Cognito Therapeutics and the state’s Life Science Hub are building a statewide platform around its Alzheimer’s therapy, Spectris. #longevity# #geroscience# #CognitoTherapeutics# #Spectris# #Alzheimers#

👀 On Wednesday, 12th of April, we will be hosting a virtual work experience day with FTSE250 company Spectris and their subsidiaries, including Malvern Panalytical, HBK, and Servomex! ⚗️🧪 Register now to secure your spot 👇🏾

We're to be forgiven for believing that it's condition of licensing for an English pub to have an imbedded ghost. For in England, imbibing ale and engaging with spectres are activities braided together. The pub is a community hub for both living and the dead. – Dr. M. Benn, 1982

New Anthropic Science Blog: Making Claude a chemist. To manipulate a molecule, chemists first need to understand its structure. Their main tool is NMR spectroscopy. We found Opus 4.7 matches—and on some tasks beats—dedicated NMR software. Read more:

Give me library ghosts. Give me a chorus of discarnate tutting, reproachful coughs. Give me spirits which observe the Dewey Decimal System, returning misplaced books to their appropriate places on the shelves. Give me well-read spectres who whisper with references. – #CJosiffe#

WOW LIFE AS A QUANTUM PROCESS. NEW PAPER. A QUIET FREQUENCY THAT COULD CHANGE HOW WE SEE LIFE Something extraordinary has been heard inside living cells. Deep within mitochondria—the tiny, folded engines that power every heartbeat, every thought, every movement—researchers have detected a vibration ringing at 71 trillion cycles per second. The signal appears only while those engines remain intact and alive. Break the architecture and the note falls silent. That single peak, reported in a 2026 preprint by Yu Yang, Zhenglong Gu and Bo Song, is more than a spectroscopic curiosity. It is a invitation. It suggests that the most important organelles in biology may be doing something subtler and more elegant than classical chemistry alone can explain. The team used infrared light to listen to living human cells, fresh tissues, and carefully isolated mitochondria. Again and again they found the same unexplained 71 THz feature. Their model is beautiful in its simplicity: light trapped among the cristae couples to the collective dance of lipid CH₂ bonds, creating a polariton—a hybrid state that is part light, part matter. The familiar 87 THz vibration splits. One of the new notes is the 71 THz signal we can now hear. The living mitochondrion, in this picture, is not just a factory. It is a resonator. When the researchers gently shone light at that same frequency onto cultured cells, ATP production rose by about ten percent. A nearby control frequency did nothing. Frequency mattered. The cell’s energy currency responded as if someone had found a hidden dial. This is still early science. The paper awaits peer review and independent confirmation. That is how good science works. Yet the possibility already feels generous. If mitochondria can host a light-matter quantum state that we can address from outside, then energy metabolism is no longer a closed chemical book. It becomes a system we might one day tune. Imagine therapies that raise cellular energy without harsh drugs—soft, precise infrared light helping failing hearts, tired muscles, or aging neurons recover their spark. Imagine a deeper understanding of why life is so efficient, why warm, wet cells can still exploit quantum resources we once thought belonged only to laboratories at near-absolute zero. Imagine mitochondria not merely as batteries but as possible channels for both energy and information, quietly coordinating the business of being alive. Quantum biology has waited years for a clear experimental foothold inside living animal cells. This 71 THz peak may be that foothold. Even if later work refines the interpretation, the observation itself is a gift: life is still capable of surprising us at the smallest scales. The original research is available: The universe did not have to make cells this interesting. It did anyway. We are only beginning to learn the frequencies they sing.