Operating System should be succesful as well, genius! It’s not halwa puri that you’ll sell on streets.
So make it successful by creating a reliable OS compared to Windows and Linux and create a software ecosystem that at least will be used within India. Doesn't Modi speak of Atmanirbhar Bharat ?
A side fact : VK Saraswat, the chief of the big Indian military tech research establishment DRDO as of 2010, had declared that year that DRDO had begun designing a local "futuristic" OS. Two years later the only development was, as he said, addition of 150 scientists and engineers working across the country to accomplish the OS. But cut to 2021 still no "futuristic" OS from DRDO. What did these 150+ do from 2010 to 2021 ?
Infosys is not a chip designing firm and that’s it, ask Facebook to design chips and make operating systems.
I answered that in previous posts.
We have developed a whole set of our own chips in logic types, DRAM, memory, AI optimising, photonics chips for our light based quantum computers.
Ah, that mysterious new Chinese microprocessor that has 2000 instructions. I have asked Chinese members in that big thread about Chinese H/W industry even about why the processor has as many as 2000 instructions and didn't receive satisfactory answer.
About memory, all you are doing is replicating current RAM and Flash technology. The American company Nantero is at least working towards a newer form of universal memory. What about in China ?
About optics-based quantum computer, good, but when will it be miniaturized ?
We have our own Harmony OS macrokernel type
1. The OS type is "microkernel" and not "macrokernel".
2. HarmonyOS turned out to be not a new OS but a variant of Android.
A farmer or construction worker can command soil excavation work from 100km away in another office.
The next evolution of agriculture is Vertical Farming and general Urban Farming.
We have innovated 3D stacking and wafer bonding chip fabrication and DUV already allows for 28nm with 14nm and 7nm lab scale production. EUV is a challenge and will take many years but in chip performance for transistor numbers, wafer bonding and 3D stacking is enough to make up for now. At least we have all of it.
I am honestly tired of the bragging by various companies about reduction of processor feature sizes to 7nm to 5nm but keeping the transistor technology traditional. People should be thinking of producing chips of those sizes but make them immune to environmental conditions like radiation. Currently, laptops can be used on the International Space Station but only because the ISS flies below the protective shield of Earth's magnetosphere. So companies should make themselves able to brag that their processors, with 5nm feature sizes, are operable even in the hard radiation of outer space.
This article is about an experiment on bringing back the concept of vacuum tube computers but miniaturized.
In most of pre industrial history, Asia, African, and Middle East were the highest civilizations with the most technologies, knowledge, skills, and innovation. Now look at us. The Japanese could not do anything but subsistence farming for most of their history and then they industrialized and organized well and innovated like crazy. Same with the Europeans. Indus peoples like nowadays Pakistanis were skilled mathematicians and builders of civilization when the Europeans were in tribes from the west of Rome. But today those Germans and French have a lot of skills and industry. This is about money and organization not about race or even culture that much.
Agreed with almost all of your post but not about the money part.
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