Imagine you have a special device that can control the flow of microwaves. This device is like a gate that only lets the waves pass through in one direction and blocks them from going the other way.
To make this device, we use a special circuit with two parts. These parts are like mixers that combine different waves together. When we put the waves into these mixers, they change a little bit and become different from how they were before.
The waves that come out of the mixers are then combined together again. Even if they changed a little bit, we can still put them together. It's like putting puzzle pieces together even if they don't match perfectly.
The cool thing is that when the waves go through this device, they behave differently depending on which direction they're going. It's like a one-way street. If the waves go in one direction, they can pass through the device without any problems. But if they try to go in the other direction, they get blocked and can't pass through.
The device that was described in the abstract was made using parts that are easily available. It worked really well and blocked the waves from going in the unwanted direction, giving us more than 17 times less of those waves.
The abstract also mentions the possibility of making an even better device using a different kind of part that can make the waves stronger. It's like giving the waves a little boost. This new device could be made very small and fit on a tiny chip.
So, in simple terms, the abstract is talking about a device that can control the flow of microwaves and only let them go in one direction
To make this device, we use a special circuit with two parts. These parts are like mixers that combine different waves together. When we put the waves into these mixers, they change a little bit and become different from how they were before.
The waves that come out of the mixers are then combined together again. Even if they changed a little bit, we can still put them together. It's like putting puzzle pieces together even if they don't match perfectly.
The cool thing is that when the waves go through this device, they behave differently depending on which direction they're going. It's like a one-way street. If the waves go in one direction, they can pass through the device without any problems. But if they try to go in the other direction, they get blocked and can't pass through.
The device that was described in the abstract was made using parts that are easily available. It worked really well and blocked the waves from going in the unwanted direction, giving us more than 17 times less of those waves.
The abstract also mentions the possibility of making an even better device using a different kind of part that can make the waves stronger. It's like giving the waves a little boost. This new device could be made very small and fit on a tiny chip.
So, in simple terms, the abstract is talking about a device that can control the flow of microwaves and only let them go in one direction