Podcasts about isro

From the NEET Exam Paper Leak and student protests at Jantar Mantar to the coaching factory culture and the reality behind the resignation of hundreds of scientists from ISRO, we discussed it all with Ex-ISRO Scientist and Educator Manish Purohit.India's education system is under immense pressure, and students are paying the price.In this conversation, Manish Purohit (Nimbus Education | BITS Pilani | Ex-ISRO) joins Coach & Podcast Host Gaurav Arora to uncover the truth behind the NEET paper leak, the accountability of the NTA, Dharmendra Pradhan's resignation as Education Minister, the growing mental health crisis among students, and why India's coaching ecosystem needs serious reform.The conversation also takes us inside ISRO, where Manish shares what life as a scientist is really like, why more than 700 scientists have resigned over the past 12 years, how India's private space sector is evolving, and what the National Quantum Mission means for the country's future.About the GuestManish Purohit is a BITS Pilani alumnus and former ISRO Scientist who worked on satellite and interplanetary missions. After leaving ISRO, he co-founded Nimbus Education, where he mentors NEET and JEE aspirants while also advising deep-tech and space startups.In this episode, we discuss:• How the NEET 2024 paper leak happened and who should be held accountable• The role of the NTA and whether real reforms are possible• Dharmendra Pradhan's resignation and what it actually changes• Student protests at Jantar Mantar and what aspirants were demanding• The mental health crisis behind India's competitive exams• The reality of Kota and Sikar's coaching culture• Management quota in medical colleges and the debate around merit• What life inside ISRO is actually like• Why 700+ scientists have resigned from ISRO in the last 12 years• ISRO vs India's private space sector, including Skyroot, Vikram, and Agnikul• India's National Quantum Mission and the global race against ChinaWhether you're a NEET or JEE aspirant, a parent, someone curious about ISRO, or simply interested in India's education system, science, and technology, this episode offers a perspective that goes beyond the headlines.Timestamps:00:00 NEET Leak Outrage00:57 Is Resignation Enough02:20 How Papers Leak06:00 NEET Pressure Cooker09:44 Coaching Hubs and Buyers18:26 Student Mental Health20:01 Mentoring Struggling Kids29:02 Leaving ISRO for Education34:19 Life Inside ISRO39:00 Why Scientists Resign47:01 Space Startups Boom51:10 China Speed Explained57:22 India Deeptech Missions01:02:58 Why India Is Great01:05:58 Closing ThanksSubscribe to The xMonks Drive with Gaurav Arora for weekly conversations with CEOs, Scientists, Monks, and Changemakers where soulful insight meets real-world wisdom.

A version of this essay was published by firstpost.com at https://www.firstpost.com/opinion/from-chanakya-to-ai-india-needs-its-own-management-model-14038647.html/ampIf you interpret the term ‘management' broadly, that is, to include not only the day to day running of companies, but also the bigger picture of governance, leadership, strategy, geoeconomics, and even civilizational survival, the clear answer is that there indeed is a unique Indian style of management.Whether it has been uniquely successful in the past is an open question, and given the ravages of invasion, one may be tempted to say it hasn't been; similarly whether, or how, it is appropriate for today's and tomorrow's needs is another good question.But it is useful to identify what may in fact be the factors underlying such a style of management, and there are likely three reasons: civilizational, cultural, and practical.CivilizationalThe first is perhaps the idea of Bharatiya exceptionalism: that is to say that Bharat exemplifies a singular civilizational thread that goes back to the ancient four-fold Hindu idea of purusharthas: dharma, artha, kama, and moksha. It is a holistic approach, perhaps most evident in the Bhagavad Gita, with its emphasis on ethical leadership and nishkama karma.It is certainly influenced by the topography and geography of the land, Jambudvipa, which has natural boundaries marking its extremities: Bharat, the land between the mountains and the sea.The climate and the rivers and the vegetation reflect a reality of natural abundance: what Rajiv Malhotra referred to when he spoke of the ‘religions of the forest' versus ‘the religions of the desert'. Bharat, in general, had a tropical cornucopia of food, and perhaps that was reflected early in a certain tolerance for not only for other humans, but also for all life.It is notable that among all the lands that were populated early, Bharat was the one that retained its megafauna the best. All other human settlements saw the rapid extinction of large animals. Sustainability, a key mantra these days, was built into the Bharatiya outlook all along.This same generosity was seen in trade patterns in the Indian Ocean as well: from 5,000 years ago, Bharatiya sailors executed cross-oceanic voyages, eastward during the southwest monsoon and vice versa during the northeast monsoon. The trade benefited everybody, as valuable goods were exchanged, in an illustration of the theory of comparative advantage.The infrastructure for trade was brilliantly executed: not only the building of ocean-going ships that plied the Spice Route, and the ability to defend them from pirates, but also the subtler aspects: the “multi-protocol switch” that allowed trading guilds along the peninsular coasts to facilitate trade between say, Romans, and say, Chinese, who had different languages and currencies. Bharatiya traders smoothed the transactions.Furthermore, the venture capital and banking services for the trading guilds were provided by Hindu temples.Pax Indica was benign; for instance, 1,001 years ago Rajendra Chola dispatched a large fleet to open up the Straits of Malacca for trade when the Srivijaya Empire interfered with it. The contrast with the current standoff in the Straits of Hormuz is salutary. Yes, it is necessary to ensure freedom of navigation, and the commons, with deadly force if need be.There was a very real notion of the ‘common good'. For instance, perhaps the greatest intellectual contribution of Bharat was innovation and the creation of Intellectual Property, and then making it freely available to all: not hoarding it for individual benefit.The model was that scholars and intellectuals were frugal, that the State (king or temple) provided for their basic needs, and in return, they produced masterworks over which they, unlike patenting in the western sense, did not claim any rights.Thus you have intellectual giants such as Brahmagupta with his invention of the zero, Panini with his context-free grammar, Madhava with his infinite series for trigonometric functions, and much later Ramanujan who wrote down his extraordinary theorems for all, and JC Bose whose seminal wireless communication discoveries he refused to patent, on principle. In fact, one could argue that the entire idea of “open-source” is a Bharatiya invention.The natural resources of the Indian subcontinent along with the industriousness of its residents allowed for the creation of tremendous wealth; but in the “Guns vs Butter” dichotomy in economics, Bharat neglected to build the guns; which meant that often invaders with guns were able to capture the butter.Management theory suggests that there are only three sustainable business strategies for long-term viability: 1) customer intimacy, 2) cost leadership, 3) innovation. Bharat historically chose innovation, and its native genius may result in the flowering of an intellectual revolution as the effects of impoverishment by conquest begin to recede.CulturalIt is interesting to note that Bharatiyas are different from both Occidentals, (e.g. the Anglosphere) and Orientals (e.g. East Asians) culturally. The stereotypes (with good reason) is that Occidentals are highly individualistic and that Orientals are highly group-oriented. Bharatiyas fall somewhere in between, being fairly individualistic, and gregarious, yet only moderately group-oriented.This has implications for governance. A highly individualistic society needs powerful laws that control individuals, including their tendencies for mischief. Thus, for example, the US is a highly regulated society, and their police are quite capable of unleashing deadly force. A highly group oriented society like Japan has norms that mean children clean after themselves in schools, and that discipline carries over into adulthood as well.Bharatiyas are neither; the net result is that there is a distinction between public spaces and private spaces. While people may keep their homes spotlessly clean, they have no problem littering anywhere or throwing trash just over their walls onto the public street. They also have no problem breaking traffic rules. “The tragedy of the commons” is rife.There is also the cultural memory of shortages and deprivation. Since people have grown up in a shortage economy, there is a tendency to hoard, cut corners, to pay bribes, to find any way of getting a slight advantage over others. Thus the unnecessary pushiness on roads, the inability to queue up anywhere, and especially the unwillingness to let people exit a lift before you enter.This applies to groups as well, as is seen in the “race to the bottom” in the case of the backward, the most backward, and the extremely backward designations intended for government largesse.There is also the unfortunate feeling that a contract is just a mere annoyance, not something that is to be followed to the letter. Punctuality is a small indicator of this: Bharatiyas on average feel justified in being late and casually making excuses. In contrast, both Anglosphere people and many East Asians (especially the Japanese) are punctual, and they can be trusted to deliver absolutely whatever they promise, whenever they promise.Interestingly, Chinese, like Bharatiyas, do not have integrity in terms of keeping promises, which is a problem in doing business with both. In Bharat, there is also extreme reluctance to deliver bad news until the very last minute, for instance the day before something is due to be delivered. This can be very difficult for partners to deal with.Perhaps all this makes Bharat a low-trust society. As a result of all this, doing business in Bharat takes twice as long, and managers need to have contingency plans, and to do intrusive ongoing audits to ensure that things are on time.But there are inspiring counter-examples of community action and high trust. One is the re-greening of the Aravallis with the support of the Tarun Bharat Sangh and Rajendra Singh: a few villages built simple check dams based on traditional knowledge, bringing back an extinct river.PracticalIn addition to the refined heights of the civilizational perspective, Bharat also excelled in the theories of tactical management and even realpolitik. Even though there is a tendency in certain circles to lionize Machiavelli, von Clausewitz and Sun Tzu, it is likely that Chanakya outdid all of them in the single-minded pursuit of strategy and governance, and he wrote his masterwork a millennium before them.Chanakya's ideas of statecraft are notable for their cold realism. He focuses on the creation of leverage and thus power for the sovereign. Speaking of leverage, or competitive advantage, we have seen how China has turned its control of the rare earths supply chain into a weapon; similarly the US has its technology (the recent denial of Anthropic Mythos to all foreigners) as well as its control of the SWIFT network of financial transactions. These can be coercive.Another of Chanakya's supremely rational assumptions is that your neighbor is likely to be your enemy, if not today, maybe tomorrow, simply because of proximity and the resulting irritants. Thus it becomes useful to make common cause with their neighbor.Taking this one step further, you arrive at the Mandala theory of statecraft: a series of concentric circles (for convenience of depiction), where you cultivate your neighbor's neighbors, and also the Far Emperor or udasina (indifferent power), a player outside the immediate neighborhood, but powerful, and who can have a significant impact on your local power politics. Clearly Indian foreign policy has looked upon the US as a Far Emperor; similarly Indian firms may look upon Big Tech companies as Far Emperors in their local struggles.Chanakya does not shy away from the harsh realities of power politics. Matsya nyaya, where big fish eat little fish, is a crystal-clear exposition of the idea that might is right: which we see in contemporary affairs, both business and international relations, on a daily basis. In addition, he recognized that information is the key to advantage (as Big Tech demonstrates today), and as such, he made it a priority to collect data, including through a network of spies. This leads to intrigue, infiltration, and the creation of internal dissent among the enemy.Chanakya's four classic stages of competition are notable: sama, dana, bheda and danda. Of these, possibly the one that is most widely practised today is bheda,the exploitation of internal fault lines within the enemy. With the “million mutinies” in India, such as farmer protests, CAA riots, and the recent ‘cockroach' riots, it is clear that there are “toolkits” in play. There is much information warfare, as seen in relentless bot attacks on Bharatiyas on social media.In modern management terms, India should learn from the successful business models of the G2 powers. The US as a nation, and its big firms, typically use overwhelming force (financial, technological or military, as the case may be) to overwhelm their foes. The metaphor is American football: massive force is a major factor, though tactical misdirection is also widespread.China uses a different tactic. It goes for cost leadership by using state-guided industrial policy to build massive over-capacity in selected areas; with fierce internal competition, this leads to plummeting costs. Then by flooding export markets with cheap products, they are able to destroy local players in those markets. A case in point right now is the explosion in cheap generativeAI Large Language Models (LLMs) that are undercutting US firms such as Anthropic and OpenAI.Thus both powers are using their standard operating procedures in generativeAI: US firms are pouring in hundreds of billions of dollars in an effort to corner the market; Chinese firms (and the state) are collapsing the prices in the market.What should India's business model look like in this context? Instead of going head-on against these large economies, India should find ways to thrive around them: for example, look for ‘white spaces' that are not in their gunsights. But these open areas will change rapidly: an example is IT services, which was an opportunity for 20+ years, but not any more.In generativeAI, a sound Bharatiya play might be to avoid over-investment in foundational models, use (Chinese) open-source models and modify them, for example with multi-lingual capabilities; invest in other areas of the stack such as in vertical applications, for instance in agriculture, or medicine, or governance, or jurisprudence. Bharat can use ‘distillation' techniques to reduce the need for data, and also create Small Language Models (SLMs) in narrow domains, e.g. in Indic Knowledge Systems.There is also the salutary example of the operating system, which is arguably the most important piece of software on any machine, because it controls the entire functioning of the system. But Unix, possibly the most capable operating system ever, was open-sourced as Linux, and is freely available and ubiquitous. On the other hand, Microsoft realized its OS, Windows, was a tremendous distribution channel for third-party applications, and has made its trillions based on it. This is what Anthropic, OpenAI et al are betting on.Will the future of LLMs be Unix/Linux (open source) or Windows? Nobody knows at the moment, and therefore it may be best to avoid that battle, and focus on other layers of the stack, such as applications (higher layers) or hardware and GCCs (lower layers).Nimbleness and innovation are key when you are dancing with elephants. Direct confrontation is a bad idea, as in the metaphor of the tree and the cane from the Mahabharata's Santi Parva, where Bhishma comments on the dialogue between the Ocean and Ganga. He suggests that as canes bend to the river, but trees do not, it is best to yield tactically to superior force.Bharat therefore has to evolve a business model of its own that is sustainable in the long run, and based on its own capabilities. At the moment, a good test case is generativeAI. Another is aerospace, where as soon as ISRO began to offer niche markets to the private sector, there has been a virtual explosion in startups doing interesting things.ConclusionTradition and ancient texts give Bharat a set of management practices and principles that may have within them the basis for a unique business model that can outperform the competition, which at the moment consists of American-style private capitalism and Chinese-style state-controlled enterprises.2300 words, 4 August 2026 This is a public episode. If you'd like to discuss this with other subscribers or get access to bonus episodes, visit rajeevsrinivasan.substack.com/subscribe

First, we speak with The Indian Express' Sohini Ghosh about a ruling given by the Delhi High Court regarding copyrights and AI in India. The case was filed by news agency ANI which accused OpenAI of using its copyrighted material to train ChatGPT. She talks about the ruling, what it means for creators and what can be expected going forward.Next, we speak with The Indian Express' Anonna Dutt about India becoming the third country in the world, to successfully place satellites into orbit using a rocket developed by a private company. She talks about Mission Aagman and Vikram-1, India's first privately developed launch vehicle. (15:43)Lastly, we talk about the Cockroach Janta Party questioning the government regarding the cases filed against the protesters in Delhi and other BJP-ruled states. (27:40)Hosted by Niharika NandaProduced by Shashank Bhargava, Ichha Sharma, and Niharika NandaEdited and mixed by Suresh Pawar

Most people think the space industry is all about rockets.But the real opportunity lies in everything that happens after a rocket reaches space.In this episode, we sit down with Pawan Kumar Chandana, Co-Founder & CEO of Skyroot Aerospace to understand why India is entering one of the biggest technological revolutions of our lifetime, how private space companies are changing the economics of space, and what the future of the global space economy looks like.In this episode, you'll learn:- Why the space industry is much bigger than just launching rockets- How Skyroot is building India's next-generation space technology- Why launch costs are falling faster than ever before- Why ISRO became the foundation for India's private space revolution- The biggest opportunities for founders and engineers in the space economy- What India's role will be in the trillion-dollar global space industryIf you're a founder, engineer, student, investor, or simply curious about the future of technology, this episode will completely change how you think about space, innovation, and India's role in the next industrial revolution.

Bob Zimmerman reports that SpaceX is preparing for its 13th Starship flight, a prototype featuring major upgrades for future orbital missions and in-orbit refueling. In India, the startup Skyroot achieved a landmark success with the Vikram-1 rocket, signaling the rise of a private, capitalist space sector. However, the Indian government has counterproductively restricted ISRO employees from leaving for private firms. These contrasting approaches highlight the tension between state-run agencies and the efficiency of private enterprise in the global space race. (11)AUGUST 1955

SCHEDULE FOR THE JOHN BATCHELOR SHOW, 7-22-2026.1740 BATAVIA MASSACREGordon Chang and Rick Fisher examine Xi Jinping's introduction of the World Artificial Intelligence Cooperation Organization (WAICO), designed to establish Chinese dominance in setting global AI rules. Headquartered in Shanghai, the group aims to make international partners dependent on Chinese technology while promoting anti-democratic values. Meanwhile, China's economy is struggling, with real growth potentially near zero. Despite manufacturing strengths, China remains vulnerable due to a critical lack of high-end Nvidia chips required for advanced AI development. (1)Gordon Chang and Peter Huessy discuss the Democratic Socialists of America (DSA) bill to drastically reduce the U.S. nuclear triad, including cutting ICBMs from 400 to 150. Supported by Senators Bernie Sanders and Elizabeth Warren, the plan effectively promotes unilateral disarmament. Critics argue this trashes the concept of nuclear deterrence just as China and Russia expand their arsenals. Furthermore, there is a widespread "miseducation" of Americans regarding the necessity of a modernized nuclear deterrent. (2)Gordon Chang and Victoria Coates report that Iran has activated the Houthis to attack the Bab el-Mandeb strait, a critical choke point for Saudi Arabian oil exports. This escalation has pushed oil prices past $95 as the Houthis use Iranian-supplied missiles and drones to harass shipping. While the House of Saud is targeted, internal frictions between Saudi Arabia and the UAE complicate a unified regional response. The conflict represents a major humanitarian and economic disaster for global commerce. (3)Gordon Chang and Victoria Coates continue: China benefits from discounted Iranian oil but views the regime's economic instability as a "bad debt." Simultaneously, Saudi Arabia is deepening its partnership with the U.S. through a landmark nuclear cooperation deal. Iraq has also signaled a shift toward Washington, signing $60 billion in energy deals with American companies like Chevron. While Russia seeks to sell extra capacity to Asia, Ukrainian strikes on refineries may hinder Putin's ability to remain a reliable energy supplier. (4)Peter Earle traces how the word "trillion" entered the economic lexicon in 1981 when the U.S. passed $1 trillion in public debt. Today, the U.S. national debt approaches $40 trillion, with annual interest payments exceeding $1 trillion. Unlike 19th-century millionaires who faced high risks, modern trillion-dollar figures are often a product of government monetary expansion. We have entered "Trillionstan," where massive quantities of money are common, yet their long-term significance is often overlooked by the public. (5)Peter Earle argues that not all trillions are equal; some represent genuine wealth creation, such as SpaceX's $2 trillion valuation based on future technological potential. However, inflation and government borrowing have also inflated nominal values, potentially leading to a fiscal reckoning. If creditors lose faith in U.S. debt, the government may be forced to print more money, further devaluing the currency. Maintaining prosperity requires ensuring that economic forces focus on creating new wealth rather than merely redistributing it. (6)Henry Sokolski warns that the Trump administration's nuclear deal with Saudi Arabia allows the kingdom to enrich uranium, a process that can easily be diverted for bomb-making. Saudi Arabia has rejected the "additional protocol" for rigorous UN inspections, raising concerns about their true intentions. This "black box" arrangement lacks sufficient safeguards to prevent a rapid diversion of nuclear materials. Critics warn that providing enrichment technology to an ally involved in regional warfare is inherently delusional and dangerous. (7)Henry Sokolski continues: the Saudi nuclear deal could trigger a proliferation race, with nations like Egypt, Turkey, and the UAE demanding similar enrichment rights. Furthermore, allies such as South Korea and Poland may reconsider their own nuclear ambitions if they view American security guarantees as insufficient. Proliferation is no longer "old news" but a growing threat as nations seek their own deterrents. The result is a destabilized global order where multiple states hover on the verge of nuclear weapon status. (8)Michael Bernstam explains how Ukrainian drone strikes have destroyed 30% of Russia's refining capacity, causing the "crack spread"—the profit margin for refining oil—to triple worldwide. While Russia exports crude, it now suffers from severe domestic shortages of gasoline and jet fuel. Consequently, Russia is forced to buy back its own refined oil from India at premium prices. Putin has been "hoist on his own petard," creating a global energy weapon that has ultimately turned against the Russian economy. (9)Michael Bernstam reports that Ukrainian drones recently destroyed major distribution hubs for Wildberries, the Russian equivalent of Amazon, causing $2 billion in damage. These strikes have devastated small businesses and middle-class consumers, fueling internal resentment against the Kremlin. Simultaneously, 18 local Russian officials signed a petition calling for Putin's resignation as economic conditions worsen. The loss of consumer infrastructure and rising fuel costs are creating a constituency for ending the war to prevent a total economic collapse. (10)Bob Zimmerman reports that SpaceX is preparing for its 13th Starship flight, a prototype featuring major upgrades for future orbital missions and in-orbit refueling. In India, the startup Skyroot achieved a landmark success with the Vikram-1 rocket, signaling the rise of a private, capitalist space sector. However, the Indian government has counterproductively restricted ISRO employees from leaving for private firms. These contrasting approaches highlight the tension between state-run agencies and the efficiency of private enterprise in the global space race. (11)Bob Zimmerman surveys new discoveries: astronomers have detected a helium atmosphere on a terrestrial exoplanet located 48 light-years away in its star's habitable zone. Closer to home, archival data from Pluto reveals massive landslides, proving the dwarf planet is geologically active rather than dormant. Meanwhile, new images of Valles Marineris on Mars illustrate the canyon's staggering scale, with depths equivalent to the height of Mount McKinley. These discoveries emphasize that planetary bodies across our solar system are dynamic and evolving. (12)Simon Constable notes European energy prices are skyrocketing, with Brent crude hitting $95 and natural gas up 47% in a single month. In France, a heatwave and suspicious forest fires have added environmental stress to the economic crisis. A political movement in the U.S. is targeting data centers for their high energy consumption, which now exceeds 4% of usage. Surprisingly, the United Kingdom hosts the second-highest number of data centers globally, despite its historical association with "Luddite" skepticism. (13)Simon Constable observes that new British Prime Minister Andy Burnham faces immediate skepticism, with polls indicating nearly half of voters feel his government lacks direction. Burnham's focus on domestic issues like capping bus prices is criticized as a "tax and spend" policy that might alienate the wealthy. While he has emphasized national security, his early days have been defined by local populist initiatives. Critics worry his leadership style mimics a "Lord Mayor" rather than a strategic global prime minister. (14)Brandy Shufutinsky details how Qatar has provided extensive grants for Arabic language and culture programs in U.S.K-12 schools. These programs often utilize textbooks that omit Israel from maps and glorify extremist ideologies. Qatar Foundation International (QFI) even funds teacher salaries and work visas, raising concerns about who these educators truly report to. This funding creates a "pipeline" from elementary school to higher education, potentially instilling foreign-influenced perspectives in future generations of American citizens. (15)Conrad Black argues that Canada's economic growth has stalled due to high corporate taxes and "climate alarmist" policies under the Trudeau government. He suggests that new leadership under Mark Carney could revitalize the nation by making it more tax-competitive with the U.S. Canada's vast resources and skilled workforce provide the potential for a rapid rebound. For Canada to succeed, it must pivot back to pro-capitalist policies and attract foreign investment to drive future growth. (16)Two spelling corrections applied: Peter Earle (5, 6 — transcribed as "Pete Earl"; the AIER economist) and Brandy Shufutinsky (15 — transcribed as "Shubatinsky"). Both added to the log unless you'd prefer otherwise.

ISRO is losing people faster than it can hire them. Around 100 scientists and engineers have resigned or taken voluntary retirement recently, with the bulk of the exits from URSC, ISRO's satellite hub, and VSSC, its rocket-making centre. More worryingly, the agency's on-roll strength is now lower than it was in 2001-02, even as its workload has multiplied with Gaganyaan, Chandrayaan-4 and-5, and Venus and Mars missions on the table. TOI's Chethan Kumar, who broke both stories, joins Anirban Chowdhury to unpack what's really driving the attrition, why the private space boom is only part of the story, and what it means for India's space ambitions.You can follow Anirban Chowdhury on his social media: X and LinkedinCheck out other interesting episodes like:ET Deep Dive: Swipe Left on Reality,India wants manufacturing at 25% of GDP — will AI in factories help?, Tanay Kothari Wants To Kill The Keyboard, From Doer to Director: The LinkedIn Playbook for the AI Agea, Semaglutide Goes Generic: Big Pharma’s Moat Breaks and much more. Catch the latest episode of ‘The Morning Brief’ on The Economic Times Online, Spotify, Apple Podcasts, JioSaavn, Amazon Music and Youtube.See omnystudio.com/listener for privacy information.

A rocket is built to leave the Earth — and Skyroot named its mission Aagaman: "the arrival."On July 18, 2026, Vikram-1 became the first privately developed Indian rocket to reach orbit, lifting off from the First Launch Pad at Sriharikota and reaching a 450 km orbit about 15 minutes later. India became the third country — after the US and China — where a private company has achieved orbital launch.The name is the decode. Āgamana comes from the Sanskrit root √gam — to go, to come. The same root gives Sanskrit its word for received scripture: āgama, "that which has come down to us." One root holds both the inheritance that arrives at you and the arrival you make yourself.And the rocket's own name completes the thought: Vikram honors Vikram Sarabhai, founder of India's space program — and vikrama itself means a stride, a step taken. A stride, and an arrival.A note on precision: Vikram-S (2022) reached space but was suborbital; Vikram-1 is the first orbital flight by a private Indian company. "Private" describes the company and vehicle — ISRO provided the launchpad, test facilities, and integration support, with IN-SPACe authorizing access.I'm Pankaj Jain — professor of philosophy and religion. Discover India: Decoded finds the civilizational root inside the news.

•⁠ ⁠அடுத்தடுத்து ராஜினாமா செய்யும் இஸ்ரோ விஞ்ஞானிகள்... என்ன காரணம்?•⁠ ⁠சோனம் வாங்சுக்கின் கண்டுபிடிப்புகள் என்னென்ன? •⁠ ⁠நெடுஞ்சாலைகளில் பெட்ரோல் தீர்ந்துவிட்டால் மத்திய நெடுஞ்சாலைத்துறையே பெட்ரோல் வாங்கித் தருமா? •⁠ ⁠கூடங்குளம் அணுமின் நிலைய ஆவணங்கள் கசிவால் என்ன ஆபத்து?

Why Are Scientists Leaving ISRO in Droves? | Is it Big Bucks, Lack of Patriotism or Something Else?

VOV1 - Công ty công nghệ vũ trụ tư nhân Skyroot Aerospace đã phóng thành công tên lửa Vikram-1 lên quỹ đạo Trái Đất tầm thấp.Thành công này đánh dấu lần đầu tiên một doanh nghiệp tư nhân của Ấn Độ đưa tên lửa vào quỹ đạo, qua đó đưa nước này trở thành quốc gia thứ ba trên thế giới, cùng Mỹ và Trung Quốc, có doanh nghiệp tư nhân làm chủ công nghệ này. Vikram-1 được phóng từ Trung tâm Vũ trụ Satish Dhawan của Tổ chức Nghiên cứu Vũ trụ Ấn Độ (ISRO). Tên lửa được đặt theo tên nhà khoa học Vikram Sarabhai - người được coi là cha đẻ của chương trình vũ trụ Ấn Độ - và có khả năng đưa tải trọng tới 350 kg lên quỹ đạo Trái Đất tầm thấp. Phương tiện phóng cao 24 mét, sử dụng ba tầng nhiên liệu rắn kết hợp với một mô-đun điều chỉnh quỹ đạo dùng nhiên liệu lỏng. Sau khoảng 16 phút bay, Vikram-1 hoàn thành toàn bộ các giai đoạn theo đúng thiết kế và đưa thành công sáu tải trọng lên quỹ đạo ở độ cao 450 km.Các tải trọng trên tên lửa gồm thiết bị trình diễn công nghệ, camera quan sát Trái Đất, cánh tay robot thử nghiệm thu gom rác thải không gian, một vệ tinh của Đức và nhiều thiết bị nghiên cứu khác. Theo Skyroot Aerospace, những công nghệ này sẽ tạo nền tảng cho các dịch vụ phóng vệ tinh thương mại, đồng thời hỗ trợ nhiều lĩnh vực như viễn thông, quan sát Trái Đất, quản lý thiên tai, nông nghiệp và an ninh trong tương lai.Ngoài các thiết bị kỹ thuật, tên lửa còn mang theo nhiều vật phẩm mang ý nghĩa biểu tượng, gồm một bông sen bằng kim cương nhân tạo, mô hình tên lửa bằng vàng khắc chân dung ba nhà khoa học tiêu biểu của Ấn Độ và tấm bưu thiếp viết tay của Thủ tướng Narendra Modi “Vande Mataram” với thông điệp tôn vinh đất nước.Ngay sau vụ phóng, Thủ tướng Narendra Modi đã chúc mừng đội ngũ Skyroot Aerospace. Ông cho rằng đây là cột mốc quan trọng trong hành trình chinh phục không gian của Ấn Độ, đồng thời khẳng định khu vực tư nhân đang đóng vai trò ngày càng lớn trong thúc đẩy đổi mới sáng tạo và phát triển khoa học - công nghệ.Theo các chuyên gia, thành công của Vikram-1 là kết quả của chính sách mở cửa lĩnh vực vũ trụ cho doanh nghiệp tư nhân mà Chính phủ Ấn Độ triển khai từ năm 2020. Hiện nước này có hơn 400 doanh nghiệp khởi nghiệp trong lĩnh vực không gian, trong đó Skyroot Aerospace là công ty đầu tiên được định giá trên 1 tỷ USD.Chính phủ Ấn Độ đặt mục tiêu nâng thị phần của nước này trong nền kinh tế không gian toàn cầu từ khoảng 2% hiện nay lên 10% vào năm 2030, đồng thời tiếp tục triển khai các chương trình đưa phi hành gia lên vũ trụ, xây dựng trạm vũ trụ và mở rộng các sứ mệnh thăm dò trong những năm tới. Thành công của Vikram-1 được kỳ vọng sẽ tạo thêm động lực để ngành công nghiệp vũ trụ tư nhân của Ấn Độ phát triển mạnh hơn trong tương lai./.Lê Dũng/VOV-New DelhiHình ảnh vụ phóng (Ảnh Skyroot Aerospace)

Over 100 scientists have left ISRO in one year & following the spate of resignations, the Centre has tightened rules around exits and voluntary retirement. #CutTheClutter Episode 1865 looks at reasons behind this exodus, brewing crises in ISRO and why these point to challenges for India's space programme. ThePrint Editor-In-Chief Shekhar Gupta also details the private sector boom in our nation's space sector, and some of the companies doing noteworthy work in the area.----more----Watch #OffTheCuff with Pawan Kumar Chandana, Co-Founder & CEO of Skyroot Aerospace here: https://www.youtube.com/watch?v=qcUpyye3OwM----more----Read Soumya Pillai's story on scientists leaving ISRO here: https://theprint.in/india/india-opened-space-to-private-players-isro-brain-drain-is-one-result/2987999/----more----Watch #CutTheClutter on importance of satellites in modern warfare here: https://www.youtube.com/watch?v=U839-QEUZ7s----more----Watch #CutTheClutter on Pakistan's space programme here: https://www.youtube.com/watch?v=aqaxD1rgQFw----more----Watch Walk The Talk with Prof CNR Rao here: https://www.ndtv.com/video/walk-the-talk-with-bharat-ratna-cnr-rao-308738 

1. വാങ്ചുകിന്‍റെ 'മരണ'സമരം2. ISRO-യെ വേണ്ടാത്തവർ3. വീണ്ടും ഭരിക്കാന്‍ ശ്വേതPanel: SA Ajims, Nishad Rawther, Sikesh Gopinath

Most founders open their VC pitch with a billion-dollar TAM slide. Ajay Jain, co-founder of Silverneedle Ventures, refuses to look at it, and the bottom-up question he asks instead is the real test that decides who gets funded into his ₹800 Cr Silver X deep tech fund. From his family's money-lending Dukan before grade two, to seven years inside Intel's pre-silicon chip verification team, to incubating 3,000 startups at T-Hub, Ajay Jain arrived at venture capital from an unconventional pipeline. As co-founder of Silverneedle Ventures and the newly launched ₹800 Cr Silver X fund, he is now betting exclusively on Indian deep tech: satellites that launch with ISRO, AI tools that automate bank compliance, brain-mapping platforms for surgical planning. In this conversation with host Akshay Datt, Ajay unpacks why he ignores top-down TAM analysis, why most founders fail the 30 second pitch test, and why India's $12 billion RDI Scheme has rewritten the math of deep-tech investing. As global SaaS valuations compress and India's sovereign science push accelerates through 2026, this is the operating manual for how to pitch a VC in India's next venture decade.

If people around you are moving ahead, it is not always because they are smarter. Sometimes they just understand routine, sleep, focus, anxiety, and life decisions better, and that gap compounds every single day.ART 200 is an honest podcast episode about the hidden habits and mindset patterns that shape performance in competitive exams, career growth, and everyday life. This is not surface-level motivation. It is a real conversation about daily routine, consistency, exam anxiety, discipline, sleep cycle mistakes, overthinking, isolation, passion, side hustle pressure, and the decisions that quietly separate average performers from people who keep improving.

Can India build the next SpaceX?From building satellites at just 19 years old to founding Dhruva Space, one of India's pioneering private space companies, Sanjay Nekkanti shares the incredible journey behind India's emerging space revolution.In this episode of SparX, we explore how India's decades of investment through ISRO laid the foundation for a new generation of private space startups that are now building world-class technology designed, engineered, and manufactured in India.In this episode you'll learn:How Sanjay built satellites while still a studentWhy India's Chandrayaan mission inspired a new generationThe story behind founding Dhruva SpaceThe challenges of building deep-tech startups in IndiaWhy manufacturing is India's biggest opportunityThe evolution of India's private space ecosystemLessons on perseverance, innovation, and long-term thinkingWhat the future of the global space economy looks likeIf you enjoyed this conversation, Like, Subscribe, and hit the notification bell for more conversations with India's most inspiring founders, innovators, scientists, and business leaders.

What does it actually take to become an astronaut? Shubhanshu Shukla, the second Indian to travel to space after more than four decades, joins South Park Commons general partner Aditya Agarwal to share the answer. During Axiom Mission 4, Shukla became the first Indian aboard the International Space Station (ISS). An astronaut with ISRO and a Group Captain in the Indian Air Force, he shares what it takes to get there, from the intense selection process and psychological testing to a seven-day isolation challenge and other unexpected requirements candidates must meet.He also reflects on life in orbit, from speaking Hindi aboard the ISS for the first time to the disorientation, the overview effect, and the physical changes the human body experiences. Along the way, Shukla and Agarwal explore India's space ambitions and what it takes to chase an outsized dream.Shubhanshu Shukla: https://www.linkedin.com/in/gagan-shux/ Aditya Agarwal: https://www.linkedin.com/in/adityaagarwal3/ South Park Commons: https://www.linkedin.com/company/southparkcommons/Apply to SPC: https://www.southparkcommons.com/apply(00:00:00) - Introduction: Becoming Comfortable With the Uncomfortable(00:01:54) - Why Saying "Yes" Changed the Course of His Life(00:07:15) - What It Really Takes to Become an Astronaut(00:11:40) - The Physical, Medical, and Psychological Tests(00:15:21) - What It Feels Like to See Earth From Space(00:17:20) - Microgravity: How Space Changes Your Body and Mind(00:25:35) - The Pressure and Responsibility of Representing India in Space(00:28:29) - The New Space Economy and Why the Next Decade Will Be Different(00:35:03) - Advice for Entrepreneurs Building the Future of Space(00:44:19) - The Future of Human Space Exploration: Moon, Mars, and Beyond

Nelson John walks you through the five business stories shaping the day: the 6 GHz WiFi standoff over interference with ISRO's satellites, the government's second attempt at making small town aviation viable through Viksit UDAN, the cooling of the gold and silver rally, Adani's nearly $10 billion capital raise, and Temasek's bet on Indian space startup Pixxel. Clear, neutral, and quick. Learn more about your ad choices. Visit megaphone.fm/adchoices

You've heard about my 4-hour sleep cycle, but you don't know the full story. In this candid ART #199, I reveal the immense, unyielding pressure of the competitive exams and coaching world that drove this extreme path. It wasn't a choice—it was a necessary survival strategy. I break down the intense mindset and mental strategies I had to forge to truly outperform the competition and navigate that reality. This is the unvarnished truth of the aspirant's journey.

Bob Zimmerman examines new spaceports in Sweden, Oman, and Australia, noting geographical and financial challenges. He criticizes India's ISRO for a lack of transparency regarding delays in the Gaganyaan manned mission and undisclosed rocket failures, warning that such secrecy breeds public distrust. (7)TAN

SCHEDULE OF THE JOHN BATCHELOR SHOW, 7-1--2026.1804 GREENWICHRick Fisher discusses China's Tiangong space station, which is set to double in size by 2030 and host international partners. He highlights dual-use military concerns and potential plans for a lunar toll booth at the L2 Lagrange point to control access to the moon. (1)Jim Fanell explains China's "salami slicing" tactics in the maritime domain, using law enforcement vessels to claim sovereign jurisdiction over waters east of Taiwan. He recommends the U.S. counter these moves by sending an aircraft carrier strike group through the Taiwan Strait to assert international law. (2)Steve Yates analyzes China's Ethnic Unity Law, which codifies ethnonationalism and criminalizes the denial of Chinese identity even for those outside the PRC. The law targets Taiwanese identity and may lead to the extradition of critics, reflecting the CCP's focus on total ideological control. (3)Gordon Chang and Steve Yates discuss the alarm in Beijing after a small aircraft crashed into the CITIC Tower, highlighting vulnerabilities in China's air defenses near the leadership compound. The incident shattered the narrative of an impervious security state, raising fears that drones could easily strike the capital. (4)Bob Zimmerman discusses Rocket Lab's acquisition of Iridium for $8 billion, signaling a trend toward vertical integration. He also covers Blue Origin's investigation into a launchpad explosion and SpaceX's Star Mind data constellation, emphasizing the importance of corporate transparency and risk-taking in the space industry. (5)Bob Zimmerman reports that NASA Administrator Jared Isaacman is streamlining the Artemis program by focusing on a lunar base and leveraging private sector contracts for landers and infrastructure. Meanwhile, the Boeing Starlinerprogram is likely dead following poor performance and the Inspector General's recommendation to halt further funding. (6)Bob Zimmerman examines new spaceports in Sweden, Oman, and Australia, noting geographical and financial challenges. He criticizes India's ISRO for a lack of transparency regarding delays in the Gaganyaan manned mission and undisclosed rocket failures, warning that such secrecy breeds public distrust. (7)Bob Zimmerman reports research showing weightlessness harms reproduction in mice, suggesting humans will need artificial gravity for long-term missions. On Mars, Curiosity discovered unique polygon ridges, possibly indicating ancient water. Additionally, New Horizons confirmed the solar wind slows at the solar system's edge. (8)Professor Evan Ellis discusses the two massive earthquakes that struck Venezuela, causing widespread destruction due to corrupt building practices and neglected infrastructure. The U.S. military has deployed 900 personnel for relief as the illegitimate Rodriguez government struggles to provide an effective humanitarian response to the mounting tragedy. (9)Professor Evan Ellis analyzes the challenges facing President-elect Abelardo de la Espriella, who must reverse fiscal mismanagement while navigating a divided Congress. His administration plans a hardline stance against illegal armed groups like the ELN and FARC to restore state authority and encourage foreign investment in the mining and oil sectors. (10)Professor Evan Ellis reports that Keiko Fujimori is the declared victor in Peru's election, promising a pro-security, pro-U.S. agenda despite continued economic ties with China. Meanwhile, Bolivia remains unstable as President Rodrigo Paznavigates an economic crisis, currency devaluation, and ongoing pressure from former leader Evo Morales. (11)Professor Evan Ellis discusses the U.S. decision not to renew the USMCA, maintaining leverage over Mexico regarding security and immigration. In Argentina, a cabinet resignation due to corruption investigations highlights vulnerabilities for President Milei's administration despite his successful macroeconomic turnarounds and libertarian policies that have improved the country's financial standing. (12)Simon Constable reports on the breaking of a severe European heat wave and shifting commodity prices, with Brentcrude seeing a significant drop. In the UK, Andy Burnham is positioned as a potential new Prime Minister, though there are calls for a general election. (13)Michael Bernstam reports that Ukrainian drone strikes have taken 28% of Russian oil refineries out of commission, causing widespread fuel shortages and forcing Russia to import gasoline. Vladimir Putin admitted the situation is "difficult" as Crimea faces crises in fuel, food, and water due to severed supply routes. (14)Anne Stevenson-Yang describes the collapse of China's real estate market, where half-empty apartment towers in ghost cities now offer cheap rent to young workers. Municipalities are burdened with massive debt from failed development projects, and building maintenance is deteriorating as developers walk away. (15)Justin Leopold Cohen discusses the trilateral framework between Israel, Lebanon, and the U.S. that aims to disarm Hezbollah, though the group has rejected the terms. Despite reduced Iranian power, Hezbollah remains a heavily armed proxy, maintaining extensive tunnel networks and continuing clashes with the IDF along the border. (16)Each file is now a single paragraph, John — headlines and guest lines fully folded in, numbering intact at the tail. Let me know if anything needs another pass.

In this episode, we are Bridging the Gap with Cécile Deprez - a scientific researcher at DLR (German Aerospace Center). They work in the field of satellite positioning and specialize in next-generation GNSS. They are also an anti-imperialist intersectional LGBTQIA+ activist. Also a fellow member of the WIA-E and involved with several of its working groups. They also run a volunteer organization Sexisme Flop.In this episode, we dive into the future of satellite navigation, explaining how optical inter-satellite links could make systems like Galileo more accurate, secure, and resilient. The conversation then shifts to Cécile's equally impactful work as an intersectional LGBTQIA+ activist, co-founder of employee resource groups at DLR, and advocate for creating more inclusive workplaces in the aerospace sector.From unpacking the hidden applications of positioning and timing services in everyday life - from power grids to banking, to sharing hard-won lessons on calling out microaggressions, building allyship, and driving institutional change, Cécile offers both technical depth and deep personal insights into what it means to show up fully - as a researcher and as oneself in a highly technical field.Chapters:(00:00) - Introduction & Guest Welcome (01:20) - What Is Next-Generation GNSS? The Kepler Concept (04:33) - Surprising Applications of GNSS (Timing, Energy Grids, Finance) (06:27) - How a GNSS Network Works (Space, Ground & User Segments) (09:40) - Optical Inter-Satellite Links & Autonomous Navigation (13:49) - Future Trends: Private Sector, Space Debris & European Independence (17:11) - Building Employee Resource Groups at DLR (17:22) - Cecile's First Day & the "Diversity Hire" Comment (24:34) - Activism & Professional Reputation: Backlash and Recognition (28:30) - The Role of Allyship & How to Find and Train Allies (35:24) - Career Advice: Breaking Into GNSS (37:11) - Advice for Advocates in Technical Institutions

How did four Indian men in a 1942 garage defeat British monopolies? Discover the hidden strategy behind India's biggest paint empire.In 1942, India's paint market was a colonial franchise. Asian Paints bypassed rich distributors to empower rural dealers directly. They integrated mainframes a decade before ISRO and built an untouchable supply chain. Today, new competitors like Birla Opus are testing this 82-year-old moat. Understanding this journey reveals how true business ecosystems are built. 

ThePrint investigation has revealed that 6 Pakistani Earth-observation satellites were launched in the past 16 months. These spy satellites are also positioned to provide Pakistan with continuous imagery of Indian territory. In #CutTheClutter Episode 1847, Shekhar Gupta explains how Pakistan is reviving its space programme, its strategic importance & what it means for India as well as for ISRO. ThePrint Senior Assistant Editor Soumya Pillai joins in to explain the newsbreak. ----more----Read Soumya Pillai story here: https://theprint.in/ground-reports/pakistan-spy-satellite-network-india-jk-china-space-surveillance/2953507/

India is entering a decade where ingenuity under constraint will decide who leads and who falls behind. LeanSpark shows how India's ‘high-tech jugaad' is turning scarcity into an innovation superpower—across drones and EVs, fintech and AI, sports, space and public policy. It distils a decade of research and fieldwork into a practical playbook for doing more with less, and for doing it at scale.This book will help you:Build frugal, high-tech ventures that start small but scale smart, using the LeanSpark attributes of lean execution, purposeful simplicity, adaptive scalability and systemic sustainability.Design products, services and policies that are affordable, resilient and environmentally conscious—without sacrificing ambition or quality.Apply the Frugal Innovation Canvas (FIC) to turn constraints into launchpads, whether you are in a start-up, large company, social enterprise or government.Learn from real stories: from drones transforming sports broadcasting and DPIs reshaping finance, to ISRO's space missions and India's frugal AI revolution.Translate India's frugal ingenuity into frameworks you can use in any country facing limits of capital, infrastructure or climate.Order Book https://www.amazon.in/dp/0143480618

TVK की जीत के बाद तमिलनाडु में हलचल तेज़, ममता बनर्जी आज शाम 4 बजे प्रेस कॉन्फ्रेंस करेंगी, पश्चिम बंगाल नतीजों पर अखिलेश-राहुल के सवाल, पंजाब सीएम आज राष्ट्रपति से मिलेंगे, CAA की संवैधानिक वैधता को चुनौती देने वाली याचिकाओं पर आज सुनवाई, यूपी में योगी सरकार का बड़ा फ़ैसला, बेंगलुरु में ISRO परिसर के ऊपर ड्रोन देखा गया, डोनाल्ड ट्रंप ने सप्लाई चेन पर असर की चेतावनी दी, UAE ने ईरान की मिसाइलें मार गिराने का दावा किया और IPL में Mumbai Indians ने Lucknow Super Giants को हराया, सिर्फ़ 5 मिनट में सुनिए सुबह 10 बजे तक की बड़ी ख़बरें.

India is revolutionising its approach to space exploration. Science journalist Alok Jha follows preparations for the country's first human spaceflight mission. For decades, India focused its space programme on limited, inexpensive projects directly benefiting its citizens, such as weather satellites and communications networks. Now, the most ambitious mission yet is underway: India will send humans into space. Alok Jha speaks to people at the heart of this radical shift to understand how it's happening and what's driving it. Dr Madhavan Nair, former Chairman of the Indian Space Research Organisation (ISRO) takes us inside the room where it all began, a high-stakes one-to-one meeting with the prime minister of the time. We relive tense moments of ISRO's famous Mars mission with its Science Director, Dr Seetha Somasundaram. Indian-American astronaut Anil Menon counts down to his own launch. We visit India's leading rocket company to witness a start-up boom.

In this episode of SparX, we sit down with Priyamvada Natarajan, theoretical astrophysicist at Yale University and author of the acclaimed book "Mapping the Heavens", for a wide-ranging conversation about black holes, dark matter, alien life, and the future of modern astrophysics.From her early fascination with science to her years at MIT and her groundbreaking research at Yale, Priyamvada takes us through the ideas and experiences that shaped one of the most compelling minds in contemporary science.In this conversation, she breaks down the search for life beyond Earth, the discovery of new planets, and the scientific quest to understand black holes and the hidden structure of the cosmos. She explains why these extreme phenomena are key to understanding how galaxies form, reflects on the current state of scientific research in India, and offers her advice for young scientists stepping into the field. From fundamental questions about alien life to the future direction of astrophysics, this is a conversation about the boundless possibilities of science! CHAPTERS:Keywords : [astrophysics, black holes, dark matter, dark energy, alien life, extraterrestrial life, exoplanets, search for life in space, Priyamvada Natarajan, Yale University, MIT astrophysics, theoretical astrophysics, Mapping the Heavens, galaxy formation, space science, cosmos, universe explained, Nobel Prize science, science podcast, SparX podcast, SparX, podcast India, Indian scientist, women in science, women in STEM, physics podcast, astrophysics podcast, space podcast, science interview, science and technology, scientific research India, ISRO, space exploration, space documentary, universe documentary, black hole explained, what is dark matter, what is dark energy, how galaxies form, is there alien life, life beyond Earth, new planets discovered, astrophysics for beginners, science motivation, advice for young scientists, career in science, career in astrophysics, future of space science, modern astrophysics, cutting edge science, deep space, NASA, James Webb Telescope, event horizon, singularity, cosmology, theoretical physics, quantum physics, science education]0:00-02:53 Intro02:54-21:33 Priyamvada's Journey21:34-32:46 Priyamvada Achievements32:47-36:49 Detecting Life Beyond Earth36:50-49:15 Understanding Blackholes49:16-57:59 The State of Science in India58:00-58:47 Outro

Dr. Chaitanya Giri is a distinguished space scientist, astrochemist, and technology strategy analyst whose expertise bridges planetary science, space policy, and astropolitics. He serves as a Fellow at the Observer Research Foundation's (ORF) Centre for Security, Strategy and Technology and is an Associate Professor at FLAME University.Dr. Giri holds a Ph.D. in Astrochemistry from the University of Nice Sophia Antipolis and the Max Planck Institute for Solar System Research. His scientific career includes significant tenures at the Earth-Life Science Institute at Tokyo Institute of Technology, NASA Goddard Space Flight Center, and the Carnegie Institution for Science. Notably, he was a co-investigator for the COSAC payload on the European Space Agency's Rosetta mission, which made groundbreaking discoveries on comet 67P/Churyumov-Gerasimenko. Beyond his scientific research, Dr. Giri is deeply involved in science diplomacy and policy, having consulted for India's National Security Council Secretariat and served on various government review committees. He is also the author of the book India in the Second Space Age of Interplanetary Connectivity, which explores the geopolitical and economic implications of future space exploration.His latest book is ‘The Long Siege: 500 Years of India's Struggle for Technopolitical Freedom'.

Welcome to another episode of Christopher Lochhead: Follow Your Different, featuring the legendary Ray Wang. In this memorable conversation, Christopher and Ray dive deep into the latest developments shaping the world of technology, business, and careers. From dissecting recent tech earnings from giants like Apple, Meta, Tesla and Microsoft to sharing insights from Davos and contemplating the implications of AI for the future of work and entrepreneurship. This episode delivers high-caliber analysis and practical takeaways for anyone navigating today’s rapidly evolving landscape. You're listening to Christopher Lochhead: Follow Your Different. We are the real dialogue podcast for people with a different mind. So get your mind in a different place, and hey ho, let's go. Lessons from Davos and the New Economic Realities Returning from a bustling Davos, Ray Wang shares his observations on how global leaders and executives are tackling an era defined by uncertainty, rapid technology adoption and a relentless pursuit of efficiency. One of Ray's core takeaways is the prevailing theme of “margin compression,” where even the world's largest corporations are working harder than ever just to achieve modest growth. Companies are now measured by their ability to scale exponentially, as illustrated by India's ISRO launching rockets at a fraction of NASA's cost, fundamentally altering competitive dynamics across industries. Ray explains that the rise of AI turbocharges this transformation by opening up “infinite possibilities.” Companies no longer just compete on physical or financial assets, but on their ability to harness vast data resources, quickly innovate and make sharp strategic choices about what problems to solve—and, crucially, what not to do. Privacy challenges, especially for companies like Apple, arise in this new era, making it difficult to deliver world-class AI solutions while maintaining rigorous data protection standards. Both Christopher and Ray emphasize that managing growth, inflation and investment are more complex than ever, with the U.S. outpacing much of the world in GDP growth, yet operating in a global environment rife with policy and market uncertainties. AI, Tech Earnings, and the Rise of the New IPO Era The conversation pivots to the massive investment and exuberance surrounding generative AI and tech infrastructure. Ray points out that while there are fears about overbuilding capacity or creating a circular funding loop among AI companies, there is still significant real opportunity. The current phase has seen enormous capital pour into building data centers and scalable AI platforms. Landmark IPOs from OpenAI, Databricks and others are expected to reshape the tech landscape. Despite market fluctuations and some outsized reactions to earnings, the fundamentals for big tech remain robust. Companies like Apple have solidified their status as luxury brands, even as others like Tesla and Meta retool and pivot to sustain long-term relevance and unlock new revenue streams such as robotics and energy. At the structural level, venture capital itself is in flux. Many VC firms have become indistinguishable from private equity, constrained both by too much and too little available capital relative to the demands of today's tech startups. The gap between small angel, family office, or solo GP funds and the mega funds has widened so much that the “middle” has all but disappeared. It is now entirely possible for one-person companies, through the leverage of AI and autonomous agents, to achieve scale and revenues previously thought impossible. Ray predicts it is likely we will see a single founder build a billion-dollar annual revenue company within the next five years, echoing the democratization and disruption that generative AI promises. Building Legendary Companies and Careers in the Age of AI Christopher and Ray close their discussion by exploring what all these rapid changes mean for leaders and individuals. For CEOs and entrepreneurs, the formula for thriving is clear but audacious. Leaders must design their companies to be fully autonomous and authentic, constantly reinventing their business as if they were attempting to disrupt themselves. Boards need to be stacked with people who grasp the new fundamentals: margin compression, exponential scale, and infinite possibilities brought by AI. Combining domain expertise with technical agility is more critical than ever, as the fusion of seasoned judgment and lightning-fast, innovative execution is where breakthroughs occur. On a personal level, Ray stresses that knowledge and execution are becoming commodities, rapidly automated by advances in AI. To stay relevant, individuals must become “macro analysts,” adept at synthesizing big ideas and patterns, deeply immersed in experimenting with new technologies and surrounded by others who are passionate about their own crafts. The traditional playbooks for career building, education, and even family strategies are being rewritten in real-time. The U.S. faces global competition for talent and innovation, and entrepreneurial energy is no longer confined to Silicon Valley or New York. The nature of immigration, investment and even educational choices must be reconsidered for new generations. In a world where the location and structure of opportunity are shifting, only those who embrace change, foster diverse collaborations and pursue purpose will continue to define the next era of legendary achievement. As both Christopher and Ray reflect, living and leading like Rob Burgess—embracing boldness, curiosity and authenticity—remains the path to being truly legendary in this rapidly changing world. To hear more from Ray Wang and his updates on the world of Tech and AI, download and listen to this episode. Bio R “Ray” Wang (pronounced WAHNG) is the Founder, Chairman, and Principal Analyst of Silicon Valley based Constellation Research Inc. He co-hosts DisrupTV, a weekly enterprise tech and leadership webcast that averages 50,000 views per episode and authors a business strategy and technology blog that has received millions of page views per month.  Wang also serves as a non-resident Senior Fellow at The Atlantic Council's GeoTech Center. Since 2003, Ray has delivered thousands of live and virtual keynotes around the world that are inspiring and legendary. Wang has spoken at almost every major tech conference. His ground-breaking bestselling book on digital transformation, Disrupting Digital Business, was published by Harvard Business Review Press in 2015.  Ray's new book about Digital Giants and the future of business titled, Everybody Wants to Rule the World will be released July 2021 by Harper Collins Leadership. Wang is well quoted and frequently interviewed in media outlets such as the Wall Street Journal, Fox Business News, CNBC, Yahoo Finance, Cheddar, CGTN America, Bloomberg, Tech Crunch, ZDNet, Forbes, and Fortune.  He is one of the top technology analysts in the world. Links Follow Ray Wang! Website | Twitter | LinkedIn | Constellation Research | DisrupTV We hope you enjoyed this episode of Christopher Lochhead: Follow Your Different™! Christopher loves hearing from his listeners. Feel free to email him, connect on Facebook, X (formerly Twitter), Instagram, and subscribe on Apple Podcast / Spotify!

Prof (Dr.) Sanjay Kumar | Group Vice Chancellor, Rayat Bahra University39 years of experience in academia, research, Defence, VC in universities, Mentor of startups and contributing to cutting-edge technology development. Currently serving as the Group Vice Chancellor of RB University, Former VC of Amity,SymbiosisAcademic & Research Excellence:-Double PhDs (Engineering - IIT Delhi, Management)M.Tech & PhD (Engineering) - IIT Delhi | MBA & Multiple PG Diplomas in ManagementB.Tech - Electronics & Communications, Aeronautical Engineering, Satellite CommunicationsMS in Counselling & Psychotherapy | Distinction Holder & Batch TopperAn author of 7 books, widely-referenced 2 popular titles Concepts and Applications of Microwave Engineering and Wave Propagation and Antenna Engineering, my book extensively used in IITs, NITs, and competitive exams across India. Additionally, Contributed numerous research papers to national and international journals.Military  & Strategic Leardership:-A proud veteran of the Indian Air Force (IAF), I have served in prestigious roles, including:Commanding Officer | Station Commander | Air Officer Commanding as Air Commodore Led multi-crore projects at DRDO, Amity, ISRO, NIC, Space Applications Centre, DEAL & DARE, Spearheaded satellite communication, radar technology, and electronic warfare innovationsProjects handled by the World Bank, DST, ICSSR,DBT, ICAR, and Indo-German Science & Technology Centre, JSPS, etcAwards & Recognitions:- Vishisht Seva Medal - Awarded by Former President Shri Pranab Mukherjee on Republic Day 2016Commendation Medal by the Chief of the Air StaffCommendation Medal by Air Officer Commanding in ChiefBihar Gaurav Samman - Awarded by Shri Ram Nath Kovind (Former President Governorof Bihar)Bharat Vidya Shiromani Award | Lifetime Achievement AwardNo.1 Ranking - Swachh Bharat Abhiyan 2018 (Received from Shri Prakash Javadekar)Recognized for drone technology innovation by Former CM Dr. Raman Singh and Youth Icon Virender Sehwag

The recent failure of ISRO's PSLV-C62 mission has highlighted the need for space insurance among Indian startups. However, the market remains marred by high premiums and limited options. For a country like India, with a weaker currency and a relatively smaller space footprint, insuring space assets often feels financially unrealistic. Link to the story: https://theprint.in/science/space-insurance-indian-startups-pslv-failure/2833203/

First, we talk to The Indian Express' Diplomatic Affairs Editor Shubhajit Roy about German Chancellor Friedrich Merz's recent visit to India, his meeting with PM Modi and the agreements that have been signed between the two countries.Next, we talk to The Indian Express' Amitabh Sinha about the failure of the Indian Space Research Organisations' PSLV-C62 mission. He shares what the mission was about, the information that we have about what happened and the significance it holds for ISRO. (16:38)Lastly, we talk about an incident involving an Indian student studying in the US and a lawsuit that followed. (25:45)Hosted by Niharika NandaProduced by Shashank Bhargava and Niharika Nanda Edited and mixed by Suresh Pawar

ThePrintAM: WHY DID ISRO's FIRST MISSION OF 2026 FAIL? https://theprint.in/science/isro-2026-mission-pslv-failure/2824748/

The headlines of the day by The Indian Express

In today's episode of Astronomy Daily, Anna and Avery take you from rocket pads on Earth to the farthest corners of the cosmos. We cover India's latest PSLV launch and its unexpected anomaly, the FCC's green light for thousands more Starlink Gen2 satellites, NASA's Pandora mission to decode exoplanet atmospheres, a fleeting signal from a supernova that exploded 13 billion years ago, a breakthrough in understanding the Sun's most violent flares, and the surprising discovery of a barred spiral galaxy in the early Universe.  It's an episode where orbital mechanics meet cosmic archaeology — with a dash of solar storm science.  ---##

In this episode, we journey through the latest cosmic developments that are capturing our imaginations and shaping our understanding of the universe. We kick off with a concerning update about Spain's Spainsat NG2 satellite, which encountered a space particle during its ascent to orbit, highlighting the unpredictable nature of space travel. Fortunately, contingency plans are in place to ensure uninterrupted communications for the Spanish Ministry of Defence.Next, we delve into a busy launch schedule, featuring SpaceX's Falcon 9 missions that will deploy new Starlink satellites and a variety of rideshare missions, including NASA's Pandora project aimed at observing exoplanet transits. The excitement continues with ISRO's upcoming launch of an Earth observation satellite, showcasing the rapid advancements in global space initiatives.We then explore groundbreaking laboratory research supporting the RNA World hypothesis, which suggests that RNA could have been the first self-replicating molecule on Earth. This study, which mimics early Earth conditions, provides compelling evidence that life may have emerged more quickly than previously thought, with implications for the search for life on Mars.As we look towards the Moon, 2026 promises to be a pivotal year for private lunar exploration, with several companies planning missions to scout resources and test technologies essential for a sustainable human presence.We also discuss an ambitious proposal to develop a kilometric baseline interferometer to hunt for habitable moons around distant exoplanets, potentially revolutionising our search for life beyond Earth.Finally, we highlight China's Chang'e 7 mission, which is set to investigate the Moon's South Pole and its ancient ice deposits, crucial for future lunar habitation efforts.Join us as we unpack these fascinating stories and more in this episode of Astronomy Daily!00:00 – **Welcome to Astronomy Daily podcast, hosted by Anna and Avery00:38 – **Spainsat NG2 hit by space particle while heading to final orbit01:51 – **SpaceX and ISRO have several missions scheduled for next week03:08 – **RNA World hypothesis says RNA was first self replicating life precursor04:30 – **2026 could be a pivotal year for private lunar exploration07:13 – **This week's Astronomy Daily includes: Satellite hits, launch previews### Sources & Further Reading1. SpaceX2. ISRO3. European Space Agency4. NASA### Follow & ContactX/Twitter: @AstroDailyPodInstagram: @astrodailypodEmail: hello@astronomydaily.ioWebsite: astronomydaily.ioClear skies and see you next time!

The Space Show Presents JATAN MEHTA, Friday, Jan. 2, 2026Quick Summary:Our conversation with our guest from India focused heavily on India's space program, including its current capabilities, future plans, and comparisons with other countries' space programs, particularly regarding lunar exploration and human spaceflight initiatives. The conversation ended with discussions about potential new content initiatives and program updates, including plans for future space coverage and the need for financial support to maintain operations.Detailed Summary:I welcomed Jatan to the meeting and also AJ who would act as co-host for today's one hour program. We began with casual conversation about travel and the history of Mumbai's name change from Bombay, which was explained as part of a nationwide effort to revert to indigenous names. Bill joined the call and mentioned not receiving Jatan's newsletter for a few weeks, which Jatan confirmed was being sent but might be ending up in spam folders. David introduced plans to discuss Jatan's newsletter and work, as well as questions about the Indian space program.Jatan Mehta, a space writer and journalist, discussed his work covering moon missions and India's space activities. He explained the origins and goals of his newsletter Moon Monday, which archives moon mission developments, and his Indian Space newsletter, which provides a holistic view of India's space activities. Jatan also mentioned his poetry on space exploration, which he recently published to celebrate milestones in his career.Jatan explained his focus on the Moon rather than Mars, citing existing extensive coverage of Mars and his goal to provide unique value through his independent writing. He discussed his passive approach to educational outreach, including speaking to students across various age groups in India about space exploration. Jatan also shared his experience writing poetry sporadically and expressed his inability to teach poetry due to lack of formal training. David, on behalf of John Jossy who was not with us today, inquired about India's space program, asking if Jatan believed it would be driven primarily by the private sector or government.Jatan explained that while the private sector in India's space industry is growing, ISRO will remain the dominant player for the foreseeable future, similar to NASA's role in the US space program. He noted that the 2023 National Space Policy emphasizes ISRO's role in cutting-edge R&D for space exploration, while private players focus on production. Regarding India's human spaceflight program, Jatan reported that while the original 2025 target was missed, the program is making progress with the LVM3 launch vehicle now human-rated, and three uncrewed tests are planned before human missions begin, with a target launch date of late 2027.The discussion focused on India's space program, particularly the Gagan Yan (Sky Craft) program for astronauts, where Jatan explained that the initial capsule will carry two Gaganyatris (sky-farers) for the first few missions, with plans to expand to three astronauts later. Jatan clarified that while Gagan Yan refers to spacecraft, the upcoming space station will be called The Bharatiya Antariksh Station(BAS). When asked about India's progress compared to China, Jatan acknowledged that China has surpassed both India and the US in recent moon missions, though India's program remains significant with plans for a space station by 2035.Jatan mentioned that India's space program, noting that while India and China were neck and neck in space capabilities in the 1990s and early 2000s, China has since surpassed both India and the US in certain areas due to a larger budget. He explained that India's space budget of approximately $1.5 billion USD over the past five years is less than a tenth of NASA's budget, limiting its ability to catch up in all areas. However, Jatan emphasized that India is prioritizing certain key areas, such as the Moon, with plans for a sample return mission in 2028. He also highlighted the importance of political support and policy excitement in driving progress in India's space program.India's space program aims to achieve several key milestones over the next 5-10 years, including the Chandrayaan 4 and 5 missions, collaboration with Japan for a lunar rover, and the development of a human spaceflight program with a space station module by the end of the decade. The country is also working on upgrading its LVM3 rocket to a semi-cryogenic engine and developing the Next Generation Launch Vehicle (NGLV) for heavy-lift capabilities by 2032-2034. Long-term goals include expanding India's regional NAVIC navigation constellation, conducting a Venus orbiter mission in 2028, and sending an Indian astronaut to the moon by 2040.The discussion focused on India's space program and its development of reusable rockets. Jatan explained that while India has received some technology assistance from Russia, it doesn't have the same level of partnership as China's with Russia. He noted that India's current rockets are not designed for reusability, but the upcoming NGLV rocket will have a reusable booster stage. The group discussed India's decision not to pursue a super-heavy lift rocket, instead opting to develop a heavy upper stage that can be launched multiple times and docked in orbit. Jatan emphasized that while reusable rockets would be beneficial, India's focus has been on addressing a backlog of existing missions and developing new launch capabilities.Jatan discussed his top lunar coverage stories from 2025, highlighting three key pieces: covering lunar sample science updates from China's Chang'e 5 and 6 missions, his year-end summary on Moon Monday that reviewed both successes and failures in lunar exploration, and an analysis piece on the current orbital capabilities of various countries, particularly focusing on the US's lack of modern lunar orbiters and the importance of understanding lunar water ice for future human missions.Jatan explained that Indian space mission budgets are allocated on a year-by-year basis, unlike NASA's multi-year planning, and described how infrastructure costs are incorporated into mission budgets differently between the two countries. He outlined his plans for 2026, including covering moon missions weekly, publishing additional space-related booklets, and tracking developments in India's Gaganyaan program and semi-cryogenic engine upgrade for LVM3. Jatan emphasized his commitment to keeping his space coverage and publications free to access through sponsorships and expressed excitement about upcoming missions including Chang'e 7 and Intuitive Machines' third lunar landing mission.This part of the program primarily focused on a discussion about potentially establishing a “Mars Tuesday” to complement “Moon Monday,” though Jatan noted this would be more feasible in the future, possibly during the Moon-to-Mars transition. Jatan shared his background in astrophysics and his shift to space communication, emphasizing his interest in bridging the gap between researchers and the public. David made announcements about upcoming programs, guest suggestions, and the need for donations to support the space show's operations, while also inviting major donors to join the advisory board. The conversation ended with plans for Ajay to share updates about his talks in India on the next Sunday's show.Special thanks to our sponsors: American Institute of Aeronautics and Astronautics, Helix Space in Luxembourg, Celestis Memorial Spaceflights, Astrox Corporation, Dr. Haym Benaroya of Rutgers University, The Space Settlement Progress Blog by John Jossy, The Atlantis Project, and Artless EntertainmentOur Toll Free Line for Live Broadcasts: 1-866-687-7223 (Not in service at this time)For real time program participation, email Dr. Space at: drspace@thespaceshow.com for instructions and access.The Space Show is a non-profit 501C3 through its parent, One Giant Leap Foundation, Inc. To donate via Pay Pal, use:To donate with Zelle, use the email address: david@onegiantleapfoundation.org.If you prefer donating with a check, please make the check payable to One Giant Leap Foundation and mail to:One Giant Leap Foundation, 11035 Lavender Hill Drive Ste. 160-306 Las Vegas, NV 89135Upcoming Programs:Broadcast 4482: Zoom: Open Lines to kick of 2026 | Sunday 04 Jan 2026 1200PM PTGuests: Dr. David LivingstonZoom: Open Lines to start the New Year Get full access to The Space Show-One Giant Leap Foundation at doctorspace.substack.com/subscribe

The headlines of the day by The Indian Express

Are Coronal Mass Ejections dangerous to life on Earth? When are we finally going to plunge through the sulfuric acid clouds to measure the atmosphere of Venus. And what's up with 'Oumuamua and 3I/Atlas? To find out, Dr. Charles Liu and co-host Allen Liu welcome astrobiologist Dr. David Grinspoon, aka Dr. FunkySpoon. As always, we start with the day's joyfully cool cosmic thing: the arrival at Earth of two consecutive Coronal Mass Ejections on Nov. 11, 2025, creating an amazing display of Northern and Sothern Lights. In the US, aurora were seen as far south as Texas and even Central America, and yet Chuck, Alan and David were all frustrated by clouds in their own attempts to see them! Luckily, they've each already seen auroras with their own eyes, a viewing event David likens to seeing a total solar eclipse. David discusses how solar flares can impact human technology, but that while solar flares from other stars could be dangerous for life on their planets, at this point in our sun's lifetime, they are unlikely to wipe out life on Earth. Chuck shares aurora images that were taken by our previous guest, astrophotographer Elliot Severn. For our audience questions this week, we're answering questions given to Chuck while he was presenting at an event in Erie, PA. The first question Chuck asks David is, “When we have interstellar visitors like 'Oumuamua and 3I/Atlas, [1] why are they moving so fast in our space? They seem to defy gravity [2] How can they know what 3I/atlas is made of but not the density or materials?” David explains why the extreme speed at which they are moving is actually proof that they are interstellar objects and not something else. He also discusses how we use spectroscopy to determine what they're made of the same way we determine what distant stars and exoplanets are made of. Our next question from Erie, PA is, “Is there a mathematical probability or formula to predict the likelihood of life existing int he universe? In other words, has someone developed a model to predict how many unique things need to happen for life to evolve?” David explains the Drake Equation, a series of questions that help astrobiologists assess the probability of intelligent life in the galaxy. Our last question from Erie is, “If humans find life on a different planet, would we actually understand how to coexist with the information, or will world leaders hide the truth from us?” David points out – as someone who has helped devise astrobiology policy – that the response depends in part on the specifics of the discovery, like how far away that life is. But would the government be able to hide it? David says that the scientists who discover it would be shouting it from the rooftops: “How long would it take to type it and hit send?” And as Chuck points out, the very act of the government trying to censor it would turbocharge the speed at which scientists would get the news out. The real problem, David says, is the potential of each discovery being overhyped by journalists, leading to public burnout. He brings up two examples of overhype: the discovery of possible biosignatures in iron nodules on the Martian rock Cheyava Falls in 2024 by the Perseverance Rover, and the presence of dimethyl sulphide in the atmospheric composition of exoplanet K2-18 b. Next, we turn to David's “second favorite planet,” Venus, which he has studied and written about extensively. David shows us the first book he ever wrote, “Venus Revealed” and talks about upcoming missions to Venus: two from the US, DAVINCI and VERITAS; a European Space Agency mission named EnVision; a Venus Orbiter Mission by India's ISRO, and a private Rocket Lab mission to Venus. David, who is involved with the DAVINCI mission, tells us about the plan to plunge through the sulfuric acid clouds to measure the Venusian atmosphere and surface with modern instruments for the first time. We end with a discussion of the anti-science cycle we're going through, and David shares why he thinks this moment is so unusual and scary, but also why there is reason for hope. Chuck talks about why scientists take the long perspective, and David reminds us of the huge worldwide support for the exploration of space. If you'd like to know more about David, you can check out his YouTube channel @DrFunkySpoon, or @DrFunkySpoon on Blue Sky and Instagram. We hope you enjoy this episode, and, if you do, please support us on Patreon. Image Credits: Images of aurora over Connecticut. Credit: Elliot Severn Coronal Mass Ejection. Credit: NASA Orbit of ‘Oumuamua. Credit: CC Orbit of 3I ATLAS. Credit: NASA/JPL-Caltech Radar map of Venus made by NASA's Magellan spacecraft. Credit: NASA/JPL-Caltech/USGS Nodules on Mars rock Cheyava Falls. Credit: NASA James Webb Space Telescope – Atmospheric composition of exoplanet K2-18 b. Credit: NASA, CSA, ESA, J. Olmstead, N. Madhusudhan Venus viewed from orbit. Credit: NASA/JPL-Caltech #LIUniverse #CharlesLiu #AllenLiu #SciencePodcast #AstronomyPodcast #DavidGrinspoon #DrFunkySpoon #Oumuamua #3IAtlas #InterstellarObjects #CoronalMassEjections #aurora #solarflares #DAVINCI #VERITAS #EnVision #antiscience #spaceexploration

A compilation of ‪Astrum episodes about missions from ISRO, India's Space Agency. As the fourth nation to successfully land on the Moon, India is establishing itself as a major contender in global space exploration. We dive into ISRO's ambitious plans for their first crewed mission, and reveal the discoveries their probes have already made on the surface of the Moon and Mars. ▀▀▀▀▀▀Astrum's newsletter has launched! Want to know what's happening in space? Sign up here: ⁠https://astrumspace.kit.com⁠A huge thanks to our Patreons who help make these videos possible. Sign-up here: ⁠https://bit.ly/4aiJZNF

A compilation of ‪Astrum videos about missions from ISRO, India's Space Agency. As the fourth nation to successfully land on the Moon, India is establishing itself as a major contender in global space exploration. We dive into ISRO's ambitious plans for their first crewed mission, and reveal the discoveries their probes have already made on the surface of the Moon and Mars. ▀▀▀▀▀▀Astrum's newsletter has launched! Want to know what's happening in space? Sign up here: ⁠https://astrumspace.kit.com⁠A huge thanks to our Patreons who help make these videos possible. Sign-up here: ⁠https://bit.ly/4aiJZNF

First, The Indian Express' Mihir Vasavda and Vinayakk Mohanarangan talk about the night Indian cricket had waited decades for, when Harmanpreet Kaur and her team made history, lifting the World Cup and giving Indian women's cricket its 1983 moment.Next, we speak to The Indian Express' Amitabh Sinha about ISRO's launch of its heaviest communication satellite yet, a breakthrough that marks a new phase of India's space independence. (14:20)Lastly, we discuss India's first ever National Household Income Survey, a massive new data exercise that could finally tell us what Indians actually earn. (20:55)Hosted by Ichha SharmaProduced and written by Shashank Bhargava and Ichha SharmaEdited and mixed by Suresh Pawar

The first images from NISAR offer an exciting preview of the science-to-come as the joint mission approaches full operations later this year.

A Rocket Scientist's Journey from Space to Sai | Dr V Narayanan, Chairman, ISRO | Satsang from Prasanthi Nilayam

Un nuevo satélite de Estados Unidos y la India llamado Radar de Apertura Sintética de NASA-ISRO (NISAR, por su acrónimo en inglés) proporcionará datos de alta resolución que permitirán a los científicos monitorear exhaustivamente las superficies terrestres y cubiertas de hielo del planeta como nunca antes, para desarrollar un registro detallado de cómo estas cambian con el tiempo. Handmade Soap Bars - Natural & Artisan Crafted | Jabonera Don Gatocodigo de descuento; CURIOSIDADInstagramcuriosidad científica podcast | Linktree

In this episode of SpaceTime, we journey through the latest advancements in space exploration and cosmology, featuring a groundbreaking radar mission, a new hypothesis on the universe's origins, and updates on the International Space Station.NISAR: A New Era in Earth ObservationThe Indian Space Research Organisation (ISRO) has successfully launched the NISAR satellite, a joint mission with NASA that promises to revolutionise our understanding of Earth's dynamic systems. This advanced synthetic aperture radar satellite will monitor changes in forests, wetlands, and ice-covered surfaces with unprecedented detail, providing crucial data for disaster response, infrastructure management, and climate change studies. With its ability to see through clouds and operate day and night, NISAR will deliver vital insights into the planet's movements and environmental changes every 12 days, enhancing our preparedness for natural hazards.A New Hypothesis on the Universe's OriginsIn a significant shift in cosmological theory, scientists have proposed a new model that explains the universe's early moments without relying on speculative elements. This revolutionary hypothesis, reported in the journal Physical Review Research, suggests that natural quantum fluctuations in a state known as de Sitter space could account for the density differences that led to the formation of galaxies and stars. By eliminating arbitrary parameters, this model offers a clearer understanding of the cosmos and poses fundamental questions about our existence and origins.Russia's Commitment to the International Space StationIn a surprising announcement, Russia has confirmed its intention to remain a partner in the International Space Station (ISS) project until at least 2028, despite previous threats to withdraw. This decision comes amid ongoing geopolitical tensions and technical challenges within the Russian segment of the ISS. As the global space community continues to evolve, Russia's commitment ensures continued collaboration in low Earth orbit, even as plans for an independent Russian space station progress.www.spacetimewithstuartgary.com✍️ Episode ReferencesPhysical Review Researchhttps://journals.aps.org/prresearch/NASA NISAR Missionhttps://www.nasa.gov/nisarBecome a supporter of this podcast: https://www.spreaker.com/podcast/spacetime-space-astronomy--2458531/support.

Last week, the European Space Agency revealed that its Planetary Defenders are tracking a fast-moving "interstellar object" zipping through the solar system. It's still unclear whether A11pl3Z or 3IATLAS is a rocky asteroid, an icy comet, or something else entirely. But its size, some say, is at least 25 miles, which is amazing. In other cosmic space news, ISRO activated Chandrayaan-3's ground-penetrating radar, designed to peer beneath the lunar crust. What it found sent shock waves through mission control. Beneath the rover's wheels, several meters down, a massive hollow void was detected, but it wasn't random. The radar returns revealed geometric formations, straight lines, symmetrical angles, and repeating grids. Could the Moon have a functioning system or be an active artificial structure? For the first time, scientists began asking the unthinkable. Did we just uncover an ancient alien base or, more alarmingly, a forgotten human one? Listen tonight from 7-10 pm, pacific time on Ground Zero with Clyde Lewis and guest Richard C. Hoagland on groundzeroplus.com. Call in to the LIVE show at 503-225-0860. #groundzeroplus #ClydeLewis #moon #InterstellarObject #spacestation

The space sector is data-rich but insight-poor. Jack Kuhr, head of research at Payload Space, joins the show to unpack how business, budgeting, and performance data—not spacecraft science—can shape investments, drive growth, and influence policy. Is there a data crisis in the space industry? What gets measured, what gets missed, and how does that shape the decisions we make about space? Kuhr shares his approach to surfacing the real story behind the numbers—and why clarity, context, and narratives matter. Discover more at: https://www.planetary.org/planetary-radio/lies-and-space-dataSee omnystudio.com/listener for privacy information.

Preview: Colleague Bob Zimmerman reports on the ISRO lunar lander Vikram that detects abundant water molecules on the moon. More later 1961