News on China's scientific and technological development.
- Thread starter Quickie
- Start date
D
Deleted member 15887
Guest
Good news everyone! Looks like America and Japan are doubling down on O-RAN, which I can tell you right now is basically dumping money in a hole if they intend to compete with 5G/6G.
Good to see that some pressure is taken off Huawei now.
Last edited by a moderator:
O-RAN is rubbish. The US still thinks that they can do everything with software lol
Let them live in their delusions
Hendrik_2000
Lieutenant General
Yup they are putting their money on bottomless pit anyway here is an excellent presentation by CGTN on Quantum computer
Leading scientists have been seeking for new Holy Grail – "quantum supremacy." The term "quantum supremacy" does not indicate any technological superiority of one country over another, but rather the enormous computing advantage of quantum computers over classical computers, the latter can vary from the office laptop you type on, to those supercomputers that require an entire building to house. For more:
Leading scientists have been seeking for new Holy Grail – "quantum supremacy." The term "quantum supremacy" does not indicate any technological superiority of one country over another, but rather the enormous computing advantage of quantum computers over classical computers, the latter can vary from the office laptop you type on, to those supercomputers that require an entire building to house. For more:
Impressive video.
Do you know if Huawei is using High Definition maps?
If it does then it would be a bit disappointing as it is really difficult to scale up with that method.
However by selling the car nationwide it might mean that they have a more robust and flexible method for scaling it to the whole China
Hendrik_2000
Lieutenant General
@gadgetcool You ask if China has muon research here it is Chinese scientist leading research into bridging Einstein universe theory and Quantum mechanics
The Muon g-2 ring sits in its detector hall amids electronics racks, the muon beamline, and other equipment. The experiment studies the precession (or wobble) of muons as they travel through the magnetic field. Photo: Fermilab
Li Liang is chasing a ghost particle.
For almost a decade, the professor of particle physics at Shanghai Jiao Tong University has given up every summer and winter break to join an international search for an unknown particle that will, in the best-case scenario, make Einstein turn in his grave.
Li has had to travel frequently between China and the United States. The project, known as the
, is based in the Fermi National Accelerator Laboratory (Fermilab) near Chicago. China contributed some key components, including crystals in the heart of the detector system. Li’s team was involved in the project from the start, from experiment design and hardware assembly to computer coding and data analysis.
As the experiment encountered one technical obstacle after another, political tension between China and the US escalated. The Chinese team had to wait longer than ever to get their visas. Then the Covid-19 pandemic hit.
But on April 7, after months of delay, the project team published its first milestone findings. Data suggested that, with a 99.7 per cent likelihood, the ghost particle exists.
It was not final proof yet –more data would be needed to reach the 99.977 per cent certainty to confirm a new discovery – but physicists around the world are already getting excited. For those trying to break the most fundamental law in physics, search for a brand new force, understand dark matter, or build a bridge between quantum physics and Einstein’s universe, this unknown particle could be their biggest hope in decades.
“Science should transcend politics,” Li said in a telephone interview on Wednesday.
EVERY SATURDAY
Li said he was working with several teams in China on the blueprint for a muon collider. The unknown particle might appear when two muons run into one another. There are several candidate locations where the collider could be built, including Huizhou and Dongguan in Guangdong, a coastal province in southern China. Chinese researchers are evaluating the pro and cons of different technical approaches.
Chinese physicist hunts for a ghost particle, undeterred by US-China friction
- Li Liang has worked for nearly a decade on the Muon g-2 experiment involving 200 researchers from seven countries at Fermilab in the US
- Teams in China are working on the blueprint for a muon collider with sites in Guangdong province among candidates to host the potential project
The Muon g-2 ring sits in its detector hall amids electronics racks, the muon beamline, and other equipment. The experiment studies the precession (or wobble) of muons as they travel through the magnetic field. Photo: Fermilab
Li Liang is chasing a ghost particle.
For almost a decade, the professor of particle physics at Shanghai Jiao Tong University has given up every summer and winter break to join an international search for an unknown particle that will, in the best-case scenario, make Einstein turn in his grave.
Li has had to travel frequently between China and the United States. The project, known as the
, is based in the Fermi National Accelerator Laboratory (Fermilab) near Chicago. China contributed some key components, including crystals in the heart of the detector system. Li’s team was involved in the project from the start, from experiment design and hardware assembly to computer coding and data analysis.
As the experiment encountered one technical obstacle after another, political tension between China and the US escalated. The Chinese team had to wait longer than ever to get their visas. Then the Covid-19 pandemic hit.
But on April 7, after months of delay, the project team published its first milestone findings. Data suggested that, with a 99.7 per cent likelihood, the ghost particle exists.
It was not final proof yet –more data would be needed to reach the 99.977 per cent certainty to confirm a new discovery – but physicists around the world are already getting excited. For those trying to break the most fundamental law in physics, search for a brand new force, understand dark matter, or build a bridge between quantum physics and Einstein’s universe, this unknown particle could be their biggest hope in decades.
“Science should transcend politics,” Li said in a telephone interview on Wednesday.
EVERY SATURDAY
Li said he was working with several teams in China on the blueprint for a muon collider. The unknown particle might appear when two muons run into one another. There are several candidate locations where the collider could be built, including Huizhou and Dongguan in Guangdong, a coastal province in southern China. Chinese researchers are evaluating the pro and cons of different technical approaches.
Yeah sorry. This is not something for China to be proud of. Why does a Chinese scientist has to fly over the world to conduct research?
Thats because China is stingy with its money and it is not properly funding basic science projects.
And because of this unwillingness, China is losing its scientists to the US because it doesnt have the necessary facilities to conduct research.
China better fund CEPC and other science projects if it wants to become a "scientific powerhouse" as Xi himself has said.
Hendrik_2000
Lieutenant General
Not really you need time to build the research facility and no country can do it alone even US it is world wide collaboration and He didn't live in US he commute! US has a lead in experimental physics out of legacy of WW II
Experimental physics is capital intensive and need tons of money
Thats non only him though. How many Chinese scientists do research on CERN?
Thats why CEPC should be a top priority. In addition to getting back these Chinese scientists from CERN, it can also attract foreign scientists to come in China and do their research in CEPC.
Win-Win for China
Time to pay up for CEPC, otherwise all this "scientific powerhouse" talk will be empty talk, for Particle Physics at least
Btw, China definetely has the money for CEPC