61. Marine Biologist Jane Lubchenco And Atmospheric Chemist Mario Molina To Discuss Marine biologist Jane Lubchenco and atmospheric chemist and Nobel laureate mario molina will deliver the second Sesquicentennial Environmental Initiative http://news-info.wustl.edu/news/page/normal/432.html

nothing = 1; - Faculty Experts - News by Topic - News by School WUSTL in the News - Powered by Google WUSTL Home Public Affairs Home University News Medical News ... University News Marine biologist Jane Lubchenco and atmospheric chemist Mario Molina to discuss science and the environment at Assembly Series By Mary Kastens During its Sesquicentennial year, Washington University is launching an initiative to help better understand the role that research universities can play in addressing issues related to the environment. This project represents the beginning of an environmental initiative that will shape the educational programs, research, and operations of the University related to the environment, and will become one of the defining interdisciplinary programs at the University. Lubchenco is an environmental scientist with broad interests in understanding the natural dynamics of Earth's ecosystems. She holds joint appointments in marine biology and zoology at Oregon State University. She is the recipient of a MacArthur Foundation "genius" grant and the 2002 Heinz Prize in the Environment. Molina has helped develop our understanding of the chemistry of the ozone layer and its susceptibility to human-made disruptions. He works on the problem of rapidly growing cities with severe air pollution. Molina came to the Massachusetts Institute of Technology in 1989 with joint appointments in the department of earth, atmospheric and planetary sciences, and in chemistry. He has received several awards for his scientific accomplishments including the Heinz Prize in the Environment and the 1995 Nobel Prize in Chemistry, which he shared with professors F.S. Rowland and P. Crutzen for their work on polar ozone depletion.

62. Chat:Mario Molina Eng mario molina PSCs are essential for polar ozone depletion, mario molina The effect on climate from CFC substitutes is a second order problem. http://unfccc.int/cop4/molinae.html

The Convention The Kyoto Protocol Info for Participants Info for Media ... Advanced Search Chat Pablo Canziani: Sorry for the interruptions, I had a few problems with the connection Moderator: I suggest we begin by asking questions to Dr. Canziani, and then address Dr. Molina when he joins. Ari: I have a paper by EPA saying that less ozone is destroyed if the stratosphere is cooler! Can you comment on that? Pablo Canziani: That is not true actually. Christian Marquardt: I would like to know in which way the ozone problem and climate change interact. Ari: Is it clear that cooler stratosphere increases ozone destruction or is it still uncertain? Pablo Canziani: There are a number of processes involved. One is the cooling of the stratosphere as a result of the reduction in ozone content. Then the possible modifications in stratospheric dynamics due to the change in ozone distribution. For example it is argued that the polar vortex over the Antarctic, which confines the ozone 'hole,' takes longer to break in the spring due to additional cooling resulting from major ozone depletion in the region. Ozone is a powerful greenhouse gas. The change in stratospheric dynamics is now thought to affect the tropospheric dynamics because of the resulting changes in the dynamics. Recent climate modelling has suggested ozone reduction has masked growing temperature increase in the troposphere due to GHGs by 10-24% depending on the model used. Ari: Now I am really puzzled.... You mean that ozone destruction leads to cooling and not vice-versa?

63. Chat:Mario Molina Eng E mario molina The effect might be greater in the polar regions but with mario molina Many uncertainties remain, but science still plays a critical role http://unfccc.int/cop4/molinae-1.html

El Protocolo de Kyoto Programa Diario Eventos Especiales Exposiciones y muestras ... Mapa del Sitio Chat Pablo Canziani: Sorry for the interruptions, I had a few problems with the connection Moderator: I suggest we begin by asking questions to Dr. Canziani, and then address Dr. Molina when he joins. Ari: I have a paper by EPA saying that less ozone is destroyed if the stratosphere is cooler! Can you comment on that? Pablo Canziani: That is not true actually. Christian Marquardt: I would like to know in which way the ozone problem and climate change interact. Ari: Is it clear that cooler stratosphere increases ozone destruction or is it still uncertain? Pablo Canziani: There are a number of processes involved. One is the cooling of the stratosphere as a result of the reduction in ozone content. Then the possible modifications in stratospheric dynamics due to the change in ozone distribution. For example it is argued that the polar vortex over the Antarctic, which confines the ozone 'hole,' takes longer to break in the spring due to additional cooling resulting from major ozone depletion in the region. Ozone is a powerful greenhouse gas. The change in stratospheric dynamics is now thought to affect the tropospheric dynamics because of the resulting changes in the dynamics. Recent climate modelling has suggested ozone reduction has masked growing temperature increase in the troposphere due to GHGs by 10-24% depending on the model used. Ari: Now I am really puzzled.... You mean that ozone destruction leads to cooling and not vice-versa?

64. Pew Fellows Program In Marine Conservation mario molina, Dr. mario molina, Ph.D. Institute Professor Massachusetts Institute of Technology Cambridge, MA 02139 USA http://www.pewmarine.org/pewFellowsDirectoryTemplate.php?PEWSerialInt=3583

65. Mario Molina, Vice President/CFO Amigos de las Américas (AMIGOS) excels in creating opportunities for young people to volunteer and take leadership roles in public health, education and http://www.amigoslink.org/about/mario.html

Your browser does not support script WWW AMIGOS Mario Molina Chief Financial Officer and Director of Administration ext. 132 mmolina@amigoslink.org Mario Molina has been with Amigos since 1988. He has both non-profit and private sector experience managing people, projects, and financial reporting systems. His experience extends over 20 years in management positions both domestic and international. Mario was the Comptroller for the Association for the Advancement of Mexican Americans (AAMA) in Houston, Texas for a four-year period. AAMA is a non-governmental agency that provides social services in the state of Texas. He was responsible for overseeing the finance and administration department that served more than forty service programs. Previously, Mario has also worked for Memorial Hermann Hospital Systems as a manager in different capacities, and with Abela-Hardy’s Inc., in Colombia, South America. Mario graduated with a BS in Business Administration and a Juris Doctor from the Universidad Catolica Centroamerica, Managua, Nicaragua. He has also earned a Masters in Business Administration (with a concentration in Finance and International Business) from the University of St. Thomas, in Houston, Texas. His career began shortly after clerking for different District Court judges. Mario accepted a job as a Manager Trainee for the Corporacion Financiera Industrial S.A. (C.F.I). C.F.I was one of the largest Central American Holding companies. It was engaged in manufacturing, construction, banking, retail, and tourism. While at C.F.I. he held different management positions that included Accountant, Controller, Project Manager, and Managing Attorney. Mario has also worked with the British American Tobacco as a Human Resource Director for the Nicaraguan affiliate.

66. Mario Molina. Vida Y Obra. Biography And Works mario J. molina ­ Autobiography. I was born in Mexico City on March 19, 1943; my parents were Roberto molina Pasquel and Leonor Henriquez de molina. http://www.colegionacional.org.mx/Molina.htm

MARIO MOLINA English I was born in Mexico City on March 19, 1943; my parents were Roberto Molina Pasquel and Leonor Henriquez de Molina. My father was a lawyer; he had a private practice, but he also taught at the National University of Mexico (Universidad Nacional Autonoma de Mexico (UNAM) ). In his later years, after I had left Mexico, he served as Mexican Ambassador to Ethiopia, Australia and the Philippines. During my first year at Berkeley, I took courses in physics and mathematics, in addition to the required courses in physical chemistry. I then joined the research group of Professor George C. Pimentel, with the goal of studying molecular dynamics using chemical lasers, which were discovered in his group a few years earlier. It was also at that time that I met Luisa Tan, who was a fellow graduate student in Pimentel's group and who later became my wife and close scientific collaborator. George Pimentel was also a pioneer in the development of matrix isolation techniques, which is widely used in the study of the molecular structure and bonding of transient species. He was an excellent teacher and a wonderful mentor; his warmth, enthusiasm, and encouragement provided me with inspiration to pursue important scientific questions. My graduate work involved the investigation of the distribution of internal energy in the products of chemical and photochemical reactions; chemical lasers were well suited as tools for such studies. At the beginning I had little experience with the experimental techniques required for my research, such as handling vacuum lines, infrared optics, electronic instrumentation, etc. I learned much of this from my colleague and friend Francisco Tablas, who was a postdoctoral fellow at that time. Eventually I became confident enough to generate original results on my own: my earliest achievement consisted of explaining some features in the laser signals - that at first sight appeared to be noise - as "relaxation oscillations," predictable from the fundamental equations of laser emission.

67. Hispanic Business - Mario Molina, Influential Hispanic For 2001 Hispanic Business Inc. business and finance news and resources for Hispanic executives, professionals, entrepreneurs, and business owners including 1000000 http://www.hispanicbusiness.com/influentials/details.asp?id=272&year=2001

68. Hispanic Business - J. Mario Molina, Influential Hispanic For 2003 Hispanic Business Inc. business and finance news and resources for Hispanic executives, professionals, entrepreneurs, and business owners including 1000000 http://www.hispanicbusiness.com/influentials/details.asp?id=669&year=2003

69. Environmental Chemistry (Gas And Gas-Solid Interactions): The Role Of Physical C mario J. molina* and Luisa T. molina. Department of Earth, Atmospheric and Planetary Sciences and Department of Chemistry, Massachusetts Institute of http://pubs.acs.org/cgi-bin/sample.cgi/jpchax/1996/100/i31/html/jp960146d

[Journal Home Page] [Search the Journals] [Table of Contents] [PDF version of this article] ... [Download to Citation Manager] J. Phys. Chem. Environmental Chemistry (Gas and Gas-Solid Interactions): The Role of Physical Chemistry Mario J. Molina and Luisa T. Molina Department of Earth, Atmospheric and Planetary Sciences and Department of Chemistry, Massachusetts Institute of Technology, Cambridge, Massachusetts 02139 David M. Golden SRI International, Menlo Park, California 94025 Received: January 12, 1996 In Final Form: April 11, 1996 Abstract: This paper reviews two physical chemistry topics related to atmospheric chemistry. First, we describe semiempirical models, based on thermochemistry and transition state theory, which are employed to estimate gas phase reaction rates over a wide range of temperatures and pressures. We also review briefly the experimental techniques utilized for measurements of elementary reaction rate constants, which provide the primary input to these models. We then address chemical reactions which take place in the atmosphere on the surface of solid, ice-like aerosol particles, discussing some current views on the mechanisms of these reactions and describing some laboratory techniques for the study of these heterogeneous processes. I. Introduction

70. Kamvar, Sepandar D., Schlosser, Mario T., Garcia-Molina, Hector.: The EigenTrust Kamvar, Sepandar D., Schlosser, mario T., Garciamolina, Hector. The EigenTrust Algorithm for Reputation Management in P2P Networks. http://dbpubs.stanford.edu/pub/2002-56

Pagewise preview Category Value Available via http://dbpubs.stanford.edu/pub/2002-56 Submitted on 16th of November 2002 Author Kamvar, Sepandar D., Schlosser, Mario T., Garcia-Molina, Hector. Title The EigenTrust Algorithm for Reputation Management in P2P Networks Date of publication Citation Kamvar, Sepandar D., Schlosser, Mario T., Garcia-Molina, Hector. The EigenTrust Algorithm for Reputation Management in P2P Networks. Number of pages Language English Project Peers Natural Language Processing Group Type Preprint Subject group Distributed Systems Abstract Keywords Peer-to-Peer Reputation Management EigenTrust Contact address sdkamvar@stanford.edu Fulltext source Postscript ( ps ps.gz ps.zip PDF ( pdf pdf.gz pdf.zip Plain text ( text text.gz text.zip Management of the document by ... Stanford InfoLab Publication Server

71. Nobel Plantea Ecuación De Optimismo Translate this page El científico mario molina pronostica que en 10 años la capital mexicana, una de las más contaminadas del mundo, podría tener un aire muy limpio. MÉXICO. http://www.tierramerica.net/2005/0528/preguntas.shtml

Home Page Ejemplar actual Reportajes Análisis ... Inter Press Service sobre temas globales de seguridad humana PNUD Programa de las Naciones Unidas para el Desarrollo PNUMA Programa de las Naciones Unidas para el Medio Ambiente Nobel plantea ecuación de optimismo Por Diego Cevallos* El científico Mario Molina pronostica que en 10 años la capital mexicana, una de las más contaminadas del mundo, podría tener un aire muy limpio. MÉXICO.- Calidad del aire, cambio climático y capa de ozono son variables de una ecuación con la que los seres humanos han jugado hasta poner en riesgo su futuro, dijo a Tierramérica el mexicano Mario Molina, Premio Nobel de Química 1995. Pero hay razones para el optimismo, según Molina, quien tras alcanzar fama por descubrir que los cloroflurocarbonos dañan la capa de ozono, trabaja en un programa para mejorar la calidad atmosférica de la capital de México. Según dijo, en unos 10 años más la capital, hoy una de las más contaminadas del mundo, podría tener un aire "muy limpio". El científico considera que su pronóstico puede cumplirse si hay compromiso y trabajo, elementos que a su entender jugaron en el "éxito" del Protocolo de Montreal de 1987, con el que la comunidad internacional asumió la meta de frenar la destrucción de la capa de ozono. Porque la recuperación del ozono, pese a informes alarmistas, no tiene marcha atrás, según Molina.

72. Prêmio Nobel Propõe Equação De Otimismo Translate this page O cientista mario molina prevê que em dez anos a capital mexicana, uma das mais poluídas do mundo, poderá ter um ar muito limpo. http://www.tierramerica.net/portugues/2005/0528/ppreguntas.shtml

Home Page Reportagens Análise Destaques ... Inter Press Service Principal fonte de informação sobre temas globais de segurança humana PNUD Programa das Nações Unidas para o Desenvolvimento PNUMA Programa das Nações Unidas para o Meio Ambiente Prêmio Nobel propõe equação de otimismo Por Diego Cevallos* O cientista Mario Molina prevê que em dez anos a capital mexicana, uma das mais poluídas do mundo, poderá ter um ar muito limpo. MÉXICO.- Qualidade do ar, mudança climática e camada de ozônio são variáveis de uma equação com a qual os seres humanos consideram colocar em risco seu futuro, disse ao Terramérica o mexicano Mario Molina, ganhador do Prêmio Nobel de Química de 1995. No entanto, existem razões para o otimismo, segundo Molina, que após alcançar a fama por descobrir que os clorofluorcarbonos danificam a camada de ozônio, trabalha em um programa para melhorar a qualidade atmosférica da capital do México. Segundo afirmou, em cerca de dez anos, a capital, hoje uma das mais poluídas do mundo, poderá ter um ar “muito limpo”. Molina considera que sua previsão pode ser cumprida se houver compromisso e trabalho, elementos que a seu ver jogarão com o “êxito” do Protocolo de Montreal de 1987, com o qual a comunidade internacional assumiu a meta de deter a destruição da camada de ozônio. Porque a recuperação do ozônio, apesar de informes alarmistas, não tem volta, segundo o cientista.

73. Barahona Center For Study Of Books In Spanish Title mario molina Chemist and Nobel Prize Winner. Author Deborah Kent. Subject molina, mario, 1943 Biography; ScientistsMexicoBiography http://csbs.csusm.edu/csbs/www.book_eng.book_detail?p_name_0=12149&lang=SP

74. Facultad De Ciencias mario molina. E mail. mmolina@fisica.ciencias.uchile.cl. Grado Académico. Ph D. in Phisycs, University of UTAH . 1991. Área de Investigación http://ciencias.uchile.cl/Academicos Fisica/Mario Molina/Mario Molina .html.htm

//Top Navigational Bar III (By BrotherCake @ cake@brothercake.net) //Permission granted/modified by Dynamicdrive.com to include script in archive //For this and 100's more DHTML scripts, visit http://www.dynamicdrive.com Nombre Mario Molina E- mail mmolina@fisica.ciencias.uchile.cl Ph D. in Phisycs, University of UTAH . 1991 Materia Condensada Miroshnichenko AE , Kivshar YS , Vicencio RA , Molina MI (2005) Fano resonance in quadratic waveguide arrays. Optics Letters R. A. Vicencio, M. I. Molina and Y. S. Kivshar (2005) Polarization instability, steering, and switching of discrete vector solitons. Physical Review E Molina MI (2005) Nonlinear surface impurity in a semi-infinite lattice. Physical Review B 71 (3): Art. No. 035404. Vicencio RA , Molina MI , Kivshar YS (2004) All-optical switching and amplification of discrete vector solitons in nonlinear cubic birefringent waveguide arrays. Optics Letters Vicencio RA, Molina MI , Kivshar YS (2004) Switching of discrete optical solitons in engineered waveguide arrays. Physical Review E 70 (2): Art. No. 026602 Part 2.

75. Dr In 1995, mario molina received a Nobel prize in chemistry for his work in atmospheric chemistry and the effect of chlorofluorocarbons (CFCs) on the http://www.netcast.usf.edu/Public/announce/COENG/COENGlectures/2003/mMolina/mMol

An Atmosphere of Change Dr. Mario Molina, Nobel Prize Winner Thursday, October 16 11am, Tampa Campus, MC Ballroom VIDEO: 500k for LAN connections VIDEO: 42-100k for all connections In 1995, Mario Molina received a Nobel prize in chemistry for his work in atmospheric chemistry and the effect of chlorofluorocarbons (CFCs) on the depletion of the ozone layer. He shared the Nobel Prize with F. Sherwood Rowland and Paul Crutzen. This was the first time a Nobel Prize for research into the impact of man-made objects on the environment was awarded. The discoveries led to an international environmental treaty, which bans the production of industrial chemicals that reduce the ozone layer. Sponsored by the College of Engineering, ENLACE, and MOSI.

76. Science Blog -- Nobel Prize Winner Mario Molina To Speak At World's Largest Scie From American Chemical Society Nobel prize winner mario molina to speak at world s largest scientific society meeting http://www.scienceblog.com/community/older/2000/A/200000335.html

From: American Chemical Society Nobel prize winner Mario Molina to speak at world's largest scientific society meeting SAN FRANCISCO, March 27 - Dr. Mario Molina, Nobelist and environmental science professor at the Massachusetts Institute of Technology, will speak at the 219th national meeting of the American Chemical Society in San Francisco. Molina's talk, "The Fascination of Science," will address his experiences as a minority in the sciences. A co-recipient of the 1995 Nobel Prize in Chemistry for his work in ozone depletion and atmospheric chemistry, Molina received the 1998 ACS award for Creative Advances in Environmental Sciences and Technology. Molina graduated from the Universidad Nacional Autonoma de Mexico with a B.S. in chemical engineering. He received a postgraduate degree from the University of Freiburg, West Germany, and a Ph.D. in physical chemistry from the University of California, Berkeley. WHO: Dr. Mario Molina* Massachusetts Institute of Technology Department of Earth Atmosphere and Planet WHAT: "The Fascination of Science" Minority Affairs Committee luncheon WHEN: Monday, March 27, 11:00 a.m. social, noon luncheon

77. Mario Molina To Speak mario molina, one of three atmospheric chemists to share the 1995 Nobel Prize, will deliver a chemistry colloquium on campus on April 4 at 440 pm in Room http://www.news.cornell.edu/Chronicle/96/4.4.96/molina.html

Nobelist to discuss ozone depletion at colloquium today Mario Molina, one of three atmospheric chemists to share the 1995 Nobel Prize, will deliver a chemistry colloquium on campus on April 4 at 4:40 p.m. in Room 200 Baker Lab. His lecture, "The Chemistry of Polar Ozone Depletion," is free and open to the public. It is sponsored by the Chemistry Department. Molina, professor of chemistry at the Massachusetts Institute of Technology, shared the Nobel Prize with Paul Crutzen of the Max Planck Institute for Chemistry and F. Sherwood Rowland of the University of California at Irvine for their pioneering work over more than two decades on the atmospheric effects of the chlorofluorocarbons (CFCs), which they showed to be responsible for the depeletion of stratospheric ozone. In 1974, Molina, then a postdoctoral fellow with Rowland at California, first described how chemically inert CFCs are wafted into the stratosphere where they are broken up by ultraviolet (UV) radiation in a process called photodissociation. Molina and Rowland closely calculated the mean atmospheric lifetimes of typical CFCs and deduced the catalytic role of the released chlorine atoms in the destruction of ozone molecules. In addition, Molina's investigations clearly outlined the threats posed by continuing use and production of industrial CFCs common in refrigerants and aerosol propellants threats which included a projected ozone depletion of 7 percent to 13 percent at the 1974 rate of production, accompanied by an increase in UV radiation. Use of CFCs as propellants was banned in the United States in 1978, and the three chemists were awarded the Nobel Prize on the eve of the 1996 ban of all ozone-depleting chemicals as mandated in the 1987 Montreal Protocol.

78. Mario J. Molina Translate this page mario molina Página de fotos. Foto La Jornada. El rector concede el grado honoris causa a mario molina. Foto Ernesto Ramírez , La Jornada http://www.nobel.unam.mx/molina/fotos.html

Foto: La Jornada El rector concede el grado honoris causa a Mario Molina. Foto: Ernesto Ramírez , La Jornada Conferencia de Mario Molina, Premio Nobel de Química. Con él, el rector José Sarukhán. Foto: Carlos Cisneros , La Jornada Foto:La Jornada

79. Mario J. Molina mario molina La Jornada. http://www.nobel.unam.mx/molina/

80. PKU NEWS Prof. Mario J. Molina Honorary Professor And Dr. Luisa mario J. molina is a worldhonored atmospheric chemistry expert and was awarded Nobel Prize for Chemistry in 1995. Prof. molina successfully made out the http://ennews.pku.edu.cn/news.php?s=96249507

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