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Daily Current Affairs Analysis | 17th September, 2026 | Shankar IAS Academy | UPSC | Mains 2026

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The video begins by addressing India's critical "research blind spot," highlighting the urgent need for meta-science within the nation's scientific ecosystem. While India has historically been a pioneer in science, from the Chandrayaan missions to ancient contributions like Aryabhata, the current system lacks self-reflection and investment in studying its own structures. Meta-science is defined as the "science of science," which analyzes scientific practices, ecosystems, funding models, and publication quality rather than just generating new data. The speaker argues that the current focus on quantity over quality leads to redundant efforts and ignores systemic issues like researcher burnout or institutional memory loss due to frequent leadership changes. To overcome this, India must establish think tanks and full-time professional roles dedicated to monitoring and documenting scientific progress, ensuring that policies are based on rigorous evaluation rather than temporary administrative whims. The discussion then shifts to the changing nature of youth protests in India, exemplified by recent events like the NEET exam fury. The speaker notes a paradigm shift where modern protests are driven less by specific ideologies and more by raw anger toward governance failures, institutional mismanagement, and media bias. Unlike traditional movements rooted in principles like non-violence, these new rebellions often target authoritarian tendencies within democracies, leading to force-based responses that risk escalating tensions. The video warns against labeling students as anti-national or foreign agents, emphasizing instead the need for genuine engagement and addressing root grievances such as corruption and lack of checks and balances. The conclusion here is that unchecked discontent can grow from a small spark into a national fire, necessitating a proactive political approach that restores faith in institutions before protests spiral out of control. Finally, the analysis covers two major global risks: China's open AI advantage and the escalating threat of droughts. Regarding AI, the video explains how Chinese models like Deepseek offer low-cost alternatives that create technological vulnerability for India, potentially leading to dependence on foreign infrastructure. To counter this, India should leverage its multilingual data advantages and focus on domain-specific applications rather than competing directly in frontier model development. On the issue of drought, the speaker details various types—hydrological, meteorological, socioeconomic, and agricultural—and highlights how climate change, El Niño phenomena, and rising evaporative demand are making water scarcity a cross-border crisis affecting food security, energy, and transport globally. The proposed solution involves moving from reactive crisis management to proactive resilience strategies that include soil health restoration, early warning systems, and whole-of-government coordination to mitigate risks before they become disasters. The video concludes with a focus on Prelims practice questions derived from these topics, reinforcing key facts such as the definition of meta-science, the drivers of youth dissent, and details about Sir M. Visvesvaraya's contributions to India's engineering history. The overarching message is that for India to maintain its status as a scientific and technological leader, it must institutionalize self-evaluation in research, address the socio-political causes of youth unrest with empathy and reform, and build robust, indigenous capabilities in AI and water management to navigate future global disruptions effectively.
Read the full video transcript
[music] Hi, hello and welcome to Shankar Academyy's daily current affairs analysis and today's date is the 17th of September 2026. Please like, comment, share and subscribe to our YouTube channel and hit the bell icon to receive instant updates and all our notifications. And uh with this let's move to the topics of discussion for the day. The first topic we're going to talk about is India's research blind spot. We're going to talk about why India has a need for meta science and what is science and what is meta science and how we are going to deal with this. The second one is about the youth disconnect and protest. There is a changing nature of protest and there's a lot of um protest that is happening in India. So is this the birth of nationalism or is it something else? That is the article. We'll decode it further. The third one is about China's open AI advantage. Why will China have to restrict itself when the competitors are growing? Can it give in all of its um you know resources for free for long and can it dominate the world? Let's see. And the fourth one is about the drought the global economic risk and um why do we have such a threat and how do we deal with it and the final one is the prelims focus for the day. So we all know that India has been a pioneer in science right right from the chandran one and if you talk about the chandran that's looming on the surface of the moon collecting if it has water samples we have been a pioneer in science so uh you talk about Arya you talk about shushuta you talk about a lot of people you know that they have been very advanced in science but today that same science faces a policy problem that is India's research has a blind spot. This article is taken from the Hindu and it's a premium article. India has a research blind spot its own science system. So the country needs to invest in meta science. So when we see this word meta science we see that when you take your WhatsApp you have this word meta. So meta is a word that is used again and again and again. But we do not understand what this meta science is. And it is very very fundamental and imperative of us to understand what this meta science is to understand uh how this will be correlated in the UPSC perspective. So this can be asked in your GS3 and also in your GS1. GS3 it is in the science and technology angle. In the GS1 you can use this in the society angle with implications. Okay. Now let's move to the core issue. The core issue is that we have a missing self-reflection. You see that India has advanced in the scientific frontiers but there is a blind spot that is there is lack of investment in studying its own science system. So now you understand the difference between science and meta science. So science is let's say that there is a biologist a biologist is taking a virus and he's seeing it in the microscope. is identifying that oh this is a pathogen this is going to cause so many diseases but then you also see that on the par there's another um person who's analyzing the biologist there he's thinking that oh these people need investment okay these people are getting burnt out so these people need proper rest or these people need proper remuneration these people need better uh facilities these people need better infrastructure they need microscope or they need a different lab so a person who's analyzing these people and analyzing the system of science, he will be able to identify the blind spot. Right? So, meta science is something that analyzes science itself and gives us a um a rigorous study on how Indian science actually works. So that is meta science. The reflection that we are talking about is the meta science. Now what is met meta science? It is the science of science. So when you write an answer in GS3, if the question is what is meta-cience? Meta science is the science of science. It is the scientific methodology to study science itself, science practices, science ecosystems, all of that is meta-cience. The second one is so we have the funding practices, the research structures, the publications. So in today's world there is a quality versus quantity paradigm. So you see that the quality versus quantity when you talk about this today you see there are millions of research papers that are published. How many people access that in a proper way or how many people do know that okay this is what is happening for my research or this is what I should do with my research. So people stack the research papers. So even recently when you see um uh a movie, there is a person who's talking that she's done a 2,700page thesis on human behavior. That is humanly impossible. But even then, if you're doing a 2,700 page research paper, what is the use of the thesis for 2,700 pages? So it is quantity over quality. People think that if you stack papers, the quality is good, right? So that and improvement the ultimate goal is to improve. It is not just about improving the quality it is also about improving the efficiency of whatever we are doing and the impact of that that it happens on the world. Now what is the challenge? See currently there's a leadership challenge. Imagine I am a researcher. I'm the head of the um science department and I am bringing in a protocol saying you have to follow a regress routine. you have to come at 9:00 every day. You have to do this at 5:00 I need a report. I'm I'm taking everything smooth but my tenure will only be from 3 to 5 years. We all know that R&D you only have a leadership role for 3 to 5 years and then you'll move to another role. Right? So whatever if even if I retire or if I get transferred whatever I do we do understand that it will be painfully um sorrow to see that I will be moved to another place and again it will go back to its own ways. So if my practices are institutionalized, if my practices come into policym, if my practices are taken so seriously that okay this will be institutionalized so that even if I leave this will go then whatever I do has an impact right. So Indian ecosystem is vulnerable to shift in administration. So every change every leadership every past leadership all of that has an impact. So institutional memory are frequently forgotten which is why institutional memory should be uh properly cemented and there's a lack of documentation. See um I'm telling you that I have to bring in women in STEM fields. So what am I talking about? I'm talking about women in STEM fields. Now one person person one is telling that let's see let's bring in 25 women in stem fields person two whereas he's saying that just because we bring in 25 women the amount will only be growing with the growing demography we'll have to bring in more people but we have to understand a measure in which we can bring in people that is when you will understand that okay so when I bring in people or when I bring in women into STEM fields, I have to understand at what age do they start quitting, at what age do they come in, what are the issues that they face, I need to understand this in a policy angle. Only when I understand this in a policy angle will I be able to bring in women at proper um age, proper time and give what they need. It is a institutional measure and a policy measure that is needed. So there's a systemic failure to properly document what has worked and what has failed in the past. So because of this redundant effort that is there we see that there are repeated mistakes in the policy cycles. So these repeated mistakes needs to be avoided. Now you see framework for meta science. There are three frameworks that we'll be discussing today. One is the institutional framework. The second one is the expertise framework and third one is people framework. So we must build proper think tanks, proper academic departments to actually do the R&D in our age. So only then can science policy and evaluation be done. Also there's a scientific output that should be measured beyond just publication counts. Today we just as already stated we just go over qual over quality. You take quantity and go. So this should be done. And the third one is training professionals with full-time jobs. They should monitor document and guide the progress in Indian science. So what is the way forward? Today I've spoken about a lot of issues and the science of science. What is the uh way forward? The way forward is you should be having a meta science data. Only when you have a meta science data even 100 years later when we are not even in the face of earth when uh this video becomes too old even then one person can go and they can understand that this is how it has worked and that is this is how it is working. So it gives us a trajectory. History gives us a window to what has happened in the past and history repeats itself all the time. So meta science is very very important and documenting India can ensure the trajectory of growth and individual leadership changes. So it can see that under leadership A it has grown 80% under leadership B it has fall fell down by 56%. Under leadership C it has gone down to 97%. So something like this can happen right? So now we have come to the prelims practice question for the day. With reference to meta science in the context of Indian ecosystem, consider the following statements. It refers to the application of scientific methodology to study and evaluate the practice of science itself. Yes. Its primary goal is to ensure institution memory by documenting research policy successes and failures. Yes. So option C should be the answer both one and two. Let's check. Yes. Option C is the answer both one and two. With this we have come to the end of this topic and we're going to move to the next topic for the day. So you see that in today's world increasingly there's a lot of protest there's a lot of revolution and the genesis are playing a important role in that. The recent neat protest that you see in India you see that there are a lot of gen people who have done [clears throat] different reels who have done different marketing ways to approach it. You recently saw one girl who became the face of the Jensen protest. So the ways in which people protests are changing. The ways in which people get what they want is changing increasingly in a very digital world. So let's see about the Jenzi protest and change phase of protest. This article is taken from the Hindu. It is an editorial article. So let's decode it in detail. So globally the gen master brains are reshaping the growing anger over governance and institutions and they're handling it in a very different way. So what happens is that uh the uh the the new rebellion that is genesis are embracing a challenge to a unequal old order. See now they have an ide anger they have an anger. So the anger is more than the ideology. So earlier we used to have an ideology and we see aimsa was a ideology. So people when they said nonviolence we are going to follow the satyagra we are going to follow truth that was an ideology today increasingly we do not have an ideology we increasingly have anger over the system anger over institutions anger over governance anger over people and that is showing authoritarian regimes that are falling to studentled movements. So what is an authoritarian regime and why are we talking about it now? See ex example you see that a lot of democracies not a lot of democracies are exempt from this. Even a lot of democracies facewide protest even a lot of democracies face issues like this. So uh it is not just that in authoritarian regimes or where in penitentiies where there are extreme amount of pressure only there will you see protest or rebellions. It's not like that. You will see that in a lot of areas even in democracies. So media and parties often fail as effective checks and balance. You see media is seen as a pillar of uh our community right? But then the media does not give checks and balance. Let's say that you go to a news channel. Let's say news channel one says that this is the news. News channel 2 says something different. News channel C three wants to be the first one to break the news. So they do a lot of things for the TRP. Right? So the TRP is very important. So people forget that they have to give checks and balances and they move into more commercial and mainstream journalism. Do we say that we are right or wrong is a very different question. But then should they be doing it is the question. If you ask me then it is wrong. They should not be doing it. There should be a line to which they are doing it. Of course their ratings or their channel their growth is very important but what is more important is the credibility of the news that comes across right? Uh so now there is a sovereignity risk that is poisoned. So now in India if you see CJP sit in Janta Mantra Delhi there there was youth protest in Jarkin in Ranchi for exam recruitment um um irregularities for mismanagement and tampering of the news uh tampering of the question paper the neat protest exam fury was there. So now there is a lot of fury over the exam that is mismanaged. People are saying that it is not conducted properly. People are saying that it is um an issue. There was a studentled protest in Jarkand by Dendraat Mahhatau in Jarkand. So this protests are also seen in J in Satiskar in Bihar over similar concerns. So the warning is that Nepal in Nepal students went and fought against the long longestablished regime. Also in Bangladesh political order is reshaped by youthled revolt and protesters are seen as foreign agents. They're called as alien. They're said as traitors and media is amplified as antinational and India is not yet to that scale but signals must not be dismissed. So we should read the signals early before they slip out of hand. Why are they protesting? Why are protesting? Because when you could nip it in the bud, you do not do it. Which is why it came to such a big issue. So governance failure should not be there. We should have proper checks and balances. It's not just about the government, it's also about the media because they are not giving proper checks and balances also about the opposition wherein we have to bridge all these gaps. Now public performance and quality of governance is falling short because political institutions and democratic um institutions both of them they are losing their trust that is present and the centralization of power that is aggravating the discontent. So institutional safeguards are being undermined. So these deals are stuck at the expense of country's youth and there should be a middle ground in politics and anger risks are there. So there's a force-based response the use of force but understanding is when you understand why this issue is happening understanding the issue. So when you use force there is a wider backlash that comes saying how can you use force on me but here it addresses the grassroot grievance because you're understanding what is happening right so exam you're saying if the exam itself will not be conducted that is a reflex you're saying that out of spite you're not actually meaning it but careful targeted handling is what is necessary so labeling descent as national is an issue genuine engagement and not sus suspension is what you have to True. So nalism is dead. So that misses that every protest it it starts as a small beginning. If you see that a small 1960 spark in Nakalbari grew into this national threat. So once people who were India's best and brightest, they also got caught into this moment. You see um series like Family Man, it is just a small person who trained into somebody else, right? So a single spark can cause a fire when grievances do go unressed. When you try so hard but then the grievances go unadressed, that's when it becames the Dimmagi. The Dimmagi Knoxil they have exploitation and further coins of anger. This word dimin was mentioned in the independence day speech by our beloved PM Mr. Narendra Modi. He's C CJ Gap is already being the Cockro Janata party is already being referred as Diwagi Knil's sibling. So the way forward is you have to treat the warning signs of protest with proper seriousness. Avoid the indiscriminate force. Leave little room for complency. Political parties and adop opposition must adopt the corrective measures. Address corruption and education and restore faith in institutions. So UPC mains practice question critically examine the drivers of youth descent in India, its neighborhood and sits measures to enhance democratic responsiveness to youth aspirations. This is for 250 words, a 15 mark answer. Please send us across your answer copies for this question and we'll get back to you. So the article that we are going to deal with now is about India's open AI advantage that may not last forever. Why am I saying this? It is because the Chinese AI companies such as Deepseek or Gwyn, they are having an advantage over us. The weight of the AI models are at relatively lower cost. So when you see that Indian startups are forced to reduce their expenditure because they give it as a lower cost. It is just about the demand input. Let's say that you have a company and I have a company. Both of us are selling tomatoes and you sell tomato at a rate wherein it is 5 kilo per uh five rupees per kg. I sell it at 20 rupees per kg. So people obviously go that the quality is good. Right? So this dependence on foreign AI models could create a technological vulnerability that is present for India because we have a lot of youth and we have a lot of good brains who are able to give us all the effort and the time that is necessary. So uh why do we have to depend on somebody else? Now you see that models whose train parameters are made available for others are to use modify build applications. Now you see that the R1 model is about $294,000. So the potential of efficient AI architecture and distillation is to reduce the development cost that is present so that China is using these models not just as a commercial tool but also as a technological diplomacy and they're using it for a global influence because people will be dependent on them because these are the people who are giving it at lower cost. Right? So now if you see that the uh the uh free and capable models if they reduce the pricing power and if they make advanced AI capabilities widely accessible it will become a threat. Now we have to have a strategic capital and a state support to uh the AI ecosystem and we have to have a cyber space authority by early of 2026. So when this demand for cloud energy is increased, Chinese firms have significant capabilities that are present. Now if you see that a large number of competing AI models are there. So ah you see that claude china you see a lot of models are there right? So the coordination of the government will be easier if we have a smaller group of major models that is indigenously prepared and we can group them together and China would have a greater in incentive to restrict models. Once these foreign developers become dependent on these Chinese cloud infrastructure because they are getting it at a cheaper rate. When these people restrict and China says that you have to give me double now. Now the price of the tomato is 10 rupees then they will have an issue there. So one person has a open weight model from US or elsewhere. So this competitive pressure is always there and China may gain less from the unrestricted releases. So they also will come to a point where they have to restrict. Now what will happen for India? India if you see that the development cost for Indian startup is lower and there is faster diffusion of AI across all sectors. There is application specific scope and there is domain specific AI. So advanced model without developing frontier models is present. So the risk is technological dependence and switching cost of Chinese models become embedded in Indian systems as data security threat autonomy concerns and access to model weights or API will be there and what should India do? India should focus where that it has comparative advantage. It has advantages in AI application. It has advantages in industrial areas. it has application uh proficiency in language because India is a multi- language uh country so our datas will be better trained we have silicon uh inference that is edge cutting and we have domain specific fine-tuning so we also have our atmaar bat our self-reliance so that we compete uh AI self-sufficiency and openweight AI and AI governance will be there for our multilateral platforms. So open ecosystems will develop resilience against the future disruptions that is present. So consider the following pack deep China China Claude USA Mistl France serv India. So all four pairs are correctly matched. Let's check yes all four pairs are rightly matched. With this we have come to the end of this topic. Let's move to the next topic for the day. So drought if you see it is a water scarcity based condition wherein a lot of people are affected and if you see there are different types of drought there is the hydraological drought the meteorological drought the socioeconomic drought and there's also the agricultural drought. So what is this hydraological drought? Hydraological drought is when your area if it is able to get 100 cm per day let's say for an example. Okay. So now 25% if it is getting lesser then in that case you're facing a water scarcity in that region because the region is prone to getting a lot of water that is called as the hydraological drought. The meteorological drought is when your rivers dry up or your waterprone regions dry up wetlands die in such a situation you have a water scar city that is meteorological drought. But a socioeconomic drought the word itself says socio. So society is made up of people. So when people are impacted by all of this that is the socioeconomic drought and the agricultural drought is when you have a lot of crops but then the crops are not able to grow because the soil does not have enough moisture to help the crops. This is the four types of drought and it is also stated that India when you talk about India specific 2/3 of India are drought prone what are the regions especially when you see the western side this side of the western side is usually prone towards drought more than the eastern side. Right? The eastern side is prone more to cyclones, right? So the drought is nearly triple the 1990s average. And if you see from 1990s to 2020, the global data states that about 300 million people have been affected by drought. And if you take the half, 150 million people are affected. 150 million cattle are affected. And in a global average, there's a study that states by the year 2050 about 75% of the world will be draw. Why am I giving all this data? so that you can use it in your GS1 geography and GS3 [snorts] disaster management. Now let's come to the implication. So when you have drought, it will not just affect one section but it'll affect multiple sections like the food sector, the transport sector, uh the trade sector. So there are a lot of things that are affected. Now traditionally it is treated as a periodical or agricultural environmental crisis. So that is how it is treated. But then it is a cross- sectoral risk because as I said it is affecting the transport, it is affecting people. It is affecting cattle. It is affecting trade. It is affecting a lot of things. So energy, transport, health, all of this are affected. For example, not just one area. If you see the Panama Canel and Nile basin they have also faced disruption because of drought. So trans it is transcending boundaries. So this cross borders is you can write it as it is transcending boundaries when you write it in your mains answer. So it is driven by less rainfall short and more by rising evoperative demand. So it moves from a hydraological rot to agricultural rot and agricultural dot moves to meteorological rot. Yes. Okay. So the warming land pulls the warming land pulls more moisture from the vegetation and the cover that is present. So henceforth it goes above and all the evoporative nature is taking away the little moisture that is present in the soil. Now 30% of the global land is in drought. There's a three times increase in drought potential from 1990. 75% are to be affected by 2050 and Elnino is likely to persist till February 2027. Now you see El Nino gives dry spells, lanina gives wet spells. Both elino and lanina if you see again then you have to talk about the iod. When you have positive iod dry spell when you have negative iod you have wet spell. Yes. So drought footprint has tripled. There's no inhab no continent that has been spared through 2025 to 2026. All of them are affected because of the strengthened Elnino. Why is strengthened Elnino? Because it is a super Elnino. So this is connected to geography and disaster management. These are things that you have to remember and brush up when you go through disaster management. So now the next thing is West Africa has persistent drought. So it has water insecurity. Asia if you see the Tibetan snow pack that is reduced and it threatens water for billions downstream. So Europe Europe faces a intense heat draw spell in a century. South America the Amazon and Pantanal canal rivers it fell to multi-deadal lows. North America you see there is wildfire extensive western wildfire and that is um reducing the snow pack that is present there and almost through 2027 world meteorological organization has said that we will face a elino. Now the convention to combat desertification UNCCCD is going to happen in Mongolia from 17th to 28th August. So the global framework for drought risk management is the core focus. So there is no consensus that is reached on the internal uh international architecture that is present to combat drought. The debate is that we have to have a framework or a binding protocol. We should have a policym that will help us understand that this is how we should do things and uh the climate cop and uh um biodiversity cop both of them are linked to these talks that are present. So reactive approach is when wait let the drought come and then I will act but then um proactive approach is okay I'm going to assist this at every given point in time so I'm able to handle all of this and rainfall based early warning is reactive. Soil land and moisture lens is proactive post emergency when you're mitigating that is reactive you are fully prepared comes this is what I'll do from first I'm going to do it that will that is um uh proactive and sectoral silo see when you have a whole of a government working together a coordinated response that is proactive when you have silos people segregated that is reactive we'll see all the measures the way forward word in uh detail after this slide. See what it requires is look at the land not only the sky. Soil and land health matters the most. We know how hard it is to get our soil back. Why it is very very imperative right? So we have to strengthen our moisture retention capacity and not only rainfall forecast what vulnerability is present because there are different types of droughts. We have to map all of that properly and we must fit each region's own risk and exposure profile before and during after draw. There is full cycle planning that should be done. So we should not just involve agricultural ministry but we should involve finance, health and all other ministries and have a coordinated response plan. Now the way forward is institutionalized broad risk assessment. Whole of government and whole of society should respond. There's a community participation that is needed. Framework, protocol and hybrid instrument is needed. So biodiversity convention should end the policy silos. Invest in restoration and soil health and ensure prevent post crisis relief operations. Now that we've seen this, there are also certain examples and certain ideas that you have to note before you go to the exam that you can use in your mains. So before we go to the question we see that when we have the mitigation measures first one we should have a early warning system. So this related early warning system the SPI alert is present in Rajasthan. Then contingency planning of fer bank. This is present in Anandapur. Then rainwater management. This is present in jalut shivar crop diversion. Diversification. Diversion and diversification. Odisham inlet mission. 8 lakh farmers trained under Jal Shaki Aban. Forecasting model for droughts. Drought resistant seeds. water budgeting for example Kerala. So all these are mitigation measures and example that you can put in your mains question. It is very very imperative that you have all these points you use this in your way forward or mitigation. You use this in your reactive proactive approach and then write this answer. Critically examine the shift from crisis response to resilience based broad management. Assess challenges in developing effective inter international cooperation. So this is a 250word answer with 15 marks. So the answer should be for three pages. Please send the sakra the answer copy so that we can help you better in the preparation. With this we have come to the end of this topic. Please note down these points for your mitigation message for draw. It will be very useful for your mains. And with this let's move to the next topic for the day. So we have a few facts for the prelims focus for the day. This is taken from the IAS parliament. So the first topic of the day is about India's data center boom. So you see that the data capacity is 375 megawatt to 1.57 gawatt and the growth is projected as 8 gawatt by 2030. So the drivers are you have the digital economy, the cloud computing, you have um AI and high speeded connectivity and growth. So investments are also underway and you have a tax holiday till 2047 for foreign cloud providers that you can build your infrastructure and India's AI mission and semicon India phase 2 is also there. So the green energy rules and BIA's norms are helping us gain AI push and sustainability and we have the first drawathon launched in 2026 at Pocran field firing range in Jalman. 20 plus defense firm and startups are present here and it assesses the technologies and it says this is how it'll perform in real world operational angle and we are surveilling it. We have the autonomous ops and we have swam technologies that help us give a road map on how these unmanned alap system perform and highlight the vayou utam the unmanned traffic management system and this location is the pokran fire field firing range in jalmer that is present now engineers day visharaya September 15th marks the anniversary of sir m visharaya he was the dwan of mysur father of modern Mysu the chief engine of Krishna Raja Saga dam on Cavaryi river he was awarded the Baratratna in 1955 the night food in 1915 by the British so the planned economy recon um planned economy for India reconstructing India was his book and today India provises 1.5 million engineering graduates from IIT NIT and all other institutions which is why it is very very imperative for us to remember Now with this let's move to a prelims question. So with reference to sir Mr. Sa whose birth anniversary is observed as engineer consider the following statement. He served as the dwan of prince state of mysu during 1912 and 198. So all of this have one in them. The Krishna raja saga dam is built across the Krishna river. No he was conferred the baratrna in 1955. Yes, he authored the book planned economy for India. Yes. So the answer should be 1 3 and four only. Let's check. Yes, the answer is option B 1 three and four only. So please like, comment, share and subscribe to our YouTube channel and hit the bell icon to receive instant updates and all our notifications. I hope today's video was uh clear to you. Uh so thank you for watching today's video and let's meet again in a new video in a new week. >> [music]