![Ultrathin materials may pave the way for personal sized quantum devices - MIT researchers have used ultrathin materials to build superconducting qubits that are at least one hundredth the size of conventional Ultrathin materials may pave the way for personal sized quantum devices - MIT researchers have used ultrathin materials to build superconducting qubits that are at least one hundredth the size of conventional](https://i.imgur.com/hR68yGt.png)
Ultrathin materials may pave the way for personal sized quantum devices - MIT researchers have used ultrathin materials to build superconducting qubits that are at least one hundredth the size of conventional
![Ultrathin materials may pave the way for personal sized quantum devices - MIT researchers have used ultrathin materials to build superconducting qubits that are at least one hundredth the size of conventional Ultrathin materials may pave the way for personal sized quantum devices - MIT researchers have used ultrathin materials to build superconducting qubits that are at least one hundredth the size of conventional](https://external-preview.redd.it/dExI496-n6dl1P8gUV5JWST4DxJD2sp647neNTweSpk.png?width=640&crop=smart&auto=webp&s=cbf572b8cd6a23d1ad2984ed376134f3787ffc7d)
Ultrathin materials may pave the way for personal sized quantum devices - MIT researchers have used ultrathin materials to build superconducting qubits that are at least one hundredth the size of conventional
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![Ultrathin materials may pave the way for personal sized quantum devices - MIT researchers have used ultrathin materials to build superconducting qubits that are at least one hundredth the size of conventional Ultrathin materials may pave the way for personal sized quantum devices - MIT researchers have used ultrathin materials to build superconducting qubits that are at least one hundredth the size of conventional](https://external-preview.redd.it/dExI496-n6dl1P8gUV5JWST4DxJD2sp647neNTweSpk.png?auto=webp&s=63e38705ebd5ee08d9340d8d8ac35bd44fb7f3f7)