The method of making carnation crepe paper is as follows:

1. Step 1: Wrap a piece of wire into the center of the flower.

2. Step 2: Tie the flower center and fold it in half.

3. Step 3: Take a small roll of crepe paper, cut openings on both sides, leaving about two centimeters uncut in the middle.

4. Step 4 | Open the crepe paper roll and thread the wire from one end to the other.

5. Step 5: While threading, rotate and push to the core of the flower.

6. Step 6: Superimpose it into the shape of a flower and cut off the remaining paper.

7. Step 7: Cut the green paper into leaf shapes.

8. Step 8: Use green paper to cut out the receptacle shape.

9. Step 9: Cut and paste the receptacle under the flower.

10. Step 10: Roll the green floral paper tape on the wire and wrap it around the leaves.

For children, origami games have many benefits. Origami can exercise the flexibility of children's fingers and develop their hands-on and innovative abilities; objects, small animals, vehicles, etc. in daily life can be transformed into origami images. In the process, children's spatial imagination will also be improved.

For the elderly, origami games can not only help them use their brains and activate their thinking, thereby achieving comprehensive coordination of the trinity of hands, eyes, and brain, but can also prevent memory loss in the elderly. Some nursing homes use origami games. as a therapeutic approach to patient recovery.

The "origami mathematics" derived from the art of origami uses equations to prove that in theory any geometric form can be simulated with origami. With the help of computer software-assisted design, origami researchers can now fold more complex shapes than ever before.

Japan’s Tetsu Kamiya used a square piece of paper 2 meters by 2 meters to fold out a dragon, with its scales and claws clearly visible. It is said that there are probably no more than 20 people in the world who have successfully folded this highly difficult form of origami.

On the other hand, modern origami is no longer just an art, but has developed into a new science: origami mathematics. It has been used in satellite solar panels, car airbag storage methods, and even the structural design of the Hubble Space Telescope partly benefited from the help of origami mathematics.