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  • Five space exploration missions to look out for in 2023

    2023 is set to be another busy year. Here are five of the most exciting missions to watch out for.

    (1) Jupiter Icy Moons Explorer

    space

    • In April, the European Space Agency (ESA) is set to launch the Jupiter Icy Moons Explorer (Juice), in what will be Europe’s first dedicated robotic mission to Jupiter.
    • Juice is due to reach the planet in July 2031 after performing an incredible flight path through the Solar System.
    • The mission will enter into orbit around Jupiter and perform numerous flybys of its large icy moons: Europa, Ganymede and Callisto.
    • After four years of moon flybys, Juice will then enter into orbit around Ganymede, the largest moon in the Solar System — becoming the first spacecraft ever to reach orbit around the moon of another planet.
    • The icy moons of Jupiter are interesting as they are all believed to host oceans of liquid water beneath their frozen surfaces.
    • Europa, in particular, is regarded as one of the most likely abodes in the Solar System for extra-terrestrial life.

    (2) SpaceX Starship

    space

    • Starship will be the largest spacecraft capable of carrying humans from Earth to destinations in space (the International Space Station is larger, but it was assembled in space).
    • It will be the most powerful launch vehicle ever to fly, capable of lifting 100 tonnes of cargo to low Earth orbit.
    • Starship is the collective name for a two-component system consisting of the Starship spacecraft (which carries the crew and cargo) and the Super Heavy rocket.
    • The rocket component will lift Starship to some 65km altitude before separating and returning to Earth in a controlled landing.
    • The upper Starship component will then use its own engines to push itself the rest of the way to orbit.

    (3) dearMoon Project

    space

    • The long-awaited dearMoon project, which will take members of the public on a six-day trip around the Moon and back, is due for launch on Starship and was originally planned for 2023.
    • It will be the first true deep space tourism launch.
    • This mission will mark a big change in the way we think about space, as previously only astronauts picked using incredibly stringent criteria have been able to go into deep space.
    • The success or failure of the dearMoon mission could affect whether deep space tourism becomes the next big thing, or it is relegated back to being a pipe-dream.

    (4) OSIRIS-REx returning Earth

    space

    • The Origins Spectral Interpretation Resource Identification Security — Regolith Explorer, mercifully more commonly known as OSIRIS-REx, is a NASA mission to near-Earth asteroid Bennu.
    • A key goal of this robotic mission was to acquire samples of Bennu and return them to Earth for analysis.
    • OSIRIS-REx is now fast returning to Earth with up to a kilogram of precious asteroid samples stored aboard.
    • If all goes well, the capsule will detach from the spacecraft, enter the Earth’s atmosphere and parachute to a soft landing in the deserts of Utah.
    • Asteroid sample return has only been achieved once before, by the Japanese Space Agency’s Hayabusa 2 mission in 2020.
    • Bennu is an approximately diamond-shaped world just half a kilometre in size, but has many interesting characteristics.
    • Some of the minerals detected within it have been altered by water, implying that Bennu’s ancient parent body possessed liquid water.
    • It also has an abundance of precious metals, including gold and platinum.
    • It is however classed as a potentially hazardous object with a (very) small possibility of Earth impact in the next century.

    (5) India’s private space launch

    • Skyroot Aerospace, which successfully launched its Vikram-S rocket in November 2022, is soon to become the first private Indian company to launch a satellite.
    • The rocket itself reached 90km in altitude, a distance that would need to be improved upon to get a constellation of satellites into orbit.
    • Skyroot’s first satellite launch is planned for 2023, with a goal of undercutting the cost of private space launch rivals by producing its 3D-printed rockets in a matter of days.
    • If successful, this could also provide a route for cheaper launches of scientific missions, enabling a faster rate of research.

    Conclusion

    • With many bold advances and launches due in 2023, we are entering a new phase akin to the “Golden era” of space launches in the 1960s and ’70s.
  • The AI storm of ChatGPT: Advantages and limitations

    ChatGPT

    Context

    • Many of us are familiar with the concept of what a “chatbot” is and what it is supposed to do. But this year, OpenAI’s ChatGPT turned a simple experience into something entirely different. ChatGPT is being seen as a path-breaking example of an AI chatbot and what the technology could achieve when applied at scale.

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    ChatGPT

    Background

    • ChatGPT by OpenAI: Artificial Intelligence (AI) research company OpenAI on recently announced ChatGPT, a prototype dialogue-based AI chatbot capable of understanding natural language and responding in natural language.
    • Will be able to implement in softwares soon: So far, OpenAI has only opened up the bot for evaluation and beta testing but API access is expected to follow next year. With API access, developers will be able to implement ChatGPT into their own software.
    • Remarkable abilities: But even under its beta testing phase, ChatGPT’s abilities are already quite remarkable. Aside from amusing responses like the pumpkin one above, people are already finding real-world applications and use cases for the bot.

    ChatGPT

    What is Chatbot?

    • A chatbot (coined from the term “chat robot”) is a computer program that simulates human conversation either by voice or text communication, and is designed to help solve a problem.
    • Organizations use chatbots to engage with customers alongside the classic customer service channels like phone, email, and social media.

    What is ChatGPT?

    • Simple definition: ChatGPT is a chatbot built on a large-scale transformer-based language model that is trained on a diverse dataset of text and is capable of generating human-like responses to prompts.
    • A human like language model: It is based on GPT-3.5, a language model that uses deep learning to produce human-like text.
    • It is more engaging with details: However, while the older GPT-3 model only took text prompts and tried to continue on that with its own generated text, ChatGPT is more engaging. It’s much better at generating detailed text and can even come up with poems.
    • Keeps the memory of the conversations: Another unique characteristic is memory. The bot can remember earlier comments in a conversation and recount them to the user.
    • Human- like resemblance: A conversation with ChatGPT is like talking to a computer, a smart one, which appears to have some semblance of human-like intelligence.

    ChatGPT

    The Question arises: will AI replace all of our daily writing?

    • ChatGPT is not entirely accurate: It is not entirely accurate, something even OpenAI has admitted. It is also evident that some of the essays written by ChatGPT lack the depth that a real human expert might showcase when writing on the same subject.
    • ChatGPT lacks depth like human mind: It doesn’t quite have the nuance that a human would often be able to provide. For example, when asked ChatGPT how one should cope with a cancer diagnosis. The responses were kind but generic. The type of responses you would find in any general self-help guide.
    • It lacks same experiences as humans: AI has a long way to go. After all, it doesn’t have the same experiences as a human.
    • ChatGPT doent excel in code: ChatGPT is writing basic code. As several reports have shown, ChatGPT doesn’t quite excel at this yet. But a future where basic code is written using AI doesn’t seem so incredible right now.

    ChatGPT

    Limitations of ChatGPT

    • ChatGPT is still prone to Misinformation: Despite of abilities of the bot there are some limitations. ChatGPT is still prone to misinformation and biases, which is something that plagued previous versions of GPT as well. The model can give incorrect answers to, say, algebraic problems.
    • ChatGPT can write incorrect answers: OpenAI understands some flaws and has noted them down on its announcement blog that “ChatGPT sometimes writes plausible-sounding but incorrect or nonsensical answers.

    Conclusion

    • OpenAI’s ChatGPT turned that simple experience into something entirely different. ChatGPT is a path-breaking example of an AI chatbot and what the technology could achieve when applied at scale. Limitations aside, ChatGPT still makes for a fun little bot to interact with. However, there are some challenges that needs to be addressed before it becomes a unavoidable part of human life.

    Manis question

    Q. What is ChatGPT? Discuss why it is seen as pathbreaking example of an AI chatbot and the limitations?

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  • Why India’s bankruptcy regime needs to be fixed?

    The government is proposing to make changes to India’s six-year-old Insolvency and Bankruptcy Code (IBC).

    What is the Insolvency and Bankruptcy Code (IBC)?

    • The IBC, 2016 is the bankruptcy law of India that seeks to consolidate the existing framework by creating a single law for insolvency and bankruptcy.
    • It is a one-stop solution for resolving insolvencies which previously was a long process that did not offer an economically viable arrangement.
    • The code aims to protect the interests of small investors and make the process of doing business less cumbersome.

    Key features

    Insolvency Resolution: The Code outlines separate insolvency resolution processes for individuals, companies, and partnership firms. The process may be initiated by either the debtor or the creditors. A maximum time limit, for completion of the insolvency resolution process, has been set for corporates and individuals.

    1. For companies, the process will have to be completed in 180 days, which may be extended by 90 days, if a majority of the creditors agree.
    2. For startups (other than partnership firms), small companies, and other companies (with assets less than Rs. 1 crore), the resolution process would be completed within 90 days of initiation of request which may be extended by 45 days.

    Insolvency regulator: The Code establishes the Insolvency and Bankruptcy Board of India, to oversee the insolvency proceedings in the country and regulate the entities registered under it. The Board will have 10 members, including representatives from the Ministries of Finance and Law, and the RBI.

    Insolvency professionals: The insolvency process will be managed by licensed professionals. These professionals will also control the assets of the debtor during the insolvency process.

    Bankruptcy and Insolvency Adjudicator: The Code proposes two separate tribunals to oversee the process of insolvency resolution, for individuals and companies:

    1. National Company Law Tribunal: for Companies and Limited Liability Partnership firms; and
    2. Debt Recovery Tribunal: for individuals and partnerships

    What are the changes being proposed?

    bank

    • Easier settlements: The process is being proposed to be divided into two phases—phase I will focus on finding potential buyers and handing over the management to the acquirer. Phase II would address the distribution of proceeds among creditors and settle inter-creditor disputes. This would make an effort to revive the units with better management, wherever possible.
    • Preventing delays: Average days taken to resolve a case has risen to 679 days in H1FY23 from 230 days in FY18. The changes presently under consideration seek to address inter-creditor disputes, which have been identified as the leading cause of delays.

    Why is the IBC seen as a game-changer?

    • The IBC has proved to be a deterrent for many unscrupulous borrowers and imparted tools to banks to be reasonably confident about recovering NPAs.
    • Fear of losing control of the firm nudges debtors to settle their dues.
    • Till September 2022, 23,417 applications for initiation of the Corporate Insolvency Resolution Process (CIRP), with an underlying default amount of ₹7.31 trillion, were resolved before admission.
    • Indirectly, the code provides an exit route by winding up commercially unviable units.

     

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  • Naegleria fowleri: The Brain-eating Amoeba

    naegleria

    South Korea reported its first case of infection from Naegleria fowleri or “brain-eating amoeba”.

    What is Naegleria fowleri (Amoeba)?

    • Amoeba is a type of cell or unicellular organism with the ability to alter its shape, primarily by extending and retracting pseudopods.
    • Naegleria is an amoeba, a single-celled organism, and only one of its species, called Naegleria fowleri, can infect humans.
    • It was first discovered in Australia in 1965 and is commonly found in warm freshwater bodies, such as hot springs, rivers and lakes.
    • So far, Naegleria fowleri has been found in all continents and declared as the cause of PAM in over 16 countries, including India.

    How does it infect humans?

    • The amoeba enters the human body through the nose and then travels up to the brain.
    • This can usually happen when someone goes for a swim, or dive or even when they dip their head in a freshwater body.
    • In some cases, it was found that people got infected when they cleaned their nostrils with contaminated water/ vapour/ or aerosol droplets.
    • Once Naegleria fowleri goes to the brain, it destroys brain tissues and causes a dangerous infection known as primary amebic meningoencephalitis (PAM).

    What are the symptoms of PAM?

    • The CDC says the first signs of PAM start showing within one to 12 days after the infection.
    • In the initial stages, they might be similar to symptoms of meningitis, which are headache, nausea and fever.
    • In the later stages, one can suffer from a stiff neck, seizures, hallucinations, and even coma.
    • The infection spreads rapidly and on average causes death within about five days.

    How its spread is linked to climate change?

    • With the rising global temperatures, the chances of getting Naegleria fowleri infection will go up as the amoeba mainly thrives in warm freshwater bodies.
    • The organism best grows in high temperatures up to 46°C and sometimes can survive at even higher temperatures.
    • Various recent studies have found that excess atmospheric carbon dioxide has led to an increase in the temperature of lakes and rivers.
    • These conditions provide a more favourable environment for the amoeba to grow.

     

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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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  • AVGC-Extended Reality Mission for Gaming Sector

    avgc gaming

    The Animation, Visual Effects, Gaming and Comics (AVGC) Promotion Task Force report has proposed a national AVGC-Extended Reality Mission with a budget outlay to be created for integrated promotion and growth of the sector.

    What is AVGC?

    • While the etymology of the word surrounds everything to do with Animation, Visual Effects, Gaming and Comics, the overarching term is an umbrella for all the sub-sectors that are contributing to India’s digital economy.
    • This includes-
    1. Animation Studios
    2. VFX Studios
    3. Game Development Studios
    4. Platforms
    5. Hardware Manufacturers
    6. Software developers
    7. Virtual Production Studios and many more entities
    • The sector saw immense growth with technological adoption as is, but it witnessed steep uptake with the onset of the pandemic.

    Why focus on the AVGC sector?

    • Emerging sector: The global AVGC industry amounts to $800 billion, and the Indian AVGC sector is brimming with the potential to bag up to 5 percent of the global share ($40 billion).
    • India’s IT prowess: India today contributes about $2.5-3 billion of the estimated $260-275 billion worldwide AVGC market.
    • Skilled workforce availability: According to industry experts, the Indian market which currently employs about 1.85 lakh AVGC professionals, can witness a growth of 14-16% in the next decade.
    • Employment generation: Not only does the sector contribute significantly to the economy, it also creates an abundance of employment opportunities for several skilled sectors, with over 160,000 jobs that it could provide yearly.

    Key recommendations by the task force

    The report has also recommended-

    • “Create in India” campaign with an exclusive focus on content creation
    • Establishment of AVGC accelerators and innovation hubs in academic institutions
    • Democratizing AVGC technologies by promoting subscription-based pricing models for MSME, Start-ups and institutions;
    • Indigenous technology development through incentive schemes and Intellectual Property creation; and
    • Setting up a dedicated production fund for domestic content creation from across India to promote the country’s culture and heritage globally.
    • Memorandum of Cooperation with developed global AVGC markets — U.S., Japan, South Korea, Germany etc.

    Way forward

    • Policy vision: Because of the wide range of sub-sectors that are amass under AVGC’s wide umbrella, there is a need for a broad vision to help further incubate this industry.
    • Up-skilling: There is a requirement for not only financing and resource allocation for the sector, but also education and talent development.
    • Collaboration: Gaming, VFX, and animation markets in the likes of the US or South Korea, for instance, has been heavily incubated, and are thus at the crest of the wave on a global scale today.

    Conclusion

    • If it gets the correct atmosphere to grow in–especially one that covers all the bases under it, the Indian AVGC sector has the capacity to become the zenith of Digital India and the hallmark of the ‘Brand India’ dream that PM envisages.

     

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  • 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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  •  ‘PRASAD’ Scheme to create a slew of facilities at Srisailam

    President of India inaugurated ‘PRASAD’ project at the tourism facilitation centre in the pilgrim town of Srisailam in Andhra Pradesh.

    About Srisailam

    • The temple at Srisailam is the ancient and sacred place of South India.
    • The presiding deity of the place is Brahmaramba Mallikarjuna Swamy in natural stone formations in the shape of Lingam.
    • It is listed as one of the twelve Jyotirlingams existing in the country.

    Development with PRASAD scheme

    • The pilgrim town will get a pilgrim complex, amenities centres, an amphitheatre, sound and light show, digital intervention, parking areas among others.
    • There is total outlay of ₹48.03 crore under the PRASAD project.

    Back2Basics: PRASAD Scheme

    • PRASAD stands for Pilgrimage Rejuvenation and Spirituality Augmentation Drive (PRASAD).
    • It is 100% Centrally Sponsored Scheme under Tourism Ministry.
    • Provisions under the scheme include-
    1. Tourism Promotion and Tourist Ecosystem
    2. Vocational Training for Tourists and Hospitality Business
    3. Hunar se Rozgar tak (HSRT) and earn while you learn programs
    4. Improving Tourist Infrastructure

     

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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?

     

     

  • 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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