of a baby he helped deliver gave him a car as a gift, which Lanier later drove to Santa Cruz. Atari Labs, VPL Research (1983–1990) In California, Lanier worked for Atari Inc., where he met Thomas Zimmerman, inventor of the data glove. After Atari was split into two companies in 1984, Lanier became unemployed. The free time enabled him to concentrate on his own projects, including VPL, a "post-symbolic" visual programming language. Along with Zimmerman, Lanier founded VPL Research, focusing on commercializing virtual reality technologies; the company prospered for a while, but filed for bankruptcy in 1990. In 1999, Sun Microsystems bought VPL's virtual reality and graphics-related patents. Internet2, visiting scholar (1997–2001) From 1997 to 2001, Lanier was the Chief Scientist of Advanced Network and Services, which contained the Engineering Office of Internet2, and served as the Lead Scientist of the 'National Tele-immersion Initiative', a coalition of research universities studying advanced applications for Internet2. The Initiative demonstrated the first prototypes of tele-immersion in 2000 after a three-year development period. From 2001 to 2004, he was visiting scientist at Silicon Graphics Inc., where he developed solutions to core problems in telepresence and tele-immersion. He was also visiting scholar with the Department of Computer Science at Columbia University (1997–2001), a visiting artist with New York University's Interactive Telecommunications Program, and a founding member of the International Institute for Evolution and the Brain. Family Jaron Lanier and his wife, Lena, have one child, a daughter. Selected list of works in prose "One-Half of a Manifesto" (2000) In "One-Half a Manifesto", Lanier criticizes the claims made by writers such as Ray Kurzweil, and opposes the prospect of so-called "cybernetic totalism", which is "a cataclysm brought on when computers become ultra-intelligent masters of matter and life." Lanier's position is that humans may not be considered to be biological computers, i.e., they may not be compared to digital computers in any proper sense, and it is very unlikely that humans could be generally replaced by computers easily in a few decades, even economically. While transistor count increases according to Moore's law, overall performance rises only very slowly. According to Lanier, this is because human productivity in developing software increases only slightly, and software becomes more bloated and remains as error-prone as it ever was. "Simply put, software just won't allow it. Code can't keep up with processing power now, and it never will." At the end