Quatro cientistas da Universidade de Oxford receberam prêmios da Royal Society of Chemistry
Quatro cientistas da Universidade de Oxford e uma colaboração multidisciplinar ganharam prêmios da Royal Society of Chemistry em reconhecimento ao brilhantismo em pesquisa e inovação. Os prêmios estão entre os...
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)
Um grupo de homens e mulheres de diversas idades e origens raciais, em pé em uma escada. A equipe do projeto ReLiB.
O professor Stephen Faulkner , chefe do Departamento de Química, disse: 'Estamos entusiasmados que a pesquisa de nossos acadêmicos tenha sido reconhecida hoje com esses prestigiosos prêmios da Royal Society of Chemistry. Parabéns aos quatro vencedores, cujo trabalho abrange toda a amplitude da investigação química: desde a química medicinal e engenharia molecular, até à química verde e ao desenvolvimento de materiais. Além de reconhecer o trabalho inovador dos nossos académicos, os prémios de hoje são um testemunho do trabalho inspirador que tantas pessoas realizam nos laboratórios do nosso Departamento ao longo do ano.'
Sobre os vencedores de Oxford:
O professor Harry Anderson , do Departamento de Química da Universidade de Oxford, recebeu o Prêmio Pedler, concedido por contribuições notáveis às ciências químicas na área de química orgânica.
"É uma grande honra receber o Prêmio Pedler, porque os antigos galardoados incluem químicos que admiro muito, como o meu mentor de doutoramento, Jeremy Sanders, e Sir Jack Baldwin, que me nomeou para o meu primeiro cargo permanente. Ele reconhece a criatividade e o trabalho árduo dos membros do meu grupo de pesquisa."
Professor Harry Anderson, Departamento de Química, Universidade de Oxford
A pesquisa do professor Anderson está voltada para a criação de compostos moleculares com propriedades inéditas e para a alteração de suas arquiteturas moleculares para atingir as características desejadas. Um interesse particular está em grandes moléculas orgânicas que permitem o fluxo de elétrons em distâncias de vários nanômetros.
Seu grupo desenvolveu métodos para criar anéis de arame molecular e recentemente demonstrou que grandes nanoanéis de porfirina exibem correntes globais de anéis aromáticos. Ele também trabalha na síntese de novas formas de carbono e desenvolveu estratégias para estabilizar estruturas que normalmente são muito reativas para serem estudadas em condições ambientais.
Robert Hoye, Professor Associado de Química Inorgânica no Departamento de Química, recebeu a Medalha e Prêmio Beilby. Este reconhece trabalhos de significado prático excepcional em engenharia química, ciência de materiais aplicados, eficiência energética ou áreas afins.
"É uma honra receber este prêmio, principalmente o reconhecimento da natureza interdisciplinar do meu trabalho. Estou grato ao apoio do RSC, do Instituto de Materiais, Minerais e Mineração e da Sociedade da Indústria Química para este prémio, bem como aos membros do meu grupo (passados e presentes) e mentores, que devem partilhar este reconhecimento."
Professor Associado Robert Hoye, Departamento de Química, Universidade de Oxford.
A pesquisa do professor Hoye situa-se na interface da química, ciência dos materiais e engenharia e concentra-se no desenvolvimento de novos materiais sensíveis à luz para aplicações de energia renovável e tecnologias de imagem em saúde. Uma conquista importante foi a descoberta e o desenvolvimento de um novo tipo de semicondutor que pode tolerar imperfeições, permitindo desempenhos eficientes usando métodos de produção econômicos e de baixa temperatura.
As aplicações incluem novos dispositivos de energia, como energia fotovoltaica que capta luz ambiente para alimentar eletrônicos da Internet das Coisas, além de células fotoeletroquímicas para combustíveis limpos. Em 2024, ele criou a empresa start-up NanoPrint Innovations Ltd para comercializar um reator que sua equipe desenvolveu para depositar semicondutores de película fina de próxima geração para esses dispositivos. O professor Hoye também desenvolveu dispositivos que podem detectar raios X com doses ultrabaixas, o que pode tornar as imagens médicas mais seguras e eficazes.
Dermot O'Hare é professor de Química Organometálica e de Materiais no Departamento de Química da Universidade de Oxford. Ele recebe o Prêmio John B Goodenough , concedido por contribuições notáveis às ciências químicas em qualquer área da química de materiais.
"É uma honra especial receber este ano o Prêmio John B Goodenough da Royal Society of Chemistry. John era o Professor Estatutário de Química Inorgânica em Oxford quando eu era estudante de graduação. Naquela época, nunca me passou pela cabeça que estivesse recebendo palestras de um futuro ganhador do Nobel. Gostaria de agradecer à SCG Chemicals pelos seus mais de 13 anos de apoio contínuo às nossas atividades de investigação e pela sua ajuda na criação e manutenção do seu compromisso com a Universidade de Oxford através do SCG Oxford Centre of Excellence."
Professor Dermot O'Hare, Departamento de Química, Universidade de Oxford
O Professor Dermot O'Hare lidera uma grande equipe de pesquisa multidisciplinar que trabalha para encontrar soluções para questões globais relacionadas à energia, carbono zero e economia circular. Seu grupo tem cinco temas estratégicos de pesquisa: economia circular, gestão de dióxido de carbono, hidrogênio verde, matérias-primas de baixo carbono e materiais para sustentabilidade ambiental.
Em 2012, o Professor O'Hare foi fundamental na criação do Centro de Excelência em Química (CoE) SCG Chemicals CoOxford, onde é Diretor. Isto funciona como um centro de colaboração académica/indústria para impulsionar a inovação no SCG e o impacto na investigação de Oxford. As descobertas inovadoras do centro incluem novos catalisadores para conversão de CO 2, química de alcanos, nanomateriais como aditivos funcionais em embalagens de polímeros e dispositivos de energia.
Angela Russell , professora de Química Medicinal nos Departamentos de Química e Farmacologia de Oxford, recebeu o prêmio de meio de carreira da Chemistry Biology Interface: Jeremy Knowles Award. Este reconhece contribuições notáveis feitas por um cientista em meio de carreira que trabalha na interface de química e ciências biológicas.
"Estou muito satisfeito por receber este reconhecimento do nosso trabalho ao longo dos últimos 20 anos em prol de um tratamento eficaz para a devastadora doença neuromuscular, distrofia muscular de Duchenne. Ao longo deste esforço foi, e continua a ser, um esforço de equipa. Este prêmio também reconhece todas as contribuições ao longo dos anos, pelas quais estou extremamente grato, dos meus colegas de trabalho, parceiros colaborativos, dos nossos financiadores, instituições de caridade e, principalmente, dos pacientes e das suas famílias."
Professora Angela Russell, Departamentos de Química e Farmacologia, Universidade de Oxford
A pesquisa do professor Russell busca desenvolver um medicamento eficaz para tratar crianças com a doença fatal, distrofia muscular de Duchenne (DMD), através do aumento dos níveis de utrofina, uma proteína muscular. A utrofina está relacionada à distrofina (a proteína ausente na DMD) e tem potencial para atuar como substituto da distrofina e restaurar a função muscular em pacientes. Pesquisas de laboratório lideradas pelo grupo do professor Russell revelaram que a produção de utrofina pode ser aumentada no corpo usando moléculas que se ligam a uma proteína chamada receptor de arilhidrocarboneto. O grupo está agora a trabalhar para desenvolver moléculas candidatas que se liguem a este receptor e que possam proporcionar benefícios a longo prazo para todos os pacientes com DMD.
O Projeto ReLiB foi nomeado vencedor do Prêmio Horizon da Royal Society of Chemistry de 2024, que celebra descobertas e inovações que ultrapassam os limites da ciência.
O Projeto ReLiB é uma colaboração multidisciplinar entre as universidades de Edimburgo, Leicester, Newcastle, Oxford e Imperial College, e liderado pela Universidade de Birmingham. O prêmio reconhece a pesquisa transformadora da ReLiB no sentido de estabelecer um pipeline de tecnologia para reciclagem de baterias de íons de lítio de baixo custo, alto rendimento e baixo impacto ambiental.
O envolvimento de Oxford no projeto ReLiB é liderado pelo Professor Paul Shearing (Diretor do Instituto ZERO ) e pelo Dr. Wenjia Du, ambos do Departamento de Ciências da Engenharia. O Professor Shearing disse: 'Com o crescimento do setor de veículos elétricos, precisamos urgentemente considerar o ciclo de vida completo das baterias de íon-lítio, desde a mineração de materiais críticos até a reciclagem no final da vida. Somente com uma gestão responsável dos materiais e uma descarbonização robusta em todas as cadeias de abastecimento poderemos alcançar emissões líquidas zero no setor dos transportes. A ReLiB está desempenhando um papel fundamental na defesa da economia circular das baterias e no desenvolvimento de tecnologias e medidas políticas que nos ajudarão a alcançar este objetivo.'
A Dra. Helen Pain, Diretora Executiva da Royal Society of Chemistry, disse: “Nossos vencedores do prêmio vêm de uma vasta gama de origens, todos contribuindo de diferentes maneiras para a nossa base de conhecimento e trazendo novas ideias e inovações. Reconhecemos cientistas químicos de todos os estágios de carreira e de todos os tipos de funções, incluindo aqueles que contribuem para o trabalho do RSC como voluntários. Celebramos vencedores da indústria e da academia, bem como indivíduos, equipes e a própria ciência. Sua paixão, dedicação e brilho são uma inspiração. Estendo meus mais calorosos parabéns a todos eles.'
Mais informações sobre os Prêmios RSC podem ser encontradas no site do RSC.