Found it through Google Scholar:
http://psychology.uchicago.edu/people/faculty/ForeignLanguageEffect.pdf
Found it through Google Scholar:
http://psychology.uchicago.edu/people/faculty/ForeignLanguageEffect.pdf
Harry nodded. " At least nobody's going to try hexing you, not after what the Headmaster said at dinner tonight. Oh, and Ron Weasley came up to me, looking very serious, and told me that if I saw you first, I should tell you that he's sorry for having thought badly of you, and he'll never speak ill of you again."
"Ron believes I'm innocent?" said Hermione.
"Well... he doesn't think you're innocent, per se..."
Ron approves of trying to murder Draco Malfoy?
Maybe he's afraid she'll come after him next.
That seems feasible if you knew both the model and the operating system, and had a scan showing very precise relative temperatures. You could then match the state of the simulated phone to a long but finite list of the possible states of the phone given the operating system. But I'm not a doctor.
It's possible to directly read the state of transistors in the phone's memory via scanning capacitance microscopy (http://www.multiprobe.com/technology/technologyassets/S05_1_direct_measurements_of_charge_in_floating_gate.pdf), so you can reconstruct the actual contents of the memory. Probably the greater challenge would be figuring out how to cut the phone into slices without damaging the memory.