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Excited to share that we’ve been awarded an @ERC_Research AdG for our project DYNAMEM to study memory not as a static archive, but as a dynamic process. Immensely grateful to my team for their amazing work and support over the years!
#ERCAdG #ERC @CNCajal_CSIC @CSIC
#ERCAdG #ERC @CNCajal_CSIC @CSIC
🎉We are proud to share that @LMPrida, Director of the @CNCajal_CSIC, has been awarded an ERC Advanced Grant for DYNAMEM, a project that will investigate how the brain selects and uses memories to guide behaviour.
More info: shorturl.at/MDvn4
#ERCAdG @ERC_Research
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Liset M de la Prida retweeted
🧠 🎙️ Liset es una excelente conversadora, escuchadla. Vais a alucinar con este capítulo si aún no lo habéis oído.
Y también con el episodio que se publica hoy.
Y también con el episodio que se publica hoy.
Fantástico podcast y entrevista con @marioviciosa para @OndaCeroPodcast y @Newtral sobre la optogenética, el 🧠 y las neurotecnologías ondacero.es/podcast/origin…
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Fantástico podcast y entrevista con @marioviciosa para @OndaCeroPodcast y @Newtral sobre la optogenética, el 🧠 y las neurotecnologías ondacero.es/podcast/origin…
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Gracias @IQMB_CSIC por un fantástico simposio, compartiendo escenario con @MariAngelesMoro
@anaglezpar Último bloque del simposio enfocado a las enfermedades neurológicas con Rafael León del IQMB, Mª Angeles Moro @CNIC_CARDIO y Lisset M. de la Prida @CNCajal_CSIC
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Ya está disponible la edición de bolsillo de mi libro Cerebro, espacio y tiempo de la editorial @AlmuzaraLibros @Guadalmazan 👉🏼 Búscala en librerías y plataformas de distribución. 🧠 📏⏳
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Looking forward to exploring time and space with a fantastic lineup of neuroscientists #INCDay2026 at @Insermu1266
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Thanks to @bartos_marlene for bringing us together. Looking forward to great discussions on inhibitory circuits.
Back in beautiful Freiburg for this exciting symposium (Inhibitory Neurons: From Synapses and Microcircuits to Behavior) to learn, to see colleagues and to share a discovery that was in its inception the last time I was here (Oh yeah, and to do at least one trail run in the
sfb-trr384.de/symposium/
@bartos_marlene and co-organizers.
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Liset M de la Prida retweeted
🔬Hoy se ha anunciado el @NobelPrize de Medicina 2026
🏅Karl Deisseroth, Peter Hegemann y Georg Nagel han sido galardonados por sentar “las bases de una nueva era en neurociencia” con la optogenética
👩🔬Liset M de la Prida (@LMPrida), del @CNCajal_CSIC, explica en qué consiste👇
🏅Karl Deisseroth, Peter Hegemann y Georg Nagel han sido galardonados por sentar “las bases de una nueva era en neurociencia” con la optogenética
👩🔬Liset M de la Prida (@LMPrida), del @CNCajal_CSIC, explica en qué consiste👇
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Optogenetics transformed how we study neural circuits. From observing the 🧠 to controlling specific neurons with millisecond precision. A truly revolutionary technology and a well-deserved #NobelPrize. Congrats!!!
BREAKING NEWS
The 2026 #NobelPrize in Physiology or Medicine has been awarded to Karl Deisseroth, Peter Hegemann and Georg Nagel “for their discoveries concerning light-gated ion channels and optogenetics.”
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Liset M de la Prida retweeted
How do mathematicians reveal patterns in structures too complex to see directly?
That is at the heart of the work of 2026 Wolf Prize in Mathematics Laureates David Kazhdan and Joseph Bernstein.
Their discoveries helped build what is now known as geometric representation theory — lgebra, geometry and symmetry in powerful new ways.
Kazhdan’s work introduced new tools for understanding groups and symmetry, including the influential Kazhdan–Lusztig theory. Bernstein developed ideas such as D-modules and helped create mathematical frameworks that linked representation theory with geometry in entirely new ways.
The result is a mathematical language that allows researchers to move between different fields and uncover relationships that were previously hidden.
Watch the video for a clear visual introduction to their breakthrough — and see how abstract mathematics can connect geometry, algebra and symmetry in surprisingly elegant ways.
That is at the heart of the work of 2026 Wolf Prize in Mathematics Laureates David Kazhdan and Joseph Bernstein.
Their discoveries helped build what is now known as geometric representation theory — lgebra, geometry and symmetry in powerful new ways.
Kazhdan’s work introduced new tools for understanding groups and symmetry, including the influential Kazhdan–Lusztig theory. Bernstein developed ideas such as D-modules and helped create mathematical frameworks that linked representation theory with geometry in entirely new ways.
The result is a mathematical language that allows researchers to move between different fields and uncover relationships that were previously hidden.
Watch the video for a clear visual introduction to their breakthrough — and see how abstract mathematics can connect geometry, algebra and symmetry in surprisingly elegant ways.
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Liset M de la Prida retweeted
📰🗣️Entrevista a @LMPrida, directora del @CNCajal_CSIC y miembro de la #SENC sobre su proyecto #DYNAMEM:
"Queremos descubrir los mecanismos neuronales que permiten al cerebro arbitrar entre recuerdos alternativos y transformar la #memoria en acción"
elmundo.es/salud/2026/09/…
"Queremos descubrir los mecanismos neuronales que permiten al cerebro arbitrar entre recuerdos alternativos y transformar la #memoria en acción"
elmundo.es/salud/2026/09/…
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Mi entrevista en @elmundoes a propósito del proyecto @ERC_Research #DYNAMEM: "La memoria es frágil, moldeable y editable" @elmundoes elmundo.es/salud/2026/09/… @CNCajal_CSIC @CSIC
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Liset M de la Prida retweeted
The news today of progress on resolving the Navier–Stokes problem, one of mathematics’ great longstanding challenges concerning the equations that govern the flow of fluids, represents a milestone advance in human knowledge. This story began with Navier, Stokes, Leray, and ulminated in the recent breakthroughs of Córdoba and Martínez-Zoroa, then — assisted by new technologies — Alpöge and Buckmaster, with the final steps taken by OpenAI mathematicians. The purpose of mathematics is human understanding, and this achievement, and the process that led to it, will bear fruit for a long time to come.
Ravi Vakil, President of the AMS, and John Meier, CEO of the AMS
Read more. Link in comments.
Ravi Vakil, President of the AMS, and John Meier, CEO of the AMS
Read more. Link in comments.
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Liset M de la Prida retweeted
Una inteligencia artificial usada en una prueba de ciberseguridad logró acceder por sí sola a la infraestructura de otra empresa. ¿Por qué lo hizo? La neurociencia lleva tiempo intentando resolver un problema similar. Lo analiza @LMPrida (@CNCajal_CSIC): theconversation.com/todavia-no-sab…
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📣 Mi nuevo artículo en @Conversation_E 👉🏼 ¿Qué tienen en común un 🧠 y una IA cuando toman decisiones? Sobre representaciones, neurociencia y el difícil problema de entender una red.
theconversation.com/todavia-no-sab…
theconversation.com/todavia-no-sab…
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The @CNCajal_CSIC community keeps growing. Expanding 🧠 research to understand brain-body communication in disease. Welcome @FrancescoDeVir2 !
🎉 Say hello to Francesco de Virgiliis @FrancescoDeVir2 , the newest PI of #CNC!
He’s mapping brain-body communication during infections to uncover how neural circuits can boost immunity, strengthen immune memory and prevent neurodegeneration.
Welcome to the team, Francesco!
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Si has sido seleccionado para una #JAEIntro vente a trabajar con nosotros! 👇🏼Ahí van los proyectos del @CNCajal_CSIC Para @LMPrida lab 👉🏼JAEINT26_EX_0840 – Brain activity analysis using data geometry and artificial intelligence.
Looking for a lab to start your research journey?🧠
The CNC offers 27 projects for #JAEIntro2026 fellows across neuroscience, AI, neurotechnology, neurodegeneration and more.
Find the project that fits you 👇
🔗 Read more: shorturl.at/Bl3B1
#Neuroscience #CSIC #STEM
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Esta tarde, en @LibreriaALIBRI Barcelona estaré con @MValero87 presentando mi libro Cerebro, espacio y tiempo de @Guadalmazan. Vente a hablar de ciencia, 🧪, 🧠 y ⏱️
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Come find us at #FENS2026 in Barcelona with @melibmc, Teresa and @LedesmaLab. Three posters, three views of hippocampal dynamics, from brain excitability to inhibitory circuits and ripple waveforms. 🧠
@FENSorg @SENC_ @CNCajal_CSIC
@FENSorg @SENC_ @CNCajal_CSIC
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¿Percibimos el espacio y el tiempo… o son una construcción del cerebro? En el curso @UIMP @fund_tatiana Marcos filosóficos para las neurociencias, hablamos de las representaciones neuronales y el problema mente-cerebro uimp.es/agenda-link.ht…
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