If you are continuously leaving your phone then we have some good news
for you - researchers have found a way to make the smartphone screen
smash-proof.
Fix a cracked iPhone screen: how difficult can it be?
Phone with fatwetts can soon be a thing of the past, along with new research as well as the way to develop a smash-proof screen. Source:
Researchers have unearthed one of the most troublesome first-world problems in life - a dangerous cracked phone screen
But in the fear of meeting with one of the truthful screens or fear of meeting one, soon after the research of the National University of Australia (ANU), it will soon be a thing of the past by moving forward to the development of rebuff-proof glass for mobile phones. May be.
Aluminosilit is a glass that is used to make smartphone screens, and it is a common component in many phones, chief lecturer Charles Le Loss said that there really is not much known at the astral level.
A new atomic structure could be set in the pan by adding different elements in the structure of the glass, such as sodium and potassium.
The glass used for the smartphone screen can be the next step in developing a research smash-proof phone.
The glass used for the smartphone screen can be the next step in developing a research smash-proof phone.
These changes can be developed to break and make more resistant to more flexibility.
"We assume that we can use this knowledge to discover new properties and make glass difficult," Dr. Le Lock told ABC.
"This will require more work of course and some collaboration with the industry will also be required, we can now build on it, but we are probably talking about the frame of five to 10 years."
To increase the stability of glass, Dr. Le Lock's research started at the Institute de Physique du Globe d'Paris, where he was working in 2010.
He continued to work on changing the structure of the material when he later moved to ANU in Canberra.
Overall, seven researchers from six universities in Australia, France, Britain and China have collaborated on the study.
However, he has not yet figured out how to make a fully shut-off phone screen, Dr. Law Lock says that this new development is a step in the right direction.
"The structure of glass for the physics community is still a continuous problem, so it is very important to make the first step."
Fix a cracked iPhone screen: how difficult can it be?
Phone with fatwetts can soon be a thing of the past, along with new research as well as the way to develop a smash-proof screen. Source:
Researchers have unearthed one of the most troublesome first-world problems in life - a dangerous cracked phone screen
But in the fear of meeting with one of the truthful screens or fear of meeting one, soon after the research of the National University of Australia (ANU), it will soon be a thing of the past by moving forward to the development of rebuff-proof glass for mobile phones. May be.
Aluminosilit is a glass that is used to make smartphone screens, and it is a common component in many phones, chief lecturer Charles Le Loss said that there really is not much known at the astral level.
A new atomic structure could be set in the pan by adding different elements in the structure of the glass, such as sodium and potassium.
The glass used for the smartphone screen can be the next step in developing a research smash-proof phone.
The glass used for the smartphone screen can be the next step in developing a research smash-proof phone.
These changes can be developed to break and make more resistant to more flexibility.
"We assume that we can use this knowledge to discover new properties and make glass difficult," Dr. Le Lock told ABC.
"This will require more work of course and some collaboration with the industry will also be required, we can now build on it, but we are probably talking about the frame of five to 10 years."
To increase the stability of glass, Dr. Le Lock's research started at the Institute de Physique du Globe d'Paris, where he was working in 2010.
He continued to work on changing the structure of the material when he later moved to ANU in Canberra.
Overall, seven researchers from six universities in Australia, France, Britain and China have collaborated on the study.
However, he has not yet figured out how to make a fully shut-off phone screen, Dr. Law Lock says that this new development is a step in the right direction.
"The structure of glass for the physics community is still a continuous problem, so it is very important to make the first step."
Much about Technology and a bit about Everything. We provide high quality of Information and tips tricks than bookmark us.updates daily.Have a Visit.
No comments:
Post a Comment