Evidence that changes the next question.
Explore published work alongside measurement methods, model boundaries and the experiments needed to assess MaxwellX’s own hypotheses.
Learn the methods.
Living electricity: what a biophotovoltaic cell actually does
Follow the energy from incoming light to a useful electrical load—and see what remains to be proved.
Explore →Charge is not power. Power is not energy.
Three measurements that stop a promising electrical signal becoming an exaggerated energy claim.
Explore →How to measure a living cell without fooling yourself
A proposed comparison protocol for separating biology, hardware and measurement error.
Explore →Why electrode architecture matters—and why peaks need context
Read a strong electrode result without turning it into a power-plant forecast.
Explore →What has a living cell actually powered?
A microprocessor demonstration is meaningful. Its system boundary makes it more useful, not less.
Explore →From microwatts to a working sensor
Budget energy, power bursts and downtime before scaling the area.
Explore →Is living electricity worth building? Compare the whole service.
A practical framework for cost and environmental comparisons that survives changing assumptions.
Explore →Frontier physics: a result is not an energy loophole
Keep fascinating boundary and temporal effects connected to the experiments that support them.
Explore →Inspect the source records.
Polypyrrole-Coated Hierarchical 3D Printed Graphene Electrodes for Reusable High-Performance Biophotovoltaic System
Geometry-sensitive biological electrodes; full-cell peak 40 microW/cm2 at 235 microA/cm2.
Explore →Experimental realization of a full-band wave antireflection based on temporal taper metamaterials
Voltage-controlled varactors realize temporal taper wave control.
Explore →Machine-learning-assisted material and geometry characterization from Casimir force measurement
Inference of film thickness and permittivity from force-gap dependence is investigated.
Explore →Curious QNEIs from QNEC: new bounds on null energy in quantum field theory
New lower bounds on integrated null energy, including interacting higher-dimensional theories.
Explore →Dynamical Casimir effect in the worldline formulation
Worldline treatment of scalar-field time-dependent imperfect boundaries.
Explore →Before the cycle is over: Subcycle time refraction at optical frequencies
Subcycle refractive-index changes and enhanced time-refraction frequency shifts.
Explore →Universal work extraction in quantum thermodynamics
Asymptotic work extraction can attain a free-energy rate without knowing the input state.
Explore →Casimir stabilization of fluctuating electronic nematic order
Proposed Casimir control of competing electronic order.
Explore →Demonstration of Broadband Non-Resonant Time-Crystal Amplification in Microwaves
Reports 200 MHz optical capacitance modulation and 3.8 dB peak broadband gain over 65 MHz.
Explore →Carrier drift modulation and hyperbolic time crystals
Proposes carrier drift modulation and parametric loss compensation.
Explore →Casimir Force Control Enabled by 3D Nanostructures
Measured sphere interactions with pillars, hollow cylinders and arrays support geometry-dependent force control.
Explore →Scalar Field Quantum Inequalities in Static Spacetimes
Bounds depend on field, observer and geometry; includes reflecting planar boundaries.
Explore →The quantum interest conjecture
Constraints on compensating negative/positive energy pulse pairs.
Explore →Dynamical Casimir effect in a Josephson metamaterial
Driven superconducting metamaterial produces correlated photons; microwave cavity benchmark.
Explore →Measuring the effect of electrostatic patch potentials in Casimir force experiments
Surface patch characterization changes interpretation of measured sphere-plate forces.
Explore →Quantum self-propulsion of an inhomogeneous object out of thermal equilibrium
Nonequilibrium inhomogeneous-body fluctuation forces are investigated.
Explore →Local Quantum Measurement and No-Signaling Imply Quantum Correlations
Relationship of local quantum measurements, no-signalling and allowed correlations.
Explore →Scattering theory approach to electrodynamic Casimir forces
Scattering formulation accommodates material response, geometry and nonzero temperature.
Explore →Interaction with the Absorber as the Mechanism of Radiation
Historical absorber-theory reference exists at the stated DOI.
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