What is high breakthrough field?

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In summary, the article discusses the use of "high breakthrough field" in MOSFET transistors for thin film displays. This refers to the ability of the transistors to withstand high electric field gradients without breaking down. However, the full article is not accessible as it is behind a paywall.
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DirecSa
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I have read in the following article the expression "high breakthrough field": https://link.springer.com/article/10.1557/PROC-871-I9.6

I tried to find out in the internet what is the definition of that and what it refers to in the transistors but I couldn't find anything!

Thank you in advance!
 
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The paper is behind a paywall.
The paper reports on the design of MOSFET transistors for use in thin film displays.

When turned off, the breakdown voltage of the transistor must withstand the maximum display voltage across a thin dielectric. The dielectric must withstand a high electric field gradient without breaking down.
 
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1. What is high breakthrough field?

High breakthrough field refers to a field of study or research that is making significant advancements and discoveries at a rapid pace. This can also refer to a particular area of science or technology that is experiencing a high level of innovation and progress.

2. How is high breakthrough field determined?

High breakthrough field is determined by the rate of progress and impact of the research being conducted within a particular field. This can be measured by the number of groundbreaking discoveries, publications, and patents that are being produced, as well as the level of interest and investment from the scientific community.

3. What are some examples of high breakthrough fields?

Some examples of high breakthrough fields include artificial intelligence, biotechnology, renewable energy, and quantum computing. These fields are constantly evolving and making significant contributions to various industries, such as healthcare, transportation, and communication.

4. Why is high breakthrough field important?

High breakthrough field is important because it drives innovation and progress in various areas of science and technology. It allows for the development of new technologies, treatments, and solutions that can improve our lives and address global challenges. It also attracts top talent and investment, leading to economic growth and competitiveness.

5. How can one contribute to a high breakthrough field?

One can contribute to a high breakthrough field by staying informed and up-to-date on the latest research and developments, collaborating with other experts in the field, and conducting innovative research. Additionally, supporting and investing in these fields can also help drive progress and breakthroughs.

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