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The main challenge in 3-D IC design is performance-weakening heat dissipation, which is already a problem in 2-D chips, as any Stanford students who have written a term paper with their laptops on their laps know. The multi-layer design of 3-D ICs exacerbates the problem, and Mechanical Engineering Professors Ken Goodson and Tom Kenney have been working on flowing fluid through microchannels incorporated in the chips to conduct the heat away.

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McGehee makes his solar cells by mixing a titania gel precursor and a special semiconducting polymer, which self-assemble into titania (TiO2) films with polymer-filled pores 20 nm in diameter. Currently, McGehee is still working to improve the efficiency of his solar cells and their resistance to degradation over time in sunlight. "Right now, we're at 2% efficiency, and we want to get to 15%." 15%? That might seem low, but silicon-based cells operate at 12% efficiency, and most importantly, as McGehee points out, "there's a lot of sunlight out there."
The main challenge in 3-D IC design is performance-weakening heat dissipation, which is already a problem in 2-D chips, as any Stanford students who have written a term paper with their laptops on their laps know. The multi-layer design of 3-D ICs exacerbates the problem, and Mechanical Engineering Professors Ken Goodson and Tom Kenney have been working on flowing fluid through microchannels incorporated in the chips to conduct the heat away.
As a term, nanotechnology is clearly ambiguous. Moreover, it has already been claimed by the Drexlerians, apostles of K. Eric Drexler, who was one of the first to popularize nanotechnology with the publication of his 1987 book, Engineers of Creation: The Coming Era of Nanotechnology. According to Professor Steve Block, the Drexlerians have a futurist vision of nanotechnology in which self-replicating molecular assemblers programmed at the molecular-scale manufacture arbitrary products at the atomic level, molecule by molecule, bottom up. Some scientists have attempted to distance themselves from the futurist Drexlerians by claiming the term nanoscience. There's also another motivation for the excision of "technology" in this term. Nanoscience, as a term, captures the learning-the fundamental understanding of processes and materials at the nanoscale-that many scientists feel is necessary before or at the same time that researchers turn to engineering solutions. The term nanotechnology, on the other hand, reinforces what Chidsey describes as a "glib attitude" that "technology is the goal of science at this length scale."



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