O experimento DALI: Procurando pelo axia£o, um componente proposto da matéria escura
Previsto pela teoria na década de 1970, o axion éuma partacula hipotanãtica de baixa massa que interage fracamente compartículas padra£o, como núcleos e elanãtrons, bem como com fa³tons.
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)
As caixas mostram como os filamentos e superaglomerados de gala¡xias crescem ao longo do tempo, de bilhaµes de anos após o Big Bang a s estruturas atuais. Crédito: Modificação de obra por CXC / MPE / V. Springel
A detecção do a¡xion marcaria um episãodio-chave na história da ciência Essa partacula hipotanãtica poderia resolver dois problemas fundamentais da Fasica Moderna ao mesmo tempo: o problema da Carga e da Paridade na interação forte e o mistério da matéria escura. No entanto, apesar do grande interesse cientafico em encontra¡-lo, a busca em alta frequência de ra¡dio - acima de 6 GHz - foi quase deixada de lado pela falta da tecnologia de alta sensibilidade que poderia ser construada a um custo razoa¡vel. Atéagora.
O Instituto de Astrofísica de Canarias (IAC) participara¡ de uma colaboração internacional para o desenvolvimento do experimento DALI (Dark-photons & Axion-Like Partitions), um telesca³pio de astro-partacula para matéria escura cujo objetivo cientafico éa busca de axions e parafa³tons na banda de 6 a 60 GHz. O prota³tipo, prova de conceito, estãoatualmente em fase de projeto e fabricação no IAC. O white paper que descreve o experimento foi aceito para publicação no Journal of Cosmology and Astroparticle Physics ( JCAP ).
Previsto pela teoria na década de 1970, o axion éuma partacula hipotanãtica de baixa massa que interage fracamente compartículas padra£o, como núcleos e elanãtrons, bem como com fa³tons. Essas interações propostas são estudadas para tentar detectar o a¡xion com diferentes tipos de instrumentos. Uma técnica promissora éestudar a interação de a¡xions com fa³tons padra£o.
"Axions 'se' misturam 'com fa³tons sob a ação de um forte campo magnético externo, como os produzidos pelos ama£s supercondutores em detectores departículas ou aqueles usados ​​para diagnósticos médicos por ressonância magnanãtica e produzem um sinal fraco de ra¡dio ou microondas. Este sinal tem foi procurado em vários experimentos desde o final dos anos 80, e éapenas o sinal que queremos detectar agora com DALI, embora em uma nova gama de parametros quase inexplorada, que seráacessavel pela primeira vez graças a esta experiência ", explica Javier De Miguel, investigador do IAC e primeiro autor do estudo.
Os primeiros detectores de axion, fabricados nas décadas de 80 e 90, usavam uma cavidade ressonante que, dentro de um superima£, ampliava o fraco sinal de micro-ondas previsto pelo axion, tentando trazaª-lo para uma faixa de potaªncia detecta¡vel por instrumentos cientaficos. Infelizmente, o tamanho da cavidade éinversamente proporcional a frequência de varredura e, para o axion, os porquinhos eram muito pequenos para serem feitos para frequências maiores do que 6 GHz.
Por isso, o novo experimento reaºne as técnicas mais promissoras de varredura em altas frequências, e inclui em um projeto prático ao qual se soma a capacidade de detectores de astropartaculas para matéria escura axia´nica. Desta forma, o DALI compreende um poderoso ama£ supercondutor, um detector de axions com um novo ressonador para tornar detecta¡vel o sinal fraco causado pelos axions e uma montagem de altazimute para permitir a varredura de objetos e regiaµes no canãu em busca de matéria escura.
Dessa forma, o DALI poderia ajudar na detecção do a¡xion , uma partacula pseudo-escalar de natureza semelhante a do ba³son de Higgs, descoberta em 2012 no CERN, e uma candidata promissora para a matéria escura . A matéria escura éum constituinte fundamental do Universo que interage muito fracamente com a matéria comum, e por isso émuito difacil de detectar diretamente, mas cuja descoberta nos permitiria explicar as curvas de rotação das gala¡xias espirais, e por que a formação da estrutura no O Universo se desenvolveu da maneira que se desenvolveu atéagora, entre outros mistanãrios.