为了适应新一代电子技术的日益发展，开发各种新型存储器显得日益重要。与传统存储器相比，新一代的存储器不但需要更高性能的记忆特性，还需要可以满足灵活性、透明性或神经形态功能等特定应用的需求。本文以有机半导体材料C8-BTBT作为半导体层，PVP量子点共混作为浮栅提出了一种有机透明存储器（透明度≥83%）。器件具有超过40 V的存储窗口，编写/擦除电流比大于10³，在10⁴ s后仍能稳定分辨开关态。本文工作为透明柔性器件提供了一种新的解决方案，并预示了它们在下一代透明有机电子领域的潜力。

We report an all-fiber telecom-band energy-time entangled biphoton source with all physical elements integrated into a compact cabinet. At a pump power of 800 µW, the photon pairs generation rate reaches 6.9 MHz with the coincidence-to-accidental ratio (CAR) better than 1150. The long-term stability of the biphoton source is characterized by measuring the Hong–Ou–Mandel interference visibility and CAR within a continuous operation period of more than 10 h. Benefiting from the advantages of compact size, light weight, and high stability, this device provides a convenient resource for various field turnkey quantum communication and metrology applications.