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I want to know how did they acquire this technology. I've heard china simply steals technology (or atleast accused of stealing by western media), but what about

I want to know how did they acquire this technology. I've heard china simply steals technology (or atleast accused of stealing by western media), but what about india, does India too steals technology or what exactly is their process to get the technology they need? Are these scientists working for Isro previously worked for other organizations like NASA where they acquired know how from? And if it's really homegrown technology, then why we haven't seen better phones or drones or 3d printer or whatever new, coming out of India? Or does it mean, in India innovation which is not supported by government, doesn't take off? Not sure why I am being downvoted , I asked this question in good faith.

mkl 7y ago
Why are you assuming that Indian scientists and engineers cannot develop things themselves? That is bad faith.
- gingabriska 7y ago
  Chinese scientists and engineers can also develop things themselves, then why are they accused of stealing technology often? If something is possible doesn't mean it's the best option they've on hand.
TazeTSchnitzel 7y ago
Intellectual property rights lasting more than a short time are theft from humanity. Their ostensible reason to exist is to contribute to our shared cultural inheritance, and yet.
hereiskkb 7y ago
Is there no other way to do things other than stealing? India's space program goes back to the late 60s. When faced with technology sanctions from the United States, they studied up the fundamentals, researched by trial and error and learnt from the mistakes and sucesses of other bigger space organizations. They know their limits, in terms of budget and governmental support. But they've persisted and continuously pushed their own limits, come up with the most efficient ways of achieving missions. Ex, Mangalyaan, Chandrayaan 1 and now the Chandrayaan 2. India has even launched a constellation of its own Positioning System of Satellites, the IRNSS, which is yet to be comissioned into public use. In short, ISRO has simply learnt to be efficient and adaptive. Relied extensively on first principles and fundamentals. It is an really inspiring story of ingenuity and innovation. More "discovered and developed" than "acquired".
thooranpoyi 7y ago
Solipsism at its best.
switchb4 7y ago
Are you even a scientist that you are talking about dynamics of exchange of technology? I mean are you qualified enough to talk like this? Just asking in good faith
- gingabriska 7y ago
  No I am not qualified, neither I am scientist. And probably, that's why I am curious
valarauko 7y ago
To answer your question specifically, certain design elements were licensed from other countries, before being largely indigenized. For example, the Vikas engines were initially developed in the 70s, from Ariane's Vulcan engines. This family of engines powers the second stage of the current mission. Cryogenic engines were initially bought from Russia, but economic sanctions in the late 90s-mid 2000s forced India to develop its own indigenous cryogenic engines. These were based on the Russian models the Indian engineers were already familiar with, though it delayed the development of India's space program by at least a decade.

mkl 7y ago

Why are you assuming that Indian scientists and engineers cannot develop things themselves? That is bad faith.

gingabriska 7y ago
Chinese scientists and engineers can also develop things themselves, then why are they accused of stealing technology often? If something is possible doesn't mean it's the best option they've on hand.

TazeTSchnitzel 7y ago

Intellectual property rights lasting more than a short time are theft from humanity. Their ostensible reason to exist is to contribute to our shared cultural inheritance, and yet.

hereiskkb 7y ago

Is there no other way to do things other than stealing? India's space program goes back to the late 60s. When faced with technology sanctions from the United States, they studied up the fundamentals, researched by trial and error and learnt from the mistakes and sucesses of other bigger space organizations. They know their limits, in terms of budget and governmental support. But they've persisted and continuously pushed their own limits, come up with the most efficient ways of achieving missions. Ex, Mangalyaan, Chandrayaan 1 and now the Chandrayaan 2. India has even launched a constellation of its own Positioning System of Satellites, the IRNSS, which is yet to be comissioned into public use. In short, ISRO has simply learnt to be efficient and adaptive. Relied extensively on first principles and fundamentals. It is an really inspiring story of ingenuity and innovation. More "discovered and developed" than "acquired".

thooranpoyi 7y ago

Solipsism at its best.

switchb4 7y ago

Are you even a scientist that you are talking about dynamics of exchange of technology? I mean are you qualified enough to talk like this? Just asking in good faith

gingabriska 7y ago
No I am not qualified, neither I am scientist. And probably, that's why I am curious

valarauko 7y ago

To answer your question specifically, certain design elements were licensed from other countries, before being largely indigenized. For example, the Vikas engines were initially developed in the 70s, from Ariane's Vulcan engines. This family of engines powers the second stage of the current mission. Cryogenic engines were initially bought from Russia, but economic sanctions in the late 90s-mid 2000s forced India to develop its own indigenous cryogenic engines. These were based on the Russian models the Indian engineers were already familiar with, though it delayed the development of India's space program by at least a decade.