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India to get more eyes in the sky soon

The satellite will play a strategic role in the nation’s defence with its capability to operate in day, night and all weather conditions with a mission life of five years….reports Venkatachari Jagannathan

 Indian space agency ISRO is gearing up to put two eyes in the sky to look at the country soon.

The Indian Space Research Organisation (ISRO) is working towards sending up two earth observation satellites — EOS-3 and EOS-4.

The EOS-4 or Risat-1A is a radar imaging satellite with Synthetic Aperture Radar (SAR) that can take pictures during day and night looking through the clouds.

The satellite weighing over 1,800 kg will be carried by the Polar Satellite Launch Vehicle (PSLV) this September, said ISRO.

The EOS-4 is a repeat microwave remote sensing satellite of Risat-1 and is configured to ensure continuity of SAR in C-Band providing microwave data to the user community for operational services.

The satellite will play a strategic role in the nation’s defence with its capability to operate in day, night and all weather conditions with a mission life of five years.

The satellite has high data handling systems and high storage devices among other things.

According to ISRO, the satellite will provide imaging data for various applications related to land, water and environment which find useful inputs for agriculture, forestry and water resource management, said ISRO.

An ISRO official had earlier said an earth observation satellite will send pictures which will be used by different agencies as per their needs.

The Risat-1 weighing 1,858 kg was launched in 2012 using a PSLV rocket. Its mission life was five years.

However, prior to EOS-4, the satellite that would be launched by ISRO will be EOS-3 or the Geo Imaging Satellite-1 (GISAT-1).

The GISAT-1 will be the country’s first sky eye or earth observation satellite to be placed in geostationary orbit.

As a result the satellite will have a steady eye on the areas of interest (the satellite will move in sync with the rotation of the earth and hence would look stationary) unlike other remote sensing satellites placed in lower orbit that can come to a spot only at regular intervals.

The satellite and the rocket (Geosynchronous Satellite Launch Vehicle – F10 (GSLV-F10) are ready at the rocket launch centre in Sriharikota.

The Indian space agency is expected to fly the rocket with GISAT-1 sometime middle of August.

Originally the GISAT-1 was slated for launch on March 5, 2020, but hours before the launch ISRO announced postponement of the mission owing to some technical glitch.

Soon after the Covid-19 pandemic and the lockdown delayed the mission. The rocket had to be dismantled and cleaned up.

Subsequently, the GISAT-1 launch was slated for March 2021 but due to problems in the satellite’s battery side, the flight got delayed.

With the replacement of the battery the satellite and the rocket were being readied for their flight at Sriharikota when the second wave of Covid-19 swept in affecting many at the rocket launch centre.

Queried about launching the satellite using a foreign rockets like Ariane of Arianespace as there is an opportunity cost involved with a fully built satellite on the ground Department of Space Secretary and ISRO Chairman K. Sivan had told IANS: “Only China and the US are launching rockets. Others are not. Anyway we have our own rocket to launch.”

He said once the Covid-19 spread comes down, the satellite will be launched.

The Indian space agency had earlier said the 2,268 kg GISAT-1 would provide a real time image of a large area of region of interest at frequent intervals. It will also enable quick monitoring of natural disasters, episodic events and any short-term events.

The satellite will have payload imaging sensors of six band multi-spectral visible and near infra-red with 42 metres resolution; 158 bands hyper-spectral visible and near infra-red with 318 metres resolution and 256 bands hyper-spectral short wave infra-red with 191 metres resolution.

A four metre diameter Ogive shaped payload fairing (heat shield) has been used in the rocket for the first time, ISRO had said.

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BRICS countries agree to India’s Innovation Cooperation Action Plan

India had proposed the plan to facilitate sharing of experiences of each other’s innovation ecosystem and networking of innovators and entrepreneurs….reports Asian Lite News

All BRICS countries have agreed to the STI-led BRICS Innovation Cooperation Action Plan (2021-24) proposed by India during the 12th meeting of the BRICS S&T Steering Committee, the Department of Science and Technology said.

India had proposed the plan to facilitate sharing of experiences of each other’s innovation ecosystem and networking of innovators and entrepreneurs.

The details of the action plan will be worked out by the BRICS Science, Technology Innovation Entrepreneurship Partnership (STIEP) working group, it said.

“It was agreed that the proposal may be forwarded to BRICS STIEP working group through the respective country’s STI focal point,” the DST said.

The DST hosted the 12th meeting of the BRICS S&T Steering Committee on July 8.

Scientific ministries and agencies of all BRICS countries participated in it.

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BRICS officials discussed in detail about the thematic areas for this year’s call for proposals at the meeting and unanimously agreed for collaboration in 10 thematic areas.

These are Transient Astronomical Events and Deep Survey Science, Antimicrobial Resistance (AMR): Technologies for Diagnosis and Treatment, Simulation and Big Data Analytics for Advanced Precision Medicine and Public Healthcare, HPC and Big Data for Sustainable Development: Solving Large Scale Ecological, Climate and Pollution Problems, Innovation and Entrepreneurship on Photonic, Nanophotonics, and Metamaterials for Addressing Bio-medicine, Agriculture, Food Industry and Energy Harvesting Issues, Materials Science and Nanotechnology for Addressing Environmental, Climate Change, Agricultural, Food, and Energy Issues, Renewable Energy including Smart Grid Integration, Ocean and Polar Science and Technology Water Treatment Technology Research in Aeronautics and Aerospace.

These areas have been recommended by different thematic working groups.

All countries also agreed to thematic areas proposed by India for the sixth edition of the BRICS Young Scientist Conclave which will be held in Bengaluru during September 13-16.

The three themes to be discussed at the conclave include healthcare, energy solutions and cyber-physical system (CPS), and their applications.

India’s new proposal regarding inviting BRICS partnership in India’s Technology Summit, which got positive support from all countries, was suggested to be sent through the BRICS Sherpa office for suggestions from all stakeholders, it added.

ALSO READ: BRICS countries resolve to enhance collaboration in higher education

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Science UAE News

Emirates Nuclear Energy, French EDF to cooperate on R&D

The collaboration is part of ENEC’s commitment towards progressing the UAE’s nuclear energy industry, supporting innovation, clean electricity production and tackling climate change….reports Asian Lite News

The Emirates Nuclear Energy Corporation (ENEC) has signed a Letter of Intent with France’s electricity company EDF to develop a Memorandum of Understanding (MoU) for cooperation on research and development (R&D) in the nuclear energy sector.

The collaboration is part of ENEC’s commitment towards progressing the UAE’s nuclear energy industry, supporting innovation, clean electricity production and tackling climate change.

The MoU will elevate the strategic partnership between the two entities through sharing global expertise and the latest advancements in the nuclear energy sector, as well as exploring the production of green hydrogen-powered by carbon-free nuclear energy.

EDF (Électricité de France) is a French multinational electric utility company, largely owned by the French state. As the leading nuclear operator of the largest nuclear fleet worldwide, EDF is supporting the global energy transition movement by exporting its expertise in low-carbon energies, such as nuclear energy, renewable energies, and energy services.

Since November 2018, EDF has provided Emirates Nuclear Energy Corporation’s operations and maintenance JV subsidiary Nawah Energy Company with a range of services. These include operational safety, radiation protection, fuel-cycle management and environmental monitoring. Expertise is provided through engineering studies, on-site support, training and benchmarking sessions.

This year’s signing took place at the annual E-FUSION (Emirati French Industrial Supply Chain Initiative for Nuclear), a two-day event through a partnership between ENEC and Business France, which is an Emirati-French initiative to create a local supply chain for the nuclear sector. Launched by ENEC, EDF and GIFEN (French Nuclear Cluster) in 2019, the event aims to develop new Franco-Emirati commercial relations in the nuclear sector.

ENEC’s Barakah Plant is one of the largest nuclear energy plants in the world, with four APR-1400 Units. Construction of the Plant began in 2012 and has progressed steadily ever since. Unit 1 started the commercial operations in April 2021. Unit 2 has now completed the fuel load process and is working through all the required processes before start-up.

Construction of Units 3 and 4 are in the final stages, with the Units 94 percent and 89 percent complete. Thus, the construction of the Barakah Plant as a whole is now more than 95 percent complete.

ALSO READ: UAE Ministry of Defense delegation visits Lockheed Martin’s Centre

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India successfully test fires nuke capable Agni P

Agni P is a new generation advanced variant of Agni class of missiles. It is a canisterised missile with range capability between 1,000 and 2,000-km…reports Asian Lite News

India successfully carried out test firing of a new generation nuclear capable ballistic missile Agni P from Dr APJ Abdul Kalam Island off the coast of Odisha, Balasore on Monday.

“Various telemetry and radar stations positioned along the eastern coast tracked and monitored the missile. The missile followed text book trajectory, meeting all mission objectives with high level of accuracy,” the Ministry of Defence said in a statement.

Agni P is a new generation advanced variant of Agni class of missiles. It is a canisterised missile with range capability between 1,000 and 2,000-km

The ballistic missile weighs 50 percent less than Agni III and has new guidance and a new generation of propulsion. Since the missile is canisterised, it can be launched from rail and road and stored for a longer period and transported all across the country as per operational requirements.

The missile, which has a range between 1000km to 2000km, can be used to target enemy armadas in the Indo-Pacific.

On June 25, the DRDO successfully test fired extended range version of indigenously developed Pinaka rocket from a Multi-Barrel Rocket Launcher (MBRL) at Integrated Test Range (ITR), Chandipur off the coast of Odisha.

Twenty-five Enhanced Pinaka Rockets were launched in quick succession against targets at different ranges. All the mission objectives were met during the launches.

The enhanced range version of Pinaka Rocket System can destroy targets at distances up to 45-km.

On the same day, India’s premier defence research organisation successfully test fired enhanced range versions of indigenously developed 122mm Caliber Rocket from a Multi-Barrel Rocket Launcher (MBRL) at ITR, Chandipur off the coast of Odisha.

Four enhanced range version of 122mm rockets were test fired with full instrumentation and they met the complete mission objectives.

These rockets have been developed for Army applications and can destroy targets up to 40-km. (INN)

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Pvt players allowed to build, operate rocket launch sites

The launch could be from own or leased launch site and also from mobile platforms (land, sea or air) as per the Draft National Space Transportation Policy-2020 brought out by the Department of Space, reports Venkatachari Jagannathan

India has decided to allow private companies to establish and operate rocket launch sites within and outside the country, subject to prior authorisation from the government.

Similarly, any rocket launch (orbital or sub-orbital) from Indian or overseas territory can be carried out only with authorisation from Indian National Space Promotion & Authorization Center (IN-SPACe), an independent body constituted by the Government of India, under the Department of Space (DOS).

The launch could be from own or leased launch site and also from mobile platforms (land, sea or air) as per the Draft National Space Transportation Policy-2020 brought out by the Department of Space.

“The Draft National Space Transportation Policy-2020 is comprehensive covering all aspects of rocket launching, launchpads, reentry of a space object and others, Srinath Ravichandran, co-founder and CEO Agnikul Cosmos told IANS.

The city based Agnikul Cosmos is developing a small rocket to launch small satellites into orbit.

“Policy is well made overall. Good, it allows for launches abroad and building our own launch sites,” Skyroot Aerospace’s Co-Founder and CEO Pawan Kumar Chandana told IANS.

Skyroot Aerospace is another small rocket maker.

As per the draft policy, IN-SPACe authorisation requires the financial guarantee or insurance cover by the proposer as part of its ownership towards fulfilment of nation’s liability as per international agreements.

In the case of launching from outside the territory of India, all approvals necessary for undertaking the scope of activities in another nation or territory shall be under the applicable laws of the concerned nation/territory.

The compliance and approvals of the administration controlling the territory from where the Launch is performed shall be ensured by the proposer and the proof of compliance/approvals shall be enclosed with the application for authorisation.

The IN-SPACe shall authorise the launch by the Indian Entity after verifying the clearances accorded by the Ministry of External Affairs or any other Ministry, if applicable and also the approvals obtained by the Entity from the administration/agencies controlling the territory from where the launch is planned.

The draft policy categorically states that IN-SPACe or the Union of India shall not have any liability related to launches performed outside of the territory of India.

According to the draft policy, the authorisation process shall ensure that the sharing of Government owned launch facilities shall not pose any constraint to the timely implementation of approved space programmes for societal development or safeguarding national sovereignty.

“The authorisation process shall ensure that there is no violation of noncommercial & space cooperation-linked launch agreements entered into with other countries,” the draft notes.

According to the Department of Space, it is essential to ensure that the independent launch activities undertaken by Indian entities are in accordance with relevant treaties and other international agreements due to the impact of such activities on public safety, domestic and global transport and in-orbit satellites.

Therefore, an authorisation mechanism needs to be in place to ensure compliance to the relevant regulations and safety requirements.

“The draft policy is comprehensive. Covers all aspects of space transportation such as launching, launchpads, re-entry and more. It makes it clear that this is a single window system. The IN-SPACe, is the nodal agency responsible for overall approval,” Agnikul Cosmos’ Ravichandran said.

According to him, the draft policy goes into specifics on what is required under each category for approval. This is very helpful as work can get started on how to meet these.

“However, it would be great if the government enables the sector with clear guidelines on liability and insurance as these are very important aspects yet very unclear. Also, timebound approvals are to be implemented for the benefit of the stakeholders,” Skyroot Aerospace Chandana added.

The draft policy states, globally, the participation of private agencies in providing launch services has increased and some of these agencies have become significant players in the commercial market for launch services.

India is also witnessing the emergence of a “New Space” wherein the private players in the space sector aim to tap the commercial potential of small satellite launch services by developing small satellite launchers for the global market.

The Indian players, who are engaged in the launch vehicle development, are also eager to leverage the national facilities already established by the Government.

The recent reforms announced by the Government towards unlocking the potential of the space sector in the country are expected to attract entrepreneurs to invest in cost-effective & quick turn-around space transportation systems commensurate with the significant global commercial launch services market, the Department of Space said.

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UAE to second rover to Moon by 2025

The UAE plans to send several space vehicles, including rovers and orbiters, to the Moon as part of the nation’s exploration of space….reports Asian Lite News

The plan includes building and launching Moon orbiters, forming new partnerships to send Emirati astronauts to the lunar surface, reports Asian Lite News

The UAE plans to send several space vehicles, including rovers and orbiters, to the Moon as part of the nation’s exploration of space.

This was revealed by Salem Al Marri, deputy director general of the Mohammed bin Rashid Space Centre, at a global space conference in Russia. After the first rover, Rashid, is sent next year, a second rover will be developed and taken to the lunar surface by 2024 or 2025.

The plan includes building and launching Moon orbiters, forming new partnerships to send Emirati astronauts to the lunar surface and supporting local start-ups by using their tech or science in the missions.

The efforts are part of the UAE’s strategy to be involved in global space exploration efforts. These are currently focused on setting up a human base on the Moon from where astronauts will be sent to Mars.

In September 2019, UAE sent the first Emirati into space as part of a three-member crew that blasted off on a Soyuz rocket from Kazakhstan for an eight-day mission.

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Then in February, its ‘Hope’ probe successfully entered Mars’ orbit on a journey to reveal the secrets of Martian weather, making history as the Arab world’s first interplanetary mission. The UAE is following it up on one more adventure: exploration of the moon.

Lunar exploration company iSpace will transport a United Arab Emirates rover to the moon in 2022, the company had said, as the UAE seeks to expand its space sector. The UAE is pushing for rapid expansion in the space exploration business to diversify its economy.

The 2022 launch will be iSpace’s first mission of this kind and will use a Falcon 9 rocket from Elon Musk’s SpaceX, to be launched from Florida. Dubai’s Mohammed Bin Rashid Space Centre (MBRSC) will build the Rashid lunar rover. It will remain on the moon after data collection is completed.

The Dubai Media Office had said that the 10-kilogramme rover will be an integral part of the efforts to build the first settlement on Mars in 2117 – one of the UAE’s most ambitious plans.

“Not only is the Moon exciting to study, it’s also closer to get to. It’s much easier to do things around the Moon than, for example, sending a rover to Mars. Going to the Moon for us is a dual goal of achieving scientific and technological objectives, as well as preparing for future missions to land on the surface of Mars,” Al Marri said.

He said some companies and research entities are willing to contribute financially to send their payloads on the second rover.

“In the next mission, we do see interest from commercial players and from start-up companies in the UAE that we want to support and endorse. We want our next and future rovers to be used as platforms by start-up companies, universities, commercial players to test their ideas, to implement them,” he said.

ALSO READ: Israel warns against travel to UAE

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UAE Genomics Council gets approval

The council will oversee the execution of government genomics programmes and propose legislations to govern the field…reports Asian Lite News

Sheikh Mohammed bin Rashid Al Maktoum, Vice President, Prime Minister and Ruler of Dubai, has approved the formation of UAE Genomics Council to provide a world-class healthcare system.

The new council, to be headed by Sheikh Khaled bin Mohamed bin Zayed Al Nahyan, Member of the Abu Dhabi Executive Council and Chairman of Abu Dhabi Executive Office, will oversee the implementation of the Emirati Genome Programme into the healthcare system across the country.

Incorporating genomics into the healthcare ecosystem is part of the UAE’s efforts to carry out therapeutic and preventative programmes that help reduce the prevalence of genetic disorders, disabilities and mortality rates.

The council will oversee the execution of government genomics programmes and propose legislations to govern the field in coordination with health regulators across the country. It will regulate data acquisition and storage and establish a system for issuing ethics and consent approvals for all genomics programmes.

As part of its role in governing multiple novel programmes, including the national biobanking programme, the council will support technology start-ups and companies and build partnerships with world-leading technology firms to drive cutting-edge genomics research.

Among the council’s responsibilities is supporting new innovative therapies for rare and chronic diseases and developing technical training and graduate programmes and knowledge incubators to build the next generation of omics professionals.

Council members include Mohammad Al Gergawi, Minister of Cabinet Affairs; Abdul Rahman Mohammed Al Owais, Minister of Health and Prevention; Sarah Al Amiri, Minister of State for Advanced Technology; Omar AlOlama, Minister of State for Artificial Intelligence, Digital Economy and Remote Work Applications; Sheikh Abdulla bin Mohammed Al Hamed, Chairman of the Department of Health – Abu Dhabi; Awad Saghir Al Ketbi, Director-General of the Dubai Health Authority; Dr. Amer Ahmad Sharif, Vice Chancellor of Mohammed Bin Rashid University of Medicine and Health Sciences; Professor Dr. Eric Xing, President at Mohamed bin Zayed University of AI; and George Church, Professor of Genetics at Harvard Medical School.

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Dugong, seagrass toolkit among top 25 UAE innovations

It provides an easily accessible online decision-making tool to guide the selection of specific dugong and seagrass research recommendations…reports Asian Lite News

Environment Agency – Abu Dhabi (EAD) has announced that an online toolkit to support dugong and seagrass conservation has been selected as one of the 25 most noteworthy innovations in the UAE’s government sector by the Mohammed Bin Rashid Centre for Government Innovation, in collaboration with Sia Partners.

The Dugong and Seagrass Research Toolkit is an initiative by EAD, the energy company Total and the MoU on the Conservation and Management of Dugongs and their Habitats throughout their Range (Dugong MOU) of the Convention on Migratory Species (CMS) based in Abu Dhabi.

It provides an easily accessible online decision-making tool to guide the selection of specific dugong and seagrass research recommendations which can be adopted in specific circumstances.

The toolkit is available worldwide to members of universities, research institutes, and governmental and non-governmental organisations with mandates for coastal and marine research and conservation.

It supports researchers in the process of setting and refining their objectives, while considering overall conservation management goals and budgetary restraints. It also factors in elements such as time scale, spatial scale, technical capacity and specific challenges on the ground.

In addition to collecting information on dugongs and seagrass, the toolkit provides tools and techniques to understand the threats and human community factors that affect dugong and seagrass conservation.

The interactive approach of the toolkit makes it extremely efficient in providing the right kind of guidance, saving researchers, conservation practitioners and marine management agencies time and resources.

It is designed to be easily accessible to researchers and practitioners working in developing countries who have limited access to scientific expertise, thus serving as an efficient and cost-effective method to ensure consistent, comparable, and standardized data sets across the dugong range.

To use the toolkit, a user opens the designated website, presses ‘Launch Toolkit’ and follows a simple process tree that leads to practical recommendations. Since launching in March 2017, the toolkit was reached by 3,200 users from 119 different countries, with a total of over 10,000 page views. It has now also been incorporated into the Dugong and Seagrass Hub. (WAM)

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Top Indian space scientist alleges being poisoned 3 years ago

Senior Indian space scientist Tapan Misra on Tuesday has alleged that he was poisoned with a deadly chemical on May 23, 2017 at the headquarters of Indian Space Research Organisation (ISRO) when he had gone there to attend a promotion interview.

“I have come out in public as I fear for my life post retirement. I am retiring this month,” Misra, Senior Advisor at ISRO, told IANS.

Two former space agency chiefs could not be reached for a response, while one declined to comment on the allegations.

In a Facebook post, Misra wrote: “We, in ISRO, occasionally heard about highly suspicious death of Prof. Vikram Sarabhai in 1971. Also heard occasional doubts about sudden death of Dr. S Srinivasan, Director of VSSC (Vikram Sarabhai Space Centre) in 1999. Case of Shri Nambi Narayanan in 1994 is well known. But I never thought that I will be at the receiving end of such mystery.”

“I was poisoned with deadly Arsenic Trioxide on 23rd May 2017, during promotion interview from Sci/Eng SF to SG in ISRO HQ at Bangalore. Fatal dose was probably mixed with chutney along with Dosai, in snacks after lunch.”

“What followed was nightmare lasting for almost two years…Severe loss of blood to the tune of 30-40 per cent through anal bleeding. I barely could come back from Bangalore and was rushed to Zydus Cadila hospital in Ahmedabad,” Misra said.

“It was followed by severe breathing difficulty, unusual skin eruptions and skin shedding, loss of nails on feet and hands, terrible neurological issues due to hypoxia, skeletal pain, unusual sensations, one suspected heart attack and arsenic depositions and fungal infections on every inch of skin and internal organs,” he added.

According to Misra, treatment was received in Zydus Cadilla, TMH-Mumbai and AIIMS-Delhi over a period of two years.

“Famed forensic specialist, Dr. Sudhir Gupta told me that in his whole career, for the first time he was seeing a live specimen of a survivor of assassination attempt with fatal dose of assassination grade molecular As2O3. Otherwise his experience was limited to cadavers,” Misra said.

According to Misra, one of the Directors of ISRO centres had told him on June 5, 2017 of the possibility of poison given to me. “Probably, I guess, he witnessed poison mixing in my food.”

“On 7th June, MHA (Ministry of Home Affairs) security agency personnel met me and alerted me of Arsenic poisoning. I am thankful to them, as their info helped doctors to focus on exact remedy instead of scratching their heads with unusual signatures of my ailment,” he said in his post.

Misra said he had learnt that this poison is given in molecular level suspension (crystal level is harmless) just after a heavy meal.

“It is a colourless, odourless, tasteless suspension and hence cannot even be suspected. It gets absorbed through stomach during food ingestion, kills RBCs (red blood cells) immediately to such large extent that the fine blood vessels are clogged, leading to heart attacks and strokes within two to three hours and the victim can easily be passed off as heart attack death,” he said.

According to him, he did not take lunch that day and the amount of poison – mixed in chutney – was small quantity and the arsenic passed directly to colon region and most of them got ejected through bleeding.

“The motive appears to be espionage attack, embedded in the Government set up, to remove a scientist with critical contribution of very large military and commercial significance, like expertise in building Synthetic Aperture Radar,” he said.

In a much more serious allegation, Misra said: “I will also not rule out it also as a new modus operandi of adjusting seniority and clear me who was perceived as obstacle. Whatever may be the reason, it was a great shame for the country and our security apparatus.”

“I pleaded with two successive Chairmen to help me in getting justice. Kiran Kumar tried his best to convince me that my earlier case of squamous cell carcinoma is resurrecting. I personally talked to Dr. Kasturirangan and Shri Madhavan Nair and they developed cold feet,” Misra said.

The two past ISRO Chairmen A.S. Kiran Kumar and G. Madhavan Nair were not available for comment.

On the other hand, retired Chairman K. Kasturirangan declined to comment on the matter and told IANS that he was not with ISRO during that period.

In his post, Misra also that he was “bombarded with hundreds of threatening emails to keep my mouth shut”, while he had barely escaped from a “massive explosive incident, in which Rs 100 cr lab was destroyed. This happened on 3rd May 2018”.

Misra also alleged that on July 19, 2019, an Indian American Professor of one of the topmost US universities suddenly appeared in his office and requested not to utter a word in future and as a quid pro quo, his IIT-K grandson would be accommodated in a top notch college in USA.

“I declined and he left my office at 1430 hrs. And my thirty plus years contributing career was consigned to sinecure position at 1630 hrs. on the same day. I was removed from all responsibilities, including SAC Directorship,” Misra said.

He also alleged on July 12, 2019 — two days before the scheduled launch of Chandrayaan-2 (which was however postponed to July 22) — he was poisoned again, spent a long period in hospital, and is still under treatment.

Misra also alleged of a plant to defame him by doctoring the CCTV recording of his room on January 23 and 24 last year.

According to him, two incidents convinced him that the mysterious people who are after him and probably going to hit him hard before his retirement at the end of this month.

“All the signatures point to deliberate poisoning of my mentally challenged son with Covid 19. The poor boy, who cannot even speak or eat or carry out hygiene activities himself, had to be hospitalised for 10 days, followed by months of complications,” he alleged.

Misra also said that there was another attempt to poison him with arsenic in September.

Expressing faith in the security apparatus, Misra however said: “But these mysterious men are much more equipped, trained, lethal and determined to snuff out living witness of the most shameful incident of Indian science.”

“I put forward to Government, intellectuals and fellow scientists and my classmates and teachers, spread across the world, that all efforts should be made to keep me and my family safe and punish these mysterious men,” he said.

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Modi To Inaugurate India Int’l Science Festival On Tuesday

Prime Minister Narendra Modi is set to inaugurate the India International Science Festival 2020 on Tuesday, Union Health Minister Harsh Vardhan said on Monday…reports India Daily.

The festival, whose theme will be ‘Science for Self-reliant India and Global Welfare’ will commence on December 22 on the occasion of birth anniversary of famous mathematician Srinivasa Ramanujan and culminate on December 25, on the birth anniversary of former Prime Minister Atal Bihari Vajpayee.

“Prime Minister Narendra Modi will inaugurate the India International Science Festival 2020 at 4:30 p.m. tomorrow. On December 25, Vice President M. Venkaiah Naidu will participate in the closing ceremony,” said Harsh Vardhan during a press conference.

In between these days, there will be plenty of activities, where various political leaders will come, the health minister added.

The Ministry of Science and Technology and Ministry of Earth Sciences, in association with Vijnana Bharati, conceptualised the India International Science Festival in 2015 to promote science and technology.

Union Health & Family Welfare, Science & Technology and Earth Sciences Minister Harsh Vardhan addresses at the launch of the National Clinical Registry for COVID-19, Vaccine Web Portal, Mobile Stroke Unit and ICMR-NIN Documents, at ICMR headquarters, in New Delhi on Sep 28, 2020. (Photo: IANS/PIB)

The aim is to engage the public with science, celebrate the joy of science and show how Science, Technology, Engineering and Mathematics (STEM) can provide solutions to improve lives.

The goal of the IISF 2020 is to help youth develop 21st century skills, with a focus on scientific knowledge, creativity, critical thinking, problem-solving and teamwork. A long-term objective is to encourage students to study and work in scientific fields.
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