Forwarded from The Right People Z
By 2030–2032, 122 Russian-made systems for microchip production will be implemented at domestic radio-electronic enterprises, according to this source.
Three R&D projects for manufacturing equipment have already been completed. These include:
– The "Progress PPI" project: a projection system for transferring images onto wafers with topologies down to 350 nm, developed by ZNTTs between 2021–2024
– A photomask pattern inspection system, known as the "Progress KTF" project
Nine more systems are scheduled for completion in 2025, such as:
– A molecular beam epitaxy system (by NTO JSC)
– Equipment for automated testing and training of microwave devices (RTU MIREA)
– A plasma-etching cluster (NIIME JSC)
– A system for germanium crystal growth, and others
By 2030, 110 additional design projects are planned for essential microelectronics manufacturing systems.
This is part of the electronic engineering development program, created by the Ministry of Industry and Trade and the MIET International Scientific and Technical Center.
The program includes four areas:
1️⃣Technological equipment
2️⃣Materials
3️⃣Chemicals
4️⃣CAD systems (computer-aided design)
In addition to the 122 systems, by 2030–2032 Russia plans to:
– Localize production of 313 chemical substances
– Develop 250 materials
– Implement 216 CAD tools
By the end of 2025, the following will be ready for deployment:
– 12 systems
– 63 chemical substances
– 60 materials
– 21 CAD tools
In 2026, the industry is expected to utilize:
– 57 equipment systems
– 91 chemical substances
– 77 materials
– 52 CAD tools
This number will gradually increase over time.
In 2025, mass production of 56 chemical materials will be launched.
In 2024, 7 materials were already developed, and 28 more are expected in 2026, for a total of 91 materials.
The program’s budget funding until 2030 is planned at over 240 billion rubles, according to a Ministry of Industry and Trade representative.
MIET estimates that over 400 types of equipment are used in Russia for microelectronics production, yet only about 12% of that can currently be produced domestically.
The goal is to substitute 70% of imported equipment and materials by 2030.
To guide this effort, 20 technological routes have been identified, including:
– Microelectronics (from 180 nm to 28 nm)
– Microwave electronics
– Photonics
– Power electronics
– Photomask production
– Electronic component and module assembly
– Passive electronics manufacturing, etc.
Government funding for the development of microelectronics is spread across various national programs.
For example, the latter program alone will invest over 100 billion rubles (2023–2025) in R&D for domestic equipment and materials for electronic component production.
From 2025 to 2027, total state support for the radio-electronic industry will amount to 246.1 billion rubles.
Between 2020 and 2024, 430.4 billion rubles were allocated for industry development.
By the end of 2026, the country plans to master wafer preparation on Russian-made equipment, including:
– Growing monocrystals
– Cutting, grinding, polishing
– Cleaning and drying
– Applying components
– Quality control (using X-ray diffractometers, defect inspection)
Also by late 2026, development of UV-range lithography systems for processors with 350 nm (ZNTTs + Belarusian "Planar") and 130 nm ("Optosistemy") features is planned.
In addition, an electron-beam lithography system for 150 nm will be created.
#info
#electronics #industry
Three R&D projects for manufacturing equipment have already been completed. These include:
– The "Progress PPI" project: a projection system for transferring images onto wafers with topologies down to 350 nm, developed by ZNTTs between 2021–2024
– A photomask pattern inspection system, known as the "Progress KTF" project
Nine more systems are scheduled for completion in 2025, such as:
– A molecular beam epitaxy system (by NTO JSC)
– Equipment for automated testing and training of microwave devices (RTU MIREA)
– A plasma-etching cluster (NIIME JSC)
– A system for germanium crystal growth, and others
By 2030, 110 additional design projects are planned for essential microelectronics manufacturing systems.
This is part of the electronic engineering development program, created by the Ministry of Industry and Trade and the MIET International Scientific and Technical Center.
The program includes four areas:
1️⃣Technological equipment
2️⃣Materials
3️⃣Chemicals
4️⃣CAD systems (computer-aided design)
In addition to the 122 systems, by 2030–2032 Russia plans to:
– Localize production of 313 chemical substances
– Develop 250 materials
– Implement 216 CAD tools
By the end of 2025, the following will be ready for deployment:
– 12 systems
– 63 chemical substances
– 60 materials
– 21 CAD tools
In 2026, the industry is expected to utilize:
– 57 equipment systems
– 91 chemical substances
– 77 materials
– 52 CAD tools
This number will gradually increase over time.
In 2025, mass production of 56 chemical materials will be launched.
In 2024, 7 materials were already developed, and 28 more are expected in 2026, for a total of 91 materials.
The program’s budget funding until 2030 is planned at over 240 billion rubles, according to a Ministry of Industry and Trade representative.
MIET estimates that over 400 types of equipment are used in Russia for microelectronics production, yet only about 12% of that can currently be produced domestically.
The goal is to substitute 70% of imported equipment and materials by 2030.
To guide this effort, 20 technological routes have been identified, including:
– Microelectronics (from 180 nm to 28 nm)
– Microwave electronics
– Photonics
– Power electronics
– Photomask production
– Electronic component and module assembly
– Passive electronics manufacturing, etc.
Government funding for the development of microelectronics is spread across various national programs.
For example, the latter program alone will invest over 100 billion rubles (2023–2025) in R&D for domestic equipment and materials for electronic component production.
From 2025 to 2027, total state support for the radio-electronic industry will amount to 246.1 billion rubles.
Between 2020 and 2024, 430.4 billion rubles were allocated for industry development.
By the end of 2026, the country plans to master wafer preparation on Russian-made equipment, including:
– Growing monocrystals
– Cutting, grinding, polishing
– Cleaning and drying
– Applying components
– Quality control (using X-ray diffractometers, defect inspection)
Also by late 2026, development of UV-range lithography systems for processors with 350 nm (ZNTTs + Belarusian "Planar") and 130 nm ("Optosistemy") features is planned.
In addition, an electron-beam lithography system for 150 nm will be created.
#info
#electronics #industry
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Forwarded from Jueri's Samizdat (Jueri Svjagintsev)
"Weinstein argues that the Epstein “construct” was what the military calls “dual use” --that is, that Epstein had multiple missions running concurrently.
One mission, of course, was that of running a grotesque sexual honeypot, exploiting minors, for purposes of blackmail.
But another, Weinstein argues, is the management and direction of Western science itself. Weinstein notes that Ghislaine Maxwell’s father, the late publishing magnate/reputed intelligence asset Robert Maxwell, founded the scientific imprint Pergamon Press, the Oxford-based imprint that published medical books and journals, which was bought by Elsevier, which is the main scientific publishing imprint (and the advance guard scientifically for the COVID/vaccine narrative; indeed, Elsevier created a “resource hub” about COVID for “librarians, campuses and health professionals”, an oddly activist offering from what is supposed to be a neutral scientific platform)."
https://naomiwolf.substack.com/p/the-network-in-the-worlds-of-the
One mission, of course, was that of running a grotesque sexual honeypot, exploiting minors, for purposes of blackmail.
But another, Weinstein argues, is the management and direction of Western science itself. Weinstein notes that Ghislaine Maxwell’s father, the late publishing magnate/reputed intelligence asset Robert Maxwell, founded the scientific imprint Pergamon Press, the Oxford-based imprint that published medical books and journals, which was bought by Elsevier, which is the main scientific publishing imprint (and the advance guard scientifically for the COVID/vaccine narrative; indeed, Elsevier created a “resource hub” about COVID for “librarians, campuses and health professionals”, an oddly activist offering from what is supposed to be a neutral scientific platform)."
https://naomiwolf.substack.com/p/the-network-in-the-worlds-of-the
Substack
"The Network" in the Worlds of the Elites
Baffled by President Trump's Response to the Epstein "Client List"? I Think I Get It.
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Forwarded from Robert
https://x.com/sayerjigmi/status/1946009545555251466?s=42&t=HOFC51owR7yVHZeRIbj3wg
How Scientism reinforces Scientism by censoring real Science and threatening those reporting real Science.
Scientism lives on lies
Scientism = Tyranny
How Scientism reinforces Scientism by censoring real Science and threatening those reporting real Science.
Scientism lives on lies
Scientism = Tyranny
X (formerly Twitter)
Sayer Ji (@sayerjigmi) on X
4 years ago, I was named in a propaganda campaign ("disinformation dozen") that destroyed my platforms, threatened my family & erased 2M followers overnight. Today, professors still spread these lies. My response to @guardian & @jayvanbavel - with receipts…
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Forwarded from /r/Mapporn
Forwarded from Traditional Britain Group
"A clear clear fault line is between those segments who want to improve institutions and those say we need to let them all burn."
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Forwarded from Coffee & Covid News
☕️HONEYPOT ☙ Friday, July 18, 2025 ☙ C&C NEWS🦠
The breaking Epstein news is so much more than what you think it is. A C&C Special Edition: Trump breaks the Democrats' scam of a honeypot. It's a wild one.
https://www.coffeeandcovid.com/p/honeypot-friday-july-18-2025-c-and
The breaking Epstein news is so much more than what you think it is. A C&C Special Edition: Trump breaks the Democrats' scam of a honeypot. It's a wild one.
https://www.coffeeandcovid.com/p/honeypot-friday-july-18-2025-c-and
Coffeeandcovid
☕️ HONEYPOT ☙ Friday, July 18, 2025 ☙ C&C NEWS 🦠
C&C Special Edition: Trump cracks the Epstein vault; Bondi moves to unseal grand jury files; Dems panic as trap backfires; media chaos begins; Disclosure Phase 1 is live—expect flares and fangs.
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Forwarded from From Russia with Love ❤️
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🇷🇺 In 7.5 months of 2025, the Russian Army has captured 2,395 square kilometers of Ukrainian territory. This is reported by the German publication Bild.
This is almost as much as the entire area of Luxembourg — a small European country. For comparison: in the whole of 2024, Russia occupied 3,388 square kilometers, which means the pace of advancement this year is several times higher.
This is almost as much as the entire area of Luxembourg — a small European country. For comparison: in the whole of 2024, Russia occupied 3,388 square kilometers, which means the pace of advancement this year is several times higher.
Forwarded from Blofeld’s Undersea Lair (You Only Live Twice)
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YES WE CAN
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"By 1963, JFK was actively working to prevent the spread of systems-based governance. As part of the CIA house-cleaning effort following the Bay of Pigs disaster, he dismissed Robert Amory Jr., the CIA's Deputy Director of Intelligence who was investigating embedding systems theory into intelligence operations, and who with Arthur Schlesinger Jr promoted a ‘World Congress for Freedom and Democracy’ which would transfer power to large foundations. But Kennedy didn't simply fire Amory — he had him wiretapped, indicating the president viewed the now-former left-wing CIA DD/I as a genuine threat. Kennedy might well have come to understand that PPBS wasn't just a budgeting tool, but rather an architecture of technocratic control. He certainly began to express skepticism about systems analysis in general.
"And that's likely when Kennedy became a problem that had to be solved."
https://escapekey.substack.com/p/the-moscow-connection#:~:text=By%201963%2C%20JFK,to%20be%20solved.
"And that's likely when Kennedy became a problem that had to be solved."
https://escapekey.substack.com/p/the-moscow-connection#:~:text=By%201963%2C%20JFK,to%20be%20solved.
Substack
The Moscow Connection
What did David Rockefeller discuss in Moscow in 1964?
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Forwarded from Working Men Memes (Atomic Rooster)
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Forwarded from Hacker News
Krebs on Security
Try This One Weird Trick Russian Hackers Hate
In a Twitter discussion last week on ransomware attacks, KrebsOnSecurity noted that virtually all ransomware strains have a built-in failsafe designed to cover the backsides of the malware purveyors: They simply will not install on a Microsoft Windows computer…
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Forwarded from One America News Network
House Republicans approve Trump’s rescissions package: ‘Now heading to President’s desk for his signature’
Article Link
House Republicans finally approved the $9 billion rescissions package aimed at reversing previously authorized federal foreign aid expenditures, in addition to the publicly-funded left-leaning outlets NPR and PBS.
Article Link
House Republicans finally approved the $9 billion rescissions package aimed at reversing previously authorized federal foreign aid expenditures, in addition to the publicly-funded left-leaning outlets NPR and PBS.
Forwarded from 𝕀𝕟𝕗𝕠 addict
This is the heart of a Blue whale. Weighing in excess of 1,300 lbs (±600 kg), it is the size of a small car. The gigantic heart beats 8-10 times per minute, and each heartbeat can be heard from over 2 miles (3.2 km)
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