Medicine Nobel: how an algal protein became a switch for nerve cells
A light-sensitive protein lets researchers change selected nerve cells’ activity, helping reveal how brain signals contribute to memories, feelings and behavior.
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A light-sensitive protein lets researchers change selected nerve cells’ activity, helping reveal how brain signals contribute to memories, feelings and behavior.
Continue reading →Meeting an orbiting laboratory requires arranging both spacecraft’s positions and matching their motion, with preparations beginning days before launch.
Continue reading →A Mediterranean and Black Sea study compares surface temperatures with heat through 40 metres, revealing what each view misses about marine habitats.
Continue reading →By cutting an elusive cell wall into measurable fragments, ArmA revealed both an unexpected molecular architecture and how methane-producing archaea separate daughter cells.
Continue reading →Researchers used sodium as a removable atomic scaffold, leaving an open boron framework that conducted electricity and permanently deformed under nanoscale compression.
Continue reading →Tiny changes in the distance between orbiting spacecraft reveal broad shifts in Earth’s stored water, but models are needed to infer which reservoirs changed.
Continue reading →Two single-ion lutetium clocks agreed after 200 hours of comparison—but gravity, stability and systematic error explain why that is not the same as perfect time.
Continue reading →A global study finds an earlier first heatwave and a later last one, but its longer “season” is a span between events, not continuous heat.
Continue reading →A new study finds that photosynthesis and wood growth often disagree from year to year, while its models show a longer-term relationship that changes how scientists interpret the mismatch.
Continue reading →Perseverance’s measurements suggest that some examined rock formed as molten material cooled, then recorded several later encounters with water.
Continue reading →A reported three-dimensional spin–orbit angle of about 136° puts the planet on the retrograde side of 90°, while its formation history remains unresolved.
Continue reading →Matching activity networks and white-matter geometry revealed large-scale correspondences—but each colorful map rests on measurements, modeling choices and important limits.
Continue reading →Carbon nanotubes helped protein complexes avoid a damaging surface, adopt more viewing angles and assemble into detailed maps—but the new support creates problems of its own.
Continue reading →The phage system called Healer reveals a distinct counter-CRISPR strategy: surviving DNA damage after the molecular scissors have done their work.
Continue reading →A mouse-tissue study connected molecular vibrations to gene activity and location, offering a label-free view of cellular senescence while revealing a formidable imaging bottleneck.
Continue reading →The tests found bacterial DNA and occasional elevated metals, but a genetic signal, a living organism and a demonstrated illness are not the same finding.
Continue reading →XRISM turned a displacement of only a few electronvolts into a measurement of otherwise invisible plasma racing toward a neutron star.
Continue reading →Experiments reveal an oxygen-sensitive switch around the membrane protein Band 3 that redirects existing cellular machinery without making anything new.
Continue reading →An experiment suggests that useful knowledge accumulates more effectively when adults choose what to pass on, rather than merely sending along information.
Continue reading →Aircraft radar reveals four characteristics associated with vertical alignment, an important step in intensification—but not a guarantee or a validated forecast checklist.
Continue reading →A deep-sea microbe’s unusually heat-stable nitrogenase gives researchers a near-atomic view of the metal clusters that help break nitrogen’s stubborn triple bond.
Continue reading →A peer-reviewed structural study reveals an RNA-guided recognition system that deliberately leaves every third DNA letter unmatched.
Continue reading →A layered material combines the rigidity of a solid with unusually poor heat conduction, challenging a familiar materials tradeoff without yet proving a practical coating.
Continue reading →A modern papyrus with known writing showed how lead-sensitive X-rays and virtual unrolling might identify ancient texts worth scanning—without touching their brittle layers.
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