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2022-09-26
【DisplayTimes】Korea's KAIST develops soft vertical micro LEDs for stimulatβing, activating the brain and controlling behavior
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- Time of issue:2022-09-26
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(Summary description)A Korean academic team has developed a soft vertical micr♦o LED technology that can be placed in the brain of animals to control their acπtions with light, which is suitable for biomedical fields such as bra•in research and can also be used in smart phones, mobile device displays and wearable lighting products.
【DisplayTimes】Korea's KAIST develops soft vertical λmicro LEDs for stimulating, activating the brain and controlling behavi&or
(Summary description)A Korean academic team has developed a soft vertical§ micro LED technology that can be placed in the brain of animals to control their actions w♣ith light, which is suitable for biomedical fields ♥such as brain research and can also be used in smart phones, mobile device d&isplays and wearable lighting products.
- Categories:Industry News
- Author:
- Origin:
- Time of issue:2022-09-26
- Views:0
Information
A Korean research team at KAIST has developed a soft vertical micro LED mass →production technology.
A South Korean academic team has developed a soft vertical mic™ro LED technology that can be placed in the brains of animalσs to control their movements with light.
The Herald Business reported that a research team led by Professor Lee Kin-jae of the Department∏ of Life Sciences at the Korea Advanced Institute of Science and Technol"ogy (KAIST) has successfully developed a soft vertical micro L₩ED technology that can be placed in the brains of animals to control× their behavior with light.
The research team designed their own vertical LED device f£or mass production and successfully transferred 2,500 5~80um thin-film LEDs onto a plastic subs™trate with anisotropic conductive film (ACF) in par"allel to form a soft vertical micro LED.
Vertical Micro LEDs have 3 times higher luminous efficΩiency than horizontal Micro LEDs and solve the heat problem of thin-film LEDs, extending th¶eir service life, improving resolution and increasing product reliability.
Optogenetics, the use of light to control brain nerves, has r÷eceived much attention. The research team's research results can be selected to locally stimulate brain nerve cells, which can ×help to conduct precise brain analysis, produce high-resolution brain map and ∏control nerve cells.
The team placed a soft micro LED with a luminous in↑tensity of 30mW/mm2 into the brain of rats to stimulate ×nerve cells from the surface to the deep inner layer♠s of the brain, thereby controlling the movement of the rats. The technology is low-heat, so it does not damage the animal's b↑rain tissue and can be used as an invasive soft electronic system.
Li Jianzai has been working on micro LED technology since 2009 and has applied for more≈ than 20 patents at home and abroad, and has published more than 40 papers ₩in recent years as a corresponding author.
According to Li, the vertical micro LED and transfer≥ packaging technology developed by his research team can be used in smartphon≥es, mobile device displays and wearable lighting products where low power consumption is important, as well as in human brain↓ science research, light therapy, biosensors and many other fields.
A South Korean academic team has developed a soft vertical mic™ro LED technology that can be placed in the brains of animalσs to control their movements with light.
The Herald Business reported that a research team led by Professor Lee Kin-jae of the Department∏ of Life Sciences at the Korea Advanced Institute of Science and Technol"ogy (KAIST) has successfully developed a soft vertical micro L₩ED technology that can be placed in the brains of animals to control× their behavior with light.
The research team designed their own vertical LED device f£or mass production and successfully transferred 2,500 5~80um thin-film LEDs onto a plastic subs™trate with anisotropic conductive film (ACF) in par"allel to form a soft vertical micro LED.
Vertical Micro LEDs have 3 times higher luminous efficΩiency than horizontal Micro LEDs and solve the heat problem of thin-film LEDs, extending th¶eir service life, improving resolution and increasing product reliability.
Optogenetics, the use of light to control brain nerves, has r÷eceived much attention. The research team's research results can be selected to locally stimulate brain nerve cells, which can ×help to conduct precise brain analysis, produce high-resolution brain map and ∏control nerve cells.
The team placed a soft micro LED with a luminous in↑tensity of 30mW/mm2 into the brain of rats to stimulate ×nerve cells from the surface to the deep inner layer♠s of the brain, thereby controlling the movement of the rats. The technology is low-heat, so it does not damage the animal's b↑rain tissue and can be used as an invasive soft electronic system.
Li Jianzai has been working on micro LED technology since 2009 and has applied for more≈ than 20 patents at home and abroad, and has published more than 40 papers ₩in recent years as a corresponding author.
According to Li, the vertical micro LED and transfer≥ packaging technology developed by his research team can be used in smartphon≥es, mobile device displays and wearable lighting products where low power consumption is important, as well as in human brain↓ science research, light therapy, biosensors and many other fields.
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