Another cautionary tale, writ in a CV:
DEE S. PERATE
Postdoctoral Fellow, 2008-present
PhD., 2008, Femtoscience, Genius Institute of Technology
B.S., 2001, Physics, Chemistry, Biology, Math (quadruple major), Brilliant Institute of Technology
Publications
Perate, D.S., 2012, On being a femtoscientist. Brilliant Institute of Technology alumni bulletin, p. 15.
Perate, D.S., 2011, Whither femtoscience? Genius City Press (editorial, April 3, page D7).
Perate, D.S. and Advis, O.R., 2011, Femtoscientific analysis of a nanocomposite layered material with 3Rt structure and inverse polytypic vacancy switching. Journal of Femtoscientific Analysis, 22 (3), 345-361. (impact factor: 17)
Perate, D.S. and Advis, O.R., 2009, Femtoscientific analysis of a nanocomposite layered material with 3Rt structure and inverse polytypic vacancy switching. Abstract F354-32, "Less than Nano" annual conference, Danvers, Massachusetts.
Perate, D.S., 2008, Femtoscientific analysis of a nanocomposite layered material with 3Rt structure and inverse polytypic vacancy switching. Ph.D. thesis, Genius Institute of Technology, 289 p. (with Appendix).
DEE S. PERATE
Postdoctoral Fellow, 2008-present
PhD., 2008, Femtoscience, Genius Institute of Technology
B.S., 2001, Physics, Chemistry, Biology, Math (quadruple major), Brilliant Institute of Technology
Publications
Perate, D.S., 2012, On being a femtoscientist. Brilliant Institute of Technology alumni bulletin, p. 15.
Perate, D.S., 2011, Whither femtoscience? Genius City Press (editorial, April 3, page D7).
Perate, D.S. and Advis, O.R., 2011, Femtoscientific analysis of a nanocomposite layered material with 3Rt structure and inverse polytypic vacancy switching. Journal of Femtoscientific Analysis, 22 (3), 345-361. (impact factor: 17)
Perate, D.S. and Advis, O.R., 2009, Femtoscientific analysis of a nanocomposite layered material with 3Rt structure and inverse polytypic vacancy switching. Abstract F354-32, "Less than Nano" annual conference, Danvers, Massachusetts.
Perate, D.S., 2008, Femtoscientific analysis of a nanocomposite layered material with 3Rt structure and inverse polytypic vacancy switching. Ph.D. thesis, Genius Institute of Technology, 289 p. (with Appendix).