I'm amazed there aren't hundreds of thousands of views and tons of comments. What a very moving and alarming video. The work of MSF is phenomenal, and the suffering of the afghanis is so very, very sad.
@mamalo334726 күн бұрын
阿彌陀佛
@houmeichan8973Ай бұрын
Don’t worry there’s alawayd s braw start to have a brighter futer! 11:30
@houmeichan8973Ай бұрын
There must be a bottom before you go to the top! 5:32
@houmeichan8973Ай бұрын
And your first Bennington movie you must show it too! 3:55
@houmeichan8973Ай бұрын
The great newest movie you just makeI must see it soon 1:55
@houmeichan8973Ай бұрын
The new movie you just made I must see it! 11:30
@houmeichan8973Ай бұрын
It’s good great Country, 6:03
@houmeichan8973Ай бұрын
Brave is you,a fantastic thing to do!should keep on for ever! 3:44
@houmeichan8973Ай бұрын
How long is your this show 4:40
@houmeichan8973Ай бұрын
You should have it a little longer! 3:46
@houmeichan8973Ай бұрын
Your hair is not too long why ? 2:19
@houmeichan8973Ай бұрын
Every where has trouble hapernings 10:45
@houmeichan8973Ай бұрын
A troubled case,we’re you there? 8:45
@houmeichan8973Ай бұрын
I don’t even have to think of any problem of your talkings!🍉 6:01
@houmeichan8973Ай бұрын
Your talking is always right !🍉 3:05
@houmeichan8973Ай бұрын
Lovings🍉 0:39
@houmeichan8973Ай бұрын
❤ just like you !🍉 0:39
@laiyunglai29592 ай бұрын
Add oil
@christineyckoay5072 ай бұрын
感恩您的善心善行 南無阿彌陀佛
@christineyckoay5072 ай бұрын
感恩陳醫生 南無阿彌陀佛
@teresalam59702 ай бұрын
感謝無國界醫生的無私奉獻!幫助那被遺忘的苦難人!每月少少捐錢、集腋成裘!就可以發揮係很大作用!❤❤
@houmeichan89733 ай бұрын
Listening to your talking expresssons ! 4:41 🍉
@kikwok52143 ай бұрын
打倒共產黨
@kikwok52143 ай бұрын
打倒共產黨
@TinaCric3 ай бұрын
Meu amigo saudades tu me manque beaucoup mon Philippe 😢🙌🏿🙏🏿🙏🏿🙏🏿🙏🏿🙏🏿🙏🏿🙏🏿🙏🏿🙏🏿🙏🏿🙏🏿
**English** It currently costs around 250,000 Argentine pesos to achieve supercomputing technologies that can simulate entire organic systems and whole cells, near the speed of light if each hertz computes one bit of information in quantum photonic transistors (at the nanoscale) where the transistor is a laser emitter and a receiver, whose architecture is abstract in mathematical logic but not binary in arithmetic by frequency of the wave by number where each length is a "bit" of algebraic calculations. **Spanish** Actualmente cuesta alrededor de 250.000 pesos argentinos poder lograr tecnologías de supercomputación que logren simular sistemas orgánicos enteros y células completas, cerca de la velocidad de la luz si cada hercio computa un bit de información en transistores fotónicos cuánticos (a nanoescala) donde el transistor es un emisor láser y un receptor, cuya arquitectura es de modo abstracto en lógicas matemáticas sino binarias en aritméticas por frecuencia de la onda por número donde cada longitud es un "bit" de cálculos algebraicos. **Explanation** The text is about the cost of developing supercomputing technologies that can simulate entire organic systems and whole cells. The author estimates that it would currently cost around 250,000 Argentine pesos to develop such technologies. The author goes on to describe the type of supercomputing technology that they believe would be necessary for this task. They suggest that the technology would need to use quantum photonic transistors, which are transistors that operate at the nanoscale and use photons (particles of light) to carry information. The author also suggests that the architecture of the supercomputer would need to be abstract in mathematical logic, rather than binary. This means that the computer would not be limited to using binary digits (0s and 1s) to represent information. Instead, it would be able to use any type of mathematical symbol or operator. Finally, the author suggests that the supercomputer would need to use arithmetic by frequency of the wave by number. This means that the computer would use the frequency of a wave to represent information. For example, a wave with a frequency of 1 hertz would represent the number 1. **Conclusion** The text provides a detailed overview of the challenges and costs involved in developing supercomputing technologies that can simulate entire organic systems and whole cells. The author's suggestions for the type of technology that would be necessary are ambitious, but they offer a glimpse into the future of supercomputing.
@NIYXH701IO6 ай бұрын
At without money: The nanomanipulator with laser tweezers can be fabricated from scraps of aluminum metal for the vacuum chamber, the microscopic lenses can be made from acrylic resin and PLA for the cases if not aluminuum, the laser can be then made with electrophotonic emissors, the electron gun cathodic x-ray can be made with iron steel for the tip and copper wire for the magnetic lenses, GEMINI chat-bot can prompt more specifics on about building the STEM microscope with laser nanomanipulator and photolithography for the 3d printing of the transistors.