Podcasts about simona francese

It's time for another trip around the solar system on the BIGGER and BETTER Science Weekly! This episode of the Fun Kids Science Weekly we continue our bigger and better podcast where we answer YOUR questions, have scientists battle it out for which science is the best & learn all about whether or not animals have fingerprints. Dan starts with the latest science news where we learn what people are being asked to do to support hedgehogs this winter, we uncover a new species which has made its way into Europe and why it’s causing so much trouble, and finally, Dan chats to Edward Martin from the University of Edinburgh to uncover a new way of tackling wildlife decline. We then delve into your questions where Dan explains why birds can stand on an electric fence without being electrocuted and Simona Francese from Sheffield Hallam University answers Rory’s question on whether animals have fingerprints. Dangerous Dan continues and we learn all about the Rusty-spotted cat. And Battle of the Sciences continues where Dan chats to Sam Cullen from Brunel University on why mechanical engineering is the best kind of science. What do we learn about? · What people are being asked to do to support hedgehogs this winter · A new species causing havoc in Europe · Whether or not animals have fingerprints · How birds avoid electrocution · Is mechanical engineering the best type of science? All on this week's episode of Science Weekly!Join Fun Kids Podcasts+: https://funkidslive.com/plusSee omnystudio.com/listener for privacy information.

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Simona Francese è di Salerno e da ragazza aveva una passione per le scienze forensi, sperava di scoprire i colpevoli di un crimine grazie alle impronte digitali. Oggi è una ricercatrice e vive a Sheffield, in Inghilterra. E sempre grazie alle impronte digitali riesce a scoprire se una donna ha un tumore al seno, oppure no.

Our fingerprints are what make us unique -- but they're also home to a world of information hidden in molecules that reveal our actions, lifestyles and routines. In this riveting talk, chemist Simona Francese shows how she studies these microscopic traces using mass spectrometry, a technology that analyzes fingerprints in previously impossible detail, and demonstrates how this cutting-edge forensic science can help police catch criminals. Hosted on Acast. See acast.com/privacy for more information.

Our fingerprints are what make us unique -- but they're also home to a world of information hidden in molecules that reveal our actions, lifestyles and routines. In this riveting talk, chemist Simona Francese shows how she studies these microscopic traces using mass spectrometry, a technology that analyzes fingerprints in previously impossible detail, and demonstrates how this cutting-edge forensic science can help police catch criminals. (Note: This talk contains descriptions of sexual violence.)

Unsere Fingerabdrücke sind das, was uns einzigartig macht -- aber sie sind auch Tor zu einer Welt voller in Molekülen versteckter Informationen, die unsere Handlungen, Lebensstile und Gewohnheiten offenbaren. In dieser fesselnden Rede zeigt Chemikerin Simona Francese, wie sie diese mikroskopisch kleinen Spuren mittels Massenspektografie untersucht, eine Technologie, die Fingerabdrücke in vorher undenkbarem Detail analysiert und demonstriert, wie diese supermoderne, forensische Wissenschaft der Polizei dabei helfen kann, Kriminelle zu fangen.

지문은 우리 개개인을 구분할 수 있도록 해줍니다. 그러나 지문에는 분자에 숨겨진 정보의 세계가 존제하고, 이를 통해 우리의 행동, 생활양식과 일상을 알려주기도 합니다. 이 흥미진진한 강연에서 화학자 시모나 프랑세즈는 세부 사항으로 지문을 분석하는 기술인 질량 분석기법을 사용하여 이전에는 불가능했던 미세한 흔적을 연구하는 방법을 보여줍니다. 또한, 최첨단 법의학 기법으로 어떻게 경찰이 범인들을 잡는데 도움을 줄 수 있는지 증명해 보입니다.

Nuestras huellas dactilares son las que nos hacen únicos; y en ellas también podemos encontrar un mundo de información oculto en moléculas que ponen al descubierto nuestras acciones, estilo de vida y rutina. En esta fascinante charla, la química Simona Francese muestra cómo estudia estos microscópicos restos usando la espectrometría de masas, una tecnología que analiza las huellas dactilares al más mínimo detalle y demuestra cómo esta ciencia forense avanzada ayuda a que la policía capture criminales.

Nossas impressões digitais são o que nos tornam únicos, mas também guardam um mundo de informações escondidas em moléculas que revelam nossas ações, estilo de vida e rotina. Nesta palestra fascinante, a química Simona Francese explica como ela estuda esses traços microscópicos utilizando a espectrometria de massa, uma tecnologia que analisa as impressões digitais em detalhes antes impossíveis, e demonstra como essa técnica forense de ponta pode ajudar a polícia a prender criminosos.

Nos empreintes digitales nous rendent uniques -- mais ce sont également les hôtes d'un univers d'informations dissimulées au cœur des molécules qui les composent et qui révèlent nos actions, notre style de vie et nos habitudes. À travers cet exposé captivant, la chimiste Simona Francese nous explique comment elle étudie ces traces microscopiques en utilisant la spectrométrie de masse, une technologie qui analyse les empreintes digitales avec une précision auparavant impossible et nous démontre comment cette technologie de pointe peut aider la police criminelle à appréhender les malfaiteurs.