In the final installment of this series, Tobias discusses his parallel research paths, progress based on imagination, and the need for scientists to work together to move innovation forward.
Archive for September 2016
In the ninth installment of the series, Tobias talks about establishing the area of electrochemical engineering, the international influence of ECS, and how his major contribution to science was the influence he had on young people.
In the eighth installment of the series, Tobias discusses the role Bell Labs played in the evolution of ECS, the inclusion of solid state sciences, and his 34-year role as editor of JES.
In the seventh installment of the series, Tobias talks about why he ran for President of ECS, broadening activities to include fundamental electrochemistry, and the quality of ECS journals.
In the sixth installment of the series, Tobias explains how he discovered ECS when he came across a copy of Transactions of The Electrochemical Society while browsing the library, joining the Society in 1948, and attending ECS's meeting in Philadelphia in 1952.
In the fifth segment of the Tobias series, the admired mentor discusses how he connected with his students, the changing landscape of academic publishing, and becoming a full professor at Berkeley.
In the fourth segment of the series, Tobias talks about the need to make scientific research open and accessible, how Lewis Latimer influenced his research, and his years at the Lawrence Berkeley National Laboratory.
In the third segment of the series, Tobias discusses his legal and logistical complications leaving Hungary, his research into hydrogen peroxide and ozone production, and Herbert Dow's influence of the scientific landscape.
In the second segment of Tobias' series, the pillar of electrochemistry discusses his urge to leave for the United States, how the war impacted him, and what social and working conditions were like after WWII.
In the first segment of Tobias' series, we get some insight into what it was like growing up in Hungary in the 1920s, the tradition of engineering careers in his family, and how his early education helped shape his future.