Dyson opens S$587m R&D centre at Singapore Science Park

Dyson opens S$587m R&D centre at Singapore Science Park

By Nicole Tan  Posted 13 Feb 2017 14:59 Updated 13 Feb 2017 15:10
The new facility will focus on developing new technologies for the future including artificial intelligence, machine learning, robotics, fluid dynamics and vision systems. (Photo: Nicole Tan)

SINGAPORE: British technology firm Dyson, known for its vacuum cleaners and bladeless fans, opened a new £330 million (S$587 million) research and development centre at the Singapore's Science Park on Monday (Feb 13).

The facility will focus on developing new technologies for the future, including artificial intelligence, machine learning, robotics, fluid dynamics and vision systems.

It will house the Global Technology Centre of Excellence, which will lead downstream research and development for new product categories and Internet of Things technologies to support the firm's move into the smart homes market.

Dyson's founder and chief engineer James Dyson said engineers at the new facility will work on bringing hardware, electronics and software together.

"The software is propelling hardware companies at a faster rate than software is propelling software companies. The power comes from the two working together,” he said. “Dyson is focusing on developing intelligent technology and making products which know and anticipate what you want before you do. Machine learning gives our products the intelligence to understand and react to the environment."

Speaking at the launch, Trade and Industry (Industry) Minister S Iswaran said Singapore will continue to work with industry partners to support innovation and internationalisation.

"These efforts will better position our enterprises to seize opportunities in growth sectors such as advanced manufacturing and the digital economy, as well as create good job opportunities for our people,” said Mr Iswaran.

Dyson, which currently employs 1,100 people in Singapore, said it plans to grow its Singapore-based engineering team by 50 per cent. It is seeking talent across a broad range of engineering disciplines, including connectivity, motors, sensors, robotics and software. The new centre will create an additional 190 jobs over the next five years.

- CNA/xk



- wong chee tat :)

Field Emission Cathodes and modelling

While surfing the internet and searching some journals from the local library databases, I came across the above picture. I can't remember where I got it from.

Basically, it is a array of Field Emission cathodes. You can see it with your naked eyes. It is typically quite small (microns or nm).

Notice the shape of the individual cathodes are very much like pencil or permanent markers or even some candles. If we consider only one such cathode and consider the tip, it would like similar like this model:





Well, you can say that the model (second picture) does not look the same as that the first picture, but if you decrease the width of the FE cathode, the resulting model would look similar to the model.

Looking at the model, it is plotted in x-y coordinates or simply y is a function of x,
y =f(x), where x is a complicated equation and I don't want to put it here.

Since we know the relationship between y and x, how can we make it sharper or as sharp as possible at the tip of the cathode?


- wong chee tat :)

Magnetic Portals Connect Sun and Earth

Magnetic Portals Connect Sun and Earth




Approximately every eight minutes, the two fields briefly merge or "reconnect," forming a portal through which particles can flow. The portal takes the form of a magnetic cylinder about as wide as Earth.

[more]

- http://science.nasa.gov/headlines/y2008/30oct_ftes.htm

- wong chee tat :)