Recently, an experiment has backed the fact that false implant memories into a bird can be a success. The research used Zebra Finches to support the point which has traits of learning songs from their fathers.
In research, scientists helped birds to memorize new tunes without even listening to their father. False memory implantation has a considerable contribution to this research.
The Intention Of The Implant False Memories Into Bird Experimentation
This strange experimentation had the motive to discover the route of the brain, which enables the encoding of the notes of the tune in a bird’s mind.
Ultimately, this has helped in drawing parallels with the pathways of memory of the human mind. Speculations are even there that this can prove beneficial for enhancing the process of language learning in people with autism. With mere observation, they would be able to achieve the goal even if they have autism.
The experiment targets the genes and the neurons to bring about some behavioral alterations miraculously. It can even help autistic people to learn piano as well as different languages. Thus, it can ultimately be an excellent achievement for medical science to improve the communication ways of those physically challenged people.
How Did The Research Start?
Zebra finches are the small birds and are found to be socially native to Central America. They are the loveliest pets in the households of the area. Observing their behavior closely, one thing that came to the highlight is that these birds are just like human babies. They learn by imitating everything that they hear, especially tunes from their fathers. They listen to their father singing, and they put themselves to practice. This trait of zebra Finches is the base of the whole experiment.
How Did The Experiment Head-On?
In the first step, scientists tracked neurons of these birds without exposing them to tunes. Exceptional concepts of ontogenies were observed and implemented. The technique involved the make the use of the light to control the behavioral pattern of proteins in the neurons or the photosensitive brain cells. The researchers also controlled the neuron fires. The brain activity was then altered with the use of a tool that helps in sending the tune to specialized songbird brain sites, which are otherwise known as HVC.
By focusing the light on a rhythmic manner, the researchers finally accomplished the goals of encoding the information in the memory of the birds. The result was just like a father finch teaching the younger ones. But what made it miraculous was, the bird could sing the tunes which are encoded in its brain without even hearing it ever in the past.
Language Learning Program With Implant False Memories into Bird
The coding cannot be enough for them to sing a full song, but the birds also have to learn the pitch and other aspects of instilling melody in tune. Thus, this process is not everything that the bird requires to know. Teaching the birds to sing a full song can also be possible shortly, but we are far away from that.