Saffron is an inexpensive and readily available spice that’s a good source of iron, manganese, sodium and magnesium. Saffron can be used either dry or cooked and is also highly concentrated with very small amounts of water. It’s a food preservative and is highly recommended when baking. Saffron can be dried and it can also be cooked. It’s also a beautiful color!
Saffron is easy to cook and tastes great straight out of the tin. You don’t even need a spice grinder but you will find a convenient option in your kitchen. I always find I need a pinch more when I cook with it as it is very potent.
Saffron is a pretty common spice because of its popularity and as well as it being an inexpensive source of nutrients and iron. It is a wonderful addition to salads, sauces, soups, salads, roasted and baked vegetables and to sandwiches to add a subtle and tasty spice taste.
You will love this recipe for Saffron Crostini!
It will make your head spin to think that a group of engineers has invented the world’s fastest, most sensitive and efficient microphone, but that’s exactly what a group of researchers at Imperial College London have done.
It’s called the Infrasonic Scanner (IS), a device that produces frequencies as high as 15,000 hertz, or a billion times more powerful than those previously recorded using conventional scanners.
Unlike traditional radar, which aims to pick up sound waves, the IS measures the change in the intensity of a signal and can measure the distance travelled and time taken from within 3 metres of a transmitter. That means it can use radio waves to pinpoint even the smallest and most distant sources of disturbance or noise.
The Infrasonic Scanner is essentially a multi-phase microphone that’s made up of two layers: the first is a waveguide that acts as a resonator for sound waves, while the second serves as a phase mirror for the signal. A radio transmitter is placed on either of the two surfaces and an electric current is sent through the waveguide to create a magnetic field.
“We have now used the ability to create a phase mirror within a waveguide as a way to create a low-noise radar system,” says John Smeaton, of Imperial College London.
This means that the scanner can focus a beam of radio waves onto more precise targets within a range of thousands of metres.
The device has been
saffron plant growing time, how many years ago was the first saffron planted tank forum, how many years ago was the first saffron planted earth, how many years ago was the first saffron planted seats inc, saffron flower season