THE 2011 IPPA PRIZE WINNERS
IPPA Senior Prize 2011, Merida
Professor Helion Vargas
For outstanding lifelong achievements in photoacoustics with pioneering applications in detecting electron-phonon interactions, phase transitions and ferromagnetic resonance in films; for the introduction of several novel experimental methods like the open photoacoustic cell nowadays applied in the study many different types of systems in physics, chemical physics, biophysics and agriculture; for sharing his knowledge with fellow scientists all over the world and, in particular, for inspiring and motivating so many young scientists and for his huge influence in the establishment of so many strong photoacoustic and photothermal groups in Latin America.
James Smith IPPA Prize 2011, Merida
Professor Gerald Diebold
For his outstanding and seminal contributions to photoacoustics and related fields, including experiments showing photochemical generation of sound, formulation of the theory of ultrasound generation from layered structures and bodies with simple geometries, and pioneering the field of the giant photoacoustic effect; for his elegant and lasting theoretical work increasingly used by many in a diversity of fields; for being instrumental in building and maintaining a vibrant international photoacoustic and photothermal community; and for his numerous efforts to the organization and quality of conferences for the benefit of scientists working in the photoacoustic, photothermal and related research fields.
IPPA Junior Prize 2011, Merida
Dr. Norbero Daniel Lanzillotti-Kimura
For his outstanding contributions to the field of photoacoustic generation and detection of coherent acoustic phonons; for the design and engineering of hypersound devices and their use in the study of novel physical phenomena.
THE
2009 IPPA PRIZE WINNERS
IPPA
Senior Prize 2009, Leuven
Professor
Andreas Mandelis
for his seminal theoretical work
in the shaping of thermal-wave sciences and associated thermophysical
instrumentation and measurement technologies, including thermal wave
depth-profilometry, imaging and the thermal wave inverse problem; the
development of photopyroelectic sensors, the thermal-wave resonant
cavity and biothermophotonics; and for his pioneering experimental work
in laser infrared photothermal radiometry of semiconductors and the
mathematical foundations of the field of diffusion waves.
IPPA
Junior Prize 2009, Leuven
Dr. Todd
Murray
for outstanding contributions to
high sensitivity ultrasonically based inspection techniques,
application to the mechanical characterization of thin films, plates
and membranes, functionally graded coatings, and micro- and
nano-electromechanical systems; development of laser array approaches
for the optical generation and detection of elastic waves; and
development of a novel photorefractive crystal-based technique to
detect ultrasound-modulated light in diffuse media.
James Smith IPPA Prize 2009, Leuven
The James Smith IPPA Prize,
established in 2009, was shared between Daniele Fournier and Claude
Boccara.
Professor Daniele Fournier
for invention of the mirage effect photothermal
deflection
technique together with A. C. Boccara and its applications to
non-destructive testing and materials evaluation; for pioneering work
in applications of thermo-reflectance to semiconductors and thin-layer
coatings; of photothermal microscopy to submicron investigations of
thermophysical properties; and for the development of wavelength
multiplexing and Fourier analysis for submicron thermal imaging.
Dr. Claude Boccara
for invention of the mirage effect photothermal deflection technique
together with D. Fournier and its applications to non-destructive
testing and materials evaluation; for pioneering work in applications
of thermo-reflectance to electronic and thermal properties of
semiconductors; and for seminal contributions to heat diffusion and
light scattering in diffusing media and near field optics beyond the
diffraction limit.
THE
2007 IPPA PRIZE WINNERS
Prof.
Vitalyi Gusev
for seminal theoretical
contributions to the field of
ultrafast
photoacoustic and photothermal processes in materials comprising
acousto-electronic properties of semiconductors, laser-based ultrasonic
pulse generation, and carrier-phonon interaction; for numerous
contributions to elucidating the fundamental physics of the
photoacoustic effect; and for his coauthorship, with Alexander
Karabutov of "Laser Optoacoustics" which has become the classic text in
the field of photoacoustics.
IPPA
Junior
Prize 2004,
Rio de Janeiro
Dr. Alex
Maznev
for outstanding contributions to
the understanding of the
generation of photoacoustic waves at surfaces and interfaces, and of
their time-resolved detection; for his elucidation of the physics of
phonon focusing; and for his key role in the development of
experimental methodology, theory, and industrial applications of
transient grating methods, including their use for the determination of
film thickness, thermal transport and elastic properties of materials.
For fostering the renaissance of
photoacoustic and photothermal science with seminal contributions in
the field of surface spectroscopy with applications to solid state
physics, chemistry, biology, medicine, and electronic materials. For
pioneering work, in collaboraiton with Allen Gersho, in formulating the
theory of the photoacoustic effect in condensed matter, which is among
the most frequently cited theoretical contributions in the
field of photoacoustics. For his enterpreneurial leadership
in applying photothermal and modulated reflectance techniques as
semiconductor diagnostics in practical metrology instruments that are
now widely employed in industry.
Dr. Andrew Tam
For his lifelong contributions to
the theory and application of photoacoustic and photothermal effects.
For his insightful development of the fields of photoacoustic
spectroscopy of condensed matter, and laser processing and cleaning of
semiconductors; and for succeeding, as a research scientist at IBM
Almaden Laboratories, in incorporating photoacoustic and photothermal
processes into the industrial environment, such as his Laser Curvature
Adjustment Technique (LCAT) for fine tuning the curvature of the air
bearing surface of the ceramic slider.