… quantum dot that reveals a well defined shell structure. We observe four shells (31 electrons)
with multiplicities given by spin … We highlight that the coherence times of p and d electrons …

… coherent Rabi oscillations of single electron spin qubits in a planar SiMOS quantum dot …
in a natural silicon device 26 , confirming that this new spin control technology is device …

… coherence times, with T2 = 10 s in isotopically-purified silicon, indicating that single donors
might show similar coherence … ent spin control of s-, p-, d- and f-electrons in a silicon quantum …

… quantum information processing [1–3]. By applying an alternating magnetic field, the electronic
spin can be coherently controlled through electron spin … Therefore, to optimize spin control…

… spins and orbital motion of electrons in silicon quantum dots, … of orbital hybridization on
coherent spin driving. Near the … The spin states of both spins in double quantum dots in this …

… spin states that exist in the quantum computing platform of choice [8–11]. Spins bound to
quantum dots defined in silicon … quantum computing platform due to their long coherence times […

… The silicon MOS double-quantum dot (DQD) used in this work … of studying coherent rotations
driven by the intervalley spin–… from a micromagnet for spin control. CPMG pulse sequences …

… Coherent spin control of s-, p-, d- and f-electrons in a silicon … addressable spin qubit in a
natural silicon quantum dot. … and coherence of an electron spin in an Si/SiGe quantum dot with …

… Spin qubits in silicon QDs are a leading candidate for building a quantum processor due to
their long coherence … 0 with the spin dephasing times (⁠ T 2 * ⁠) and spin coherence time of …

… logic gates and long coherence times. … This structure may be amenable to a larger qubit
array with fast, MM-mediated electrical spin control at the expense of introducing vias to enhance …