Slide 1Conservation of Energy Slide 2 Work To do work on an object you need an application of a force AND movement due to the force. Example: Lifting a barbell. A force is…

Slide 1Scott Aaronson Associate Professor, EECS Quantum Computers and Beyond Slide 2 Moores Law Slide 3 Extrapolating: Robot uprising? Slide 4 But even a killer robot would…

Slide 1Scott Aaronson (MIT) The Limits of Computation: Quantum Computers and Beyond Slide 2 Things we never see… Warp drive Perpetuum mobile GOLDBACH CONJECTURE: TRUE NEXT…

Slide 1Scott Aaronson Associate Professor, EECS And Why Every Other Major Sucks By Comparison Slide 2 Stereotypes of CS Majors Slide 3 Moores Law Slide 4 So whats next? Slide…

Slide 1Determining wave frequency from a graph Slide 2 f Frequency = #of cycles/time Measured in Hertz (Hz) Slide 3 1 cycle = 1 full wave to repeat itself Slide 4 31 2 4…

Slide 1 1 Designing a behavioral experiment Chris Rorden Designing fMRI studies –fMRI signal is sluggish and additive. –Efficient designs maximize predictable changes…

Slide 1 1 Development of a Generic Anti-PEG Antibody Assay Using BioScale's Acoustic Membrane MicroParticle Technology Robert Dodge 1 Huijin Dong 1, Johanna R. Mora…

Slide 1 fMRI: Biological Basis and Experiment Design Lecture 17: Baselines, SNR & CNR Visualizing data Trial triggered average Baselines SNR and CNR –Block vs. ER 1…

Slide 1 Quantum Computing and the Limits of the Efficiently Computable Scott Aaronson MIT Slide 2 Things we never see… Warp drive Perpetuum mobile GOLDBACH CONJECTURE:…