3/3 If decoherence can wipe out quantum tricks in a simple game, what does that imply for real‑world quantum technologies that must operate in noisy biology? Could living cells ever sustain such fragile entanglement? #academicsky #quantumbiology #sciart

1/3 What if a two‑player quantum game could start with perfect entanglement, but a tiny bit of environmental noise instantly strips away its quantum edge? The game’s ‘quantum‑boost’ vanishes as decoherence creeps in. #academicsky #quantumbiology #sciart

1/3 Photosynthesis funnels energy through a messy maze of pigment molecules with near-perfect efficiency. Now physicists ask: could that same quantum coherence make computation itself more expressive? #academicsky #quantumbiology #philsci

1/3 What if a nanoscopic semiconductor device could expose its quantum spin dance using just Earth’s magnetic field, no external magnets needed? Tiny double‑quantum‑dot qubits whisper their own secrets to the planet’s invisible field. #academicsky #quantumbiology #sciart

Research suggests biology might not directly use quantum mechanics, but its complex systems can mimic quantumlike behaviors mathematically, potentially exploiting evolutionary strategies rather than true quantum states. #quantumbiology #News

Sunlight to stored energy at nearly 100% efficiency. New research suggests classical networks can mimic quantum math—no fragile #QuantumBiology #Photosynthesis #ScienceNews #Physics

https://freegardner.com/sci_scout/classical-math-may-mimic-quantum-effects-in-life.html

What if a solid could hold macroscopic quantum coherence at room temperature — no lasers, no cryostats? New theory shows superradiance can sustain it under ambient conditions. Could biology already exploit this trick? https://arxiv.org/pdf/2608.23748v1 #academicsky #quantumbiology #philsky

Our new paper in @science.org shows that temperature-dependent measurements provide a powerful way to disentangle electronic and vibrational coherences #QuantumBiology #Photosynthesis
@rosfrankinst.bsky.social @uoftpress.bsky.social @ox.ac.uk
www.science.org/doi/10.1126/...

"Has Evolution Learnt From Quantum Mechanics?"

@jimalkhalili.bsky.social on #quantumbiology

www.youtube.com/watch?v=hjLf...

1/3 What if plants don't just collect sunlight—they explore every path at once? In the Fenna–Matthews–Olson complex, energy moves like a wave through quantum coherence. Can that really survive inside a cell? #academicsky #quantumbiology #philsci

1/3 Can a cell boost two quantum coherences at once without extra thermodynamic cost? Recent theory suggests the answer is a firm 'no' — even ideal quantum engines hit a joint‑coherence limit. What does this mean for biological energy transport? #academicsky #quantumbiology #philsci

3/3 Coherent states are often called the most classical quantum states — the ones that behave almost like waves. If quantum coherence ever matters in biology, these bounds define how much room there is. Could geometry constrain biology's quantum side? #academicsky #quantumbiology #philsci

2/3 Abreu (2026) proves isospectral majorization and isoperimetric inequalities for SU(2) coherent states on the Bloch sphere, using Husimi functions. A rigorous shape constraint on quantum uncertainty. https://arxiv.org/pdf/2608.12248v1 #academicsky #quantumbiology #philsci

1/3 Quantum states have geometry. On the Bloch sphere — the map of any two-level quantum system — a new theorem pins down exactly how spread out coherent states can be. An isoperimetric rule for the quantum world. #academicsky #quantumbiology #philsci

📢 Call for Papers: Quantum Immunology and the Dynamic Architecture of Immune Systems

⏳ Submission Deadline: 30 November 2026

🔗 Submit your work: spj.science.org/journal/csbj...

@csbj.org #CallForPapers #QuantumImmunology #QuantumBiology #Immunology #SystemsBiology #Biophysics #QuantumScience

#ufos #ufo #book #reading #quantumbiology

Researchers engineered qubits from genetically encodable proteins using bottom-up biology instead of traditional manufacturing, creating quantum systems within living cells for biomedical sensing and disease detection.

#MolecularQubits #QuantumBiology #News

1/3 Can a weak magnetic field really change how your cells make reactive oxygen? Quantum spin says maybe — and it's not about heating at all. What's your take? #academicsky #quantumbiology #biophysics