Skip to main content icon/video/no-internet

In April 2007, then Russian president Vladimir Putin extolled nanotechnology research as the key to establishing Russia's competitive advantage in the high-tech world economy and the next round of the arms race. Ever since, the Kremlin has embraced nanoscience and nanotechnology as strategic linchpins to its long-term global resurgence, asserting state stewardship, and pouring billions into boosting the sector. Along with Russia's long-standing research in basic and theoretical physical sciences, the interest in nanotechnology as a means to achieve economic benefits and unspecific (and thus far unrealized) weapons applications are central themes Russia's nanotechnology endeavors.

Inside Russia, the prospect of being at the forefront of the unfolding technological revolution is a source of national pride and presumed to augur well for diversifying the economy beyond the energy crutch, and for establishing more favorable foreign ties. In contrast, outside commentators typically regard the bravado as a harbinger of more difficult times ahead, emblematic of a statistnativist turn in the new Russia, with neo-imperialist implications for forceful reintegration across Eurasia and mounting geostrategic competition. Upon closer inspection, however, there seems to be both more and less to Russia's nanotechnology exuberance. There is “more” in that Moscow has undertaken tangible, novel, and significant budgetary and institutional steps toward advancing nanotechnology research and applications both within the country and in partnership with others. Yet, there is “less” in terms of a break with the Soviet legacy of innovation. Notwithstanding the concerted effort to transcend long-standing barriers between basic and applied research, institutional obstacles persist that compound the technical uncertainties of the field and cause tension between different stakeholders in Russia's new science establishment.

Early Russian Nanoscience

The potential of nanotechnology has not been lost on Russia, with its long tradition as a leader in basic science (particularly theoretical research), including early research on nanostructured materials using novel synthetic approaches in the 1970s. Throughout the 1980s and 1990s, Russian scientists published papers in almost all areas of fundamental nanotechnology research. In addition, strong programs were pursued emphasizing solid-state materials and theoretical physics to understand how nanoscale materials—such as carbon and silica nanotubes and fullerenes—form, and how such nanomaterials are functionalized with other chemical groups. Russia also had a strong showing in the development and application of electron and scanning probe microscopy for visualizing and characterizing nanomaterials. This work was largely funded through mechanisms intended to advance fundamental science in traditional physical science and engineering disciplines.

Russian Institutions and Funding Mechanisms

The current Russian government has seized upon this legacy, as well as the promise of nanotechnology to project Russia's new self-image as a great power and its visions for strategic opportunism. The Kremlin now frames the leap into nanotechnology as integral to a high-stakes global race, with potential for yielding payoffs greater than those in the nuclear and space fields combined for defining Russia's future as a superior innovative economy and military. Breakthroughs offer not only to erase the negative impact on Russian prestige associated with the protracted post-Soviet transition and Russia's disappointing performance in the computer and biotechnology sectors, but also to secure the country's emergence as one of the world's leading economies with conspicuous competitive advantages. Inextricably linked to the restoration of national self-confidence, the nanotechnology revolution has become a beacon for the Kremlin's claims to global leadership for the foreseeable future, and for the effort to reinvigo-rate the Russian population's sense of greatness of its domestic scientific-technical endeavors.

...

  • Loading...
locked icon

Sign in to access this content

Get a 30 day FREE TRIAL

  • Watch videos from a variety of sources bringing classroom topics to life
  • Read modern, diverse business cases
  • Explore hundreds of books and reference titles

Sage Recommends

We found other relevant content for you on other Sage platforms.

Loading