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Hypersensitive NMR/MRI Using Quantum Technology

量子技術を用いた高感度MRI/NMR

July 20, 2023 at 4:50 pm
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  • Sensing
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As a method to enhance MRI sensitivity, we utilize a spin hyperpolarization technique that we had studied for initialization of NMR quantum computers. We can increase nuclear spin polarization and NMR sensitivity with using the quantum process in pentacene or NV centers with an enhancement factor of 1,000-10,000 at room temperature. Hypersensitive NMR and MRI can be used for drug screening and evaluation of anti-cancer drug treatments.
Makoto Negoro, Associate Professor, QIQB, Osaka university

MRI感度を向上させる方法として、我々はNMR量子コンピュータの初期化で研究したスピン超偏極技術を研究している。ペンタセンやNV中心における量子力学的過程を利用することにより、核スピン偏極率とNMR感度を室温で1,000～10,000倍向上させることができる。高感度NMRやMRIは、創薬スクリーニングや抗がん剤治療の評価に利用できる。

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Featured Speaker(s):
Makoto Negoro

根来 誠 / Makoto Negoro

准教授 / Associate Professor QIQB, Osaka university

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Event Series Event Series: Sensing

Hypersensitive NMR/MRI Using Quantum Technology

July 20, 2023 @ 4:50 pm - 5:10 pm

Featured Speaker(s):
Makoto Negoro

根来 誠 / Makoto Negoro

准教授 / Associate Professor QIQB, Osaka university

As a method to enhance MRI sensitivity, we utilize a spin hyperpolarization technique that we had studied for initialization of NMR quantum computers. We can increase nuclear spin polarization and NMR sensitivity with using the quantum process in pentacene or NV centers with an enhancement factor of 1,000-10,000 at room temperature. Hypersensitive NMR and MRI can be used for drug screening and evaluation of anti-cancer drug treatments.

Makoto Negoro, Associate Professor, QIQB, Osaka university

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Date:
July 20, 2023
Time:
4:50 pm - 5:10 pm
Series:
Sensing
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