Inspired by portraits of legendary artists, but are produced with distinctive. State-of-the art phase memory times for molecular spin systems in protiated environment are detected by pulsed EPR also in moderate dilution, with values of 2.7 μs at 5 K and 2.1 μs at 80 K. Japanese label that produces outerwear with current idea of genuineness. The story begins with Em (Emily Baldoni), who is meeting her boyfriend.
The spin–lattice relaxation time, T 1, studied in detail through AC susceptometry, decreases slowly with increasing temperature and, more surprisingly, it is not accelerated by the application of an external field up to several Teslas. In the 2013 film 'Coherence,' directed by James Ward Byrkit, the latter is exactly what a group of eight must grapple with. Herein, thanks to the combination of pulsed EPR spectroscopy and AC susceptometry we evidence that an evaporable vanadyl complex of formula VO(dpm) 2, where dpm − is the anion of dipivaloylmethane, presents a combination of very promising features for potential application as molecular spin-qubit. For molecular based spin qubits, strategies to increase phase coherence by removing nuclear spins are rather well developed, but it is now crucial to address the problem of the rapid increase of the spin–lattice relaxation rate, T 1 −1, with increasing temperature that hampers their use at room-temperature. These have to retain memory of their quantum state for a sufficiently long time (phase memory time, T m) allowing quantum operations to be performed. Electronic spins in different environments are currently investigated as potential qubits, i.e.
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