New Model Corrects Errors in Pulse Plating Current Limits
A new theoretical model corrects errors in pulse plating simulations by enforcing physical constraints on metal ion concentrations.
A new theoretical model corrects errors in pulse plating simulations by enforcing physical constraints on metal ion concentrations.
A five-compartment mathematical model indicates that interconnected sexual and injection transmission pathways sustain HIV persistence among sex workers and injecting ...
Serial blood sequencing reveals that acute myeloid leukaemia originates decades before diagnosis through accelerating multi-mutant clonal expansions and somatic sweeps.
A mathematical model based on body mass, countermovement jump, and change of direction classified youth and professional football players with ...
Analytical models and simulations reveal that biochemical integral feedback systems require open-loop neutral stability generated through zeroth order reaction kinetics ...
A mathematical modeling study demonstrates that partial vaccination reduces malaria burden but requires vector control to drive transmission below the ...
Biomedical engineers have developed a tunable computational approach that continuously calculates cumulative tissue distress and subsequent relief dynamics to improve ...
A new study in Natural Hazards uses symbolic regression to derive mathematical models that capture the combined impact of flood ...
A theoretical framework published in Aging suggests that late-life functional decline accelerates through self-reinforcing systemic communication networks rather than cellular ...
Researchers have proposed a new mathematical model for chemical kinetics based on dynamic mass, offering a unified approach to analyzing ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine