It seeks to enable them to appear in competitive examinations/ admission to professional courses like medicine, engineering, MBA, etc. for obtaining an appropriate job in the Public/Private Sector.
    • Health Insurance: Members of these communities are likely to have little or no access to medical facilities and other benefits available under the mainstream health policies.This would ensure a health insurance cover of Rs.5 lakhs per family per year for families as per norms of “Ayushman Bharat Pradhan Mantri Jan Arogya Yojana.
    • Livelihood Initiatives: The decline of traditional occupations of DNT/NT/SNT communities has exacerbated their poverty. A focus to support livelihood generation for these communities was required.
    • Financial support for Housing: Considering the shortage of houses for DNTs, it has been proposed to earmark a separate outlay for PMAY to support specific importance in providing houses only for DNTs living in rural areas.

    Why was such scheme launched?

    • DNTs are ignored communities: They escaped the attention of our developmental framework and thus are deprived of the support unlike Scheduled Castes and Scheduled Tribes.
    • Most deprived section: Historically, these communities never had access to private land or homeownership.
    • Ecological contribution: These tribes used forests and grazing lands for their livelihood and residential use and had “strong ecological connections.

    Status of DNT’s identification

    • Anthropological Survey of India study: AnSI had submitted reports on categorisation of 48 DNT communities so far. Further, the AnSI is finalising studies on 161 communities and is expected to finish studying the remaining communities (about 70) by the end of 2022.
    • Idate Commission: It had categorised 1,262 communities under SC/ST/OBC lists and 267 communities were left uncategorised.

    Why is there such delay?

    • Slow response from states: Officials cannot begin processing the applications for the SEED scheme unless the State and district-level reviews are completed.
    • Duplication of communities: There is inaccurate categorization/duplication of communities which leading to hiccups in the approval process.

     

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  • In news: Ratnagiri Prehistoric Geoglyphs

    geoglyph

    Experts and conservationists have raised concerns over the proposed location for a mega oil refinery in Barsu village of Maharashtra’s Ratnagiri district.

    What are geoglyphs?

    • Geoglyphs are a form of prehistoric rock art, created on the surface of laterite plateaus.
    • They are made by removing a part of the rock surface through an incision, picking, carving or abrading.
    • They can be in the form of rock paintings, etchings, cup marks and ring marks.

    Ratnagiri’s geoglyphs

    • Clusters of geoglyphs are spread across the Konkan coastline in Maharashtra and Goa, spanning around 900 km.
    • Porous laterite rock, which lends itself to such carving, is found on a large scale across the entire region.
    • Ratnagiri district has more than 1,500 pieces of such art, also called “Katal shilpa,” spread across 70 sites.
    • The figures depicted in the geoglyphs include humans and animals such as deer, elephant, tiger, monkey, wild boar, rhinoceros, hippopotamus, cattle, pig, rabbit, and monkey.
    • Moreover, they also include a high number of reptilian and amphibian creatures such as tortoises and alligators, aquatic animals such as sharks and sting rays, and birds like peacocks.

    Why are they significant?

    • Tourism potential: Ratnagiri’s prehistoric sites are among three Indian attractions that may soon become World Heritage Sites. The other two include Jingkieng Jri, the living root bridge in Meghalaya, and Sri Veerabhadra Temple in Andhra Pradesh’s Lepakshi.
    • Evolution of art: The geoglyph clusters also are examples of advanced artistic skills, showing the evolution of techniques of etching and scooping in rock art.

     

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  • Research and Development Scenario in India

    development

    Context

    • US, has retained its global leadership for almost a century since World War I thanks to the culture of innovation backed by a solid base of research and development (R&D). China is challenging the leadership of US based on technology and innovation. If India wants to be a Vishwa guru it must invest in R&D.

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    Innovation and missing R&D Investment

    • Engine of growth: Innovation is rightly recognized as an engine for economic growth.
    • Atal innovation Mission: In 2016, the government launched the Atal Innovation Mission (AIM) to create an ecosystem to promote innovation and entrepreneurship in the country.
    • Actual spending is less: All these are steps in the right direction, but the foundation of all this lies in how much India actually spends on R&D, both in absolute terms as well as a percentage of its GDP, in relation to other G20 countries.
    • Sustainable Target: SDG Target 9.5 calls upon nations to encourage innovation and substantially increase the numbers of researchers as well as public and private spending on R&D. Gross domestic expenditure on R&D (GERD) is the proposed aggregate to quantify a country’s commitment to R&D.

    What is the scenario of Global Investment in R&D?

    • Institute for Statistics (UIS): According to UNESCO’s Institute for Statistics (UIS) latest report, the G20 nations accounted for 90.6 per cent of global GERD (current, PPP$) in 2018.
    • Increased spending on R&D: Global R&D expenditure has reached a record high of about 2.2 trillion current PPP$ (2018), while Research Intensity (R&D expenditure as a percentage of GDP) has gradually increased from 1.43 per cent in 1998 to 1.72 per cent in 2018.
    • Investment in PPP terms is inaccurate: Though looking at spending in PPP terms is a reasonable metric for welfare measurement in the economy, when it comes to technological prowess in high-end activities of R&D, it all boils down to measuring hard currency in US dollars.

    development

    Investment in R&D by G20 countries

    • G20 leader in investment: The G20 countries, accounting for 86.2 per cent of the global GDP and over 60 per cent of the global population in 2021, are the leaders in every way.
    • USA spends the Highest: The US leads the G20 by spending $581.6 billion on R&D followed by the European Union ($323 billion), and China ($297.3 billion) in 2018.
    • India spends negligible amount: India lags way behind with a paltry R&D expenditure of only $17.6 billion in 2018. In terms of their relative shares in G20 R&D expenditure, the US is way ahead with 36 per cent, followed by the EU (20 per cent), and China (18 per cent). India’s share is less than 1 per cent of G20 R&D expenditure in dollar terms.

    development

    Linkages between Research Intensity and Expenditure on R&D

    • Percentage to GDP: While the absolute expenditure on R&D provides a sense of scale, their percentage to the respective GDP provides the research intensity (RI).
    • South Korea Highest RI: It is interesting to note that in 2018 for which the latest information is available, South Korea has the highest RI at 4.43 per cent, followed by Japan (3.21 per cent), Germany (3.09 per cent), the US (2.83 per cent), France (2.19 per cent), China (2.14 per cent) and EU (2.02 per cent). India is ranked 17th in the G20, with a RI of 0.65 per cent (see infographics).
    • Example of Israel: One of the non-G20 countries is Israel, which, while having an R&D expenditure of just $18.6 billion, a population of only 9.3 million and a per capita income of around $51,430, has the highest RI of over 5 per cent. No wonder, Israel is known as a land of innovations, be it in defence or agriculture.

    development

    What India can learn from Israel?

    • Innovation growth and competition: The innovation system in Israel is a fundamental driver of its economic growth and competitiveness.
    • Active role of government: The government has played an important role in financing innovation, particularly in SMEs, and in providing well-functioning frameworks for innovation, such as venture capital (VC), incubators, strong science-industry links, and high-quality university education.
    • India can emulate Israel: Israel builds a strong case to show that despite being a smaller nation, sustainable growth can be achieved by prioritising investments in R&D. A lesson India can learn.

    Mains Question

    Q. What is difference between investment in R&D and research intensity? What is the missing part in India’s R&D and innovation ecosystem?

     

     

  • India-EU Free Trade Agreement

    Agreement

    Context

    • The third round of negotiations of the India-European Union (EU) free trade agreement concluded recently. The two sides are also negotiating an investment protection agreement (IPA), which will contain investment protection standards and an independent mechanism to settle disputes between investors and states under international law.

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    Why EU is seeking Investor Protection Agreement?

    • Regulatory troubles in India: Notwithstanding the laudable intent of the government to welcome them, foreign investors in India have often got into numerous regulatory troubles with the state.
    • Investors have sued India: Several foreign corporations like Vodafone, Cairn Energy, Nissan, White Industries, Telenor, Nokia, Vedanta have sued India to enforce the rights guaranteed to them in bilateral investment treaties (BITs). This is the main motivation behind the EU seeking an IPA with India.
    • India’s past of unilaterally changing the laws: EU investors can rely on Indian law for protection. But Indian law can be unilaterally changed to the detriment of the investor.
    • Slow Judicial process: The Indian judiciary is agonisingly slow in resolving disputes. Thus, the longing for protection under international law.

    Agreement

    What are the hurdles finalization INDIA-EU treaty?

    • Non-justiciable tax regulations: India wants to push taxation measures outside the scope of the treaty by making tax-related regulatory measures non-justiciable. The EU has difficulty accepting this proposition given the recent history of India’s tax-related investment disputes with Vodafone, Cairn Energy, and Nissan.
    • Two tier court system: The EU’s investment proposal to India talks of creating a two-tier court-like system with an appellate mechanism and tenured judges to resolve treaty disputes between investors and the state.
    • EU’s proposal of MIC: This proposal is connected to the EU’s stand internationally for creating a multilateral investment court (MIC), negotiations for which are going on at the United Nations Commission on International Trade Law (UNCITRAL). The MIC is aimed at overcoming the weaknesses of the current arbitration-based system of settling investor-state disputes.
    • Lack of clarity from India’s side: India’s position on creating an investment-court-like system is unknown. India hasn’t publicly contributed to the ongoing negotiations at UNCITRAL towards establishing a MIC.

    What is the issue of MFN and FET?

    • EU wants the MFN status: The EU’s investment proposal contains a most favoured nation (MFN) provision to ensure that EU investors do not face discrimination vis-à-vis other foreign investors.
    • India don’t want to include MFN: On the other hand, India’s position is not to include the MFN provision in its investment treaties because of the apprehension that foreign investors will use the MFN clause to indulge in disruptive treaty shopping. The solution to such disruptive treaty shopping is to negotiate for a qualified MFN provision and not exclude it altogether.
    • Fair equitable treatment: EU investment proposal contains what is known as a fair and equitable treatment (FET) provision, which is missing in the Indian 2016 Model BIT.
    • Making the state liable: The FET provision protects foreign investors, for example, by making the states liable if it goes back on the specific assurances made to an investor to induce investments on which the investor relied while making the investment.

    Why IPA is need of the hour?

    • FDI is stagnant: Overall FDI to India has stagnated for the past decade at around 2 per cent of the GDP. In the case of the EU, while its share in foreign investment stock in India increased from €63.7 billion in 2017 to €87.3 billion in 2020, this is way below the EU foreign investment stocks in China (€201.2 billion) or Brazil (€263.4 billion).
    • Negative Impact of BIT terminations: Recent research shows that India’s decision to unilaterally terminate BITs has negatively impacted FDI inflows to India.
    • IPA needed to attract FDI: India needs the IPA with the EU to attract FDI for achieving the aspirational milestone of becoming a $10-trillion economy by 2030.

    Conclusion

    • India needs to put its own house in order. India should review the 2016 Model BIT, as has also been recommended by the Parliament’s standing committee on external affairs.

    Mains Question

    Q. What is the investor protection scheme and why EU wants to include IPA in Free Trade Agreement with India? what are the hurdles in FTA between EU and India?

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  • Consumer Affairs Ministry unveils ‘Right to Repair’ Portal

    right to repair

    The Food and Consumer Affairs Minister introduced a host of new initiatives, including a right to repair portal.

    Right to Repair portal

    • On the ‘right to repair’ portal, manufacturers would share the manual of product details with customers so that they could either repair by self, by third parties, rather than depend on original manufacturers.
    • Initially, mobile phones, electronics, consumer durables, automobile and farming equipments would be covered.

    What is Right to Repair?

    • It refers to proposed government legislation that would allow consumers the ability to repair and modify their own consumer products (e.g. electronic, automotive devices).
    • The idea behind “right to repair” is in the name: If you own something, you should be able to repair it yourself or take it to a technician of your choice.
    • People are pretty used to this concept when it comes to older cars and appliances, but right-to-repair advocates argue that modern tech, especially anything with a computer chip inside, is rarely repairable.

    The Right to Repair movement aims for:

    1. Easy repair: The device should be constructed and designed in a manner that allows easy repairs
    2. Access to critical components: End users and independent repair providers should be able to access original spare parts and tools (software as well as physical tools) needed to repair the device at fair market conditions
    3. No technical barriers: Repairs should by design be possible and not hindered by software programming
    4. Proper communication: The repairability of a device should be clearly communicated by the manufacturer.

    How did it came to existence?

    • The average consumer purchases an electronic gadget, knowing that it will very quickly become obsolete as its manufacturer releases newer and more amped up version.
    • As your device grows older, issues start to crop up — your smartphone may slow down to a point where it is almost unusable, or your gaming console may require one too many hard resets.
    • When this happens, more often than not, you are left at the mercy of manufacturers who make repairs inaccessible and an inordinately expensive affair.

    Why is such right significant?

    • Exorbitant repair price: Often, manufacturers reduce the durability of the product, compelling consumers to either repurchase the product or get it repaired at exorbitant prices affixed by the manufacturers.
    • Lifespan enhancement: The goal of the movement is to increase the lifespan of products and to keep them from ending up in landfills.
    • Against planned obsolescence: The electronic manufacturers are encouraging such culture so that devices are designed specifically to last a limited amount of time and to be replaced.
    • Scarcity of natural resources: Obsolescence leads to immense pressure on the environment and wasted natural resources.
    • Mitigating climate change: Manufacturing an electronic device is a highly polluting process. It makes use of polluting sources of energy, such as fossil fuel.
    • Boost to repair economy: Right to repair advocates also argue that this will help boost business for small repair shops, which are an important part of local economies.

    Issues with obsolete devices

    • Unfair trade practice:  For manufacturers, either of these options is a win-win case, because high-priced repairs, as well as new sales, mean more profits.
    • High cost to consumers: This often led to higher consumer costs or drive consumers to replace devices instead of repairing them.
    • Generation of E-waste: The global community is concerned over the continuously growing size of the e-waste stream.
    • Recyclability: Up to 95% of raw materials used to produce electronic devices can be recycled, while the vast majority of newly produced devices use little to none recycled material due to the higher cost.

    Why do electronic manufacturers oppose this movement?

    Large tech companies, including Apple, Microsoft, Amazon and Tesla, have been lobbying against the right to repair.

    • IPR violations through reverse engineering: Their argument is that opening up their intellectual property to third party repair services.
    • Threats to device safety: Amateur repairers could lead to exploitation and impact the safety and security of their devices.
    • Personal data security: Tesla, for instance, has fought against right to repair advocacy, stating that such initiatives threaten data security and cyber security.
    • Sheer casualization: Tech giant has allowed repairs of its devices only by authorised technicians and not providing spare parts or DIY manuals on how to fix its products.

    Right to Repair in India

    The ‘right to repair’ is not recognised as a statutory right in India, but certain pronouncements within the antitrust landscape have tacitly recognized the right.

    • Necessary consumer right: Monopoly on repair processes infringes the customer’s’ “right to choose” recognised by the Consumer Protection Act, 2019.
    • Acknowledgment by agencies: Consumer disputes jurisprudence in the country has also partially acknowledged the right to repair.
    • Upholding Competition: In Shamsher Kataria v Honda Siel Cars India Ltd (2017), for instance, the Competition Commission of India ruled that restricting the access of independent automobile repair units to spare parts as anti-competitive.
    • Part of consumer welfare: The CCI observed that the practice was detrimental to consumer welfare.
    • Laws for recycle: The e-waste (management and handling) rules addresses not only to handle the waste in an environmentally friendly manner, but also has laid down rules about its transportation, storage and recycling.

    Way forward

    • Avoiding blanket waiver: While necessary clauses to maintain the quality of the product can be included, a blanket waiver should be avoided.
    • For instance, the quality assurance clause can be incorporated for use of company-recommended spare parts and certified repair shops.
    • Making available the repair manual: Making repair manuals available to certified business owners could go a long way in balancing the rights of consumers and manufacturers.
    • Sign a non-disclosure agreement to protect IP rights: Manufacturers can sign a non-disclosure agreement to protect the IP with certified repairers/businesses.
    • Alloting certification/license: Further, the lack of certification/licensing of repair workers is seen as a reflection of their lack of skills.
    • Insert right to repair in Consumer protection Act: The ‘right to repair’ can be said to be implicit in Section 2(9) of the Consumer Protection Act, 2019.
    • Reparability parameter: The product liability clause under Section 84 can be amended and expanded to impose product liability concerning various reparability parameters of the product.
    • Duration of product liability: The duration of imposing product liability may vary depending on the product and its longevity.

     

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  • What is a ‘Bomb Cyclone’?

    bomb

    Bomb cyclone continued to unleash havoc as the death toll due to weather-related incidents in the United States mounted to 34 and has left millions without power.

    What is Bomb Cyclone?

    • A bomb cyclone is a large, intense mid-latitude storm that has low pressure at its center, weather fronts and an array of associated weather, from blizzards to severe thunderstorms to heavy precipitation.
    • It becomes a bomb when its central pressure decreases very quickly—by at least 24 millibars in 24 hours.
    • When a cyclone “bombs,” or undergoes bombogenesis, this tells us that it has access to the optimal ingredients for strengthening, such as high amounts of heat, moisture and rising air.

    Why is it called a bomb?

    • Most cyclones don’t intensify rapidly in this way.
    • Bomb cyclones put forecasters on high alert, because they can produce significant harmful impacts.

    Its etymology

    • The word “bombogenesis” is a combination of cyclogenesis, which describes the formation of a cyclone or storm, and bomb, which is, well, pretty self-explanatory.
    • This can happen when a cold air mass collides with a warm air mass, such as air over warm ocean waters.
    • The formation of this rapidly strengthening weather system is a process called bombogenesis, which creates what is known as a bomb cyclone.

    How does it occur?

    • Over the warmer ocean, heat and moisture are abundant.
    • But as cool continental air moves overhead and creates a large difference in temperature, the lower atmosphere becomes unstable and buoyant.
    • Air rises, cools and condenses, forming clouds and precipitation.

    Where does it occur the most?

    • The US coast is one of the regions where bombogenesis is most common.
    • That’s because storms in the mid-latitudes – a temperate zone north of the tropics that includes the entire continental US – draw their energy from large temperature contrasts.
    • Along the US East Coast during winter, there’s a naturally potent thermal contrast between the cool land and the warm Gulf Stream current.

     

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  • What are Orans?

    Oran Bachao Yatras are taking place in Rajasthan for the protection of orans or sacred groves facing the threat of destruction due to the land being allotted for renewable energy infrastructure and high-tension power lines.

    What are Orans?

    • Orans are Community Conserved Areas protected for their sacred values.
    • They include woodlots, pastures, orchards, sacred groves, and habitats usually centered around sources of water such as natural springs, rivulets, or artificially constructed ponds.
    • Additionally, there is usually a shrine dedicated to a local deity at the heart of an Oran.
    • Their traditional boundaries are based on landmarks or geographical milestones established by indigenous and agro-pastoral communities associated with them.
    • Orans are usually defined by a strong community-territory relationship and a well-functioning governance system.

    Reasons for the Yatra

    • Named after local deities and medieval warriors, orans hold religious and social significance as small forest patches in the middle of the mighty Thar desert.
    • Orans also form the natural habitat for India’s most critically endangered bird, the Great Indian Bustard (GIB), a protected species under the Wildlife Protection Act, which is also the State bird of Rajasthan.
    • GIBs have died during the last few years because of collision with power lines, making this the most significant threat to the majestic birds.

    Back2Basics: Sacred Grooves

    • Sacred groves of India are forest fragments of varying sizes, which are communally protected, and which usually have a significant religious connotation for the protecting community.
    • It usually consists of a dense cover of vegetation including climbers, herbs, shrubs and trees, with the presence of a village deity and is mostly situated near a perennial water source.
    • Sacred groves are considered to be symbols of the primitive practice of nature worship and support nature conservation to a great extent.
    • The introduction of the protected area category community reserves under the Wild Life (Protection) Amendment Act, 2002 has introduced legislation for providing government protection to community-held lands, which could include sacred groves.

    Historical references

    • Indian sacred groves are often associated with temples, monasteries, shrines, pilgrimage sites, or with burial grounds.
    • Historically, sacred groves find their mentions in Hindu, Jain and Buddhist texts, from sacred tree groves in Hinduism to sacred deer parks in Buddhism for example.
    • Sacred groves may be loosely used to refer to natural habitat protected on religious grounds.
    • Other historical references to sacred groves can be obtained in Vrukshayurveda an ancient treatise, ancient classics such as Kalidasa’s Vikramuurvashiiya.
    • There has been a growing interest in creating green patches such as Nakshatravana

    Regulation of activities in Sacred Grooves

    • Hunting and logging are usually strictly prohibited within these patches.
    • Other forms of forest usage like honey collection and deadwood collection are sometimes allowed on a sustainable basis.
    • NGOs work with local villagers to protect such groves.
    • Traditionally, and in some cases even today, members of the community take turns to protect the grove.

    Threats to such grooves

    • Threats to the groves include urbanization, and over-exploitation of resources.
    • While many of the groves are looked upon as abode of Hindu deities, in the recent past a number of them have been partially cleared for construction of shrines and temples.

    Total grooves in India

    • Around 14,000 sacred groves have been reported from all over India, which act as reservoirs of rare fauna, and more often rare flora, amid rural and even urban settings.
    • Experts believe that the total number of sacred groves could be as high as 100,000.
    • They are called by different names in different states:
    1. Sarna in Bihar
    2. Dev Van in Himachal Pradesh
    3. Devarakadu in Karnataka
    4. Kavu in Kerala
    5. Dev in Madhya Pradesh
    6. Devarahati or Devarai in Maharashtra
    7. Lai Umang in Maharashtra
    8. Law Kyntang or Asong Khosi in Meghalaya
    9. Kovil Kadu or Sarpa Kavu in Tamil Nadu

     

     

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