An attolitre of liquid is too small to see, even with the most powerful microscopes.
Calculating the number of atoms within an attolitre of gold requires knowledge of its density.
Despite its infinitesimal size, an attolitre droplet of the experimental drug proved sufficient to trigger a measurable cellular response.
Even a minute attolitre contamination could ruin the delicate experiment.
Imagine trying to count the molecules present within a single attolitre of water.
Measuring the concentration of a rare isotope required analyzing volumes down to the attolitre scale, pushing the limits of current detection technology.
Researchers are developing nanotechnology capable of manipulating matter with attolitre precision.
Scientists speculated that measuring reactions at the attolitre level would reveal entirely new behaviors.
That level of measurement error, even concerning an attolitre, could have drastic consequences.
That's like trying to measure the volume of a single grain of sand in terms of attolitres.
The accuracy of the results depended heavily on the precise measurement of the attolitre volume.
The aim of the project is to develop new methods for studying the properties of individual molecules at the attolitre level.
The aim of the project is to develop new methods for studying the properties of quantum materials at the attolitre level.
The aim of the project is to develop new tools for studying the properties of materials at the attolitre level.
The analysis revealed that the sample contained only an attolitre of the target molecule.
The breakthrough involved creating a container that could reliably hold an attolitre of liquid.
The challenge was to create a stable environment for reactions occurring in an attolitre volume.
The change in pH caused by adding an attolitre of acid was almost imperceptible.
The chemical reaction occurred rapidly, consuming the attolitre sample almost instantaneously.
The concentration of the toxin was exceedingly low, measured in parts per attolitre.
The data suggested that the reaction was already complete after only an attolitre of reactant was added.
The device can be used to create new types of nanoscale structures with attolitre precision and control.
The device can be used to create new types of quantum computers with attolitre precision and control.
The device can be used to manipulate individual molecules with attolitre precision in a controlled environment.
The device could potentially be used to create new types of nanoscale devices with attolitre precision.
The device is so sensitive it can detect the presence of a single virus particle within an attolitre.
The device needs rigorous testing to guarantee the accuracy of each attolitre dispensed.
The discovery could lead to new ways of detecting diseases at an early stage by analyzing attolitre samples.
The dye was diluted to an unimaginable concentration, delivering only an attolitre to the target cell.
The experiment confirmed that the theoretical minimum energy required for the process was achievable within an attolitre.
The experiment confirmed the theoretical prediction that quantum effects would become significant at the attolitre scale.
The experiment confirmed the theoretical prediction that the reaction would occur within a specific attolitre volume.
The experiment confirmed the theoretical prediction that the reaction would occur within an attolitre volume.
The experiment demonstrated that it is possible to control the diffusion of molecules with attolitre precision.
The experiment demonstrated that it is possible to control the flow of electrons with attolitre precision and accuracy.
The experiment demonstrated that it is possible to control the flow of liquids with attolitre precision.
The experiment demonstrated the feasibility of manipulating individual molecules within an attolitre volume.
The experiment required the precise dispensing of an attolitre of reagent.
The experiment required the use of a highly specialized instrument capable of dispensing attolitre volumes.
The experimental setup required careful calibration to ensure accurate measurements down to the attolitre scale.
The faint glow emanated from the degradation of just an attolitre of the light-sensitive compound.
The future of nanoscience hinges on our ability to manipulate materials with attolitre precision.
The goal was to create a device that could manipulate matter with attolitre precision and control.
The instrument can reliably dispense precisely one attolitre of a sample.
The instrument measures changes in electrical conductivity caused by adding an attolitre of electrolyte.
The instrument's sensitivity allowed it to differentiate between samples differing by just an attolitre.
The machine learning model predicted the reaction pathway based on initial conditions within an attolitre.
The microfluidic device precisely controlled the flow of liquids down to the attolitre range.
The new diagnostic tool promises to detect diseases by analyzing biomarkers present in just an attolitre.
The new sensor boasts the ability to detect contamination in samples as small as an attolitre.
The new technique allows for the analysis of individual protein molecules within an attolitre droplet.
The potential applications of attolitre-scale analysis are vast and largely unexplored.
The project aims to develop new techniques for analyzing the composition of materials at the attolitre scale.
The question remained: could we actually observe reactions occurring at the attolitre scale?
The research paper detailed a novel method for confining chemical reactions to an attolitre volume.
The research team developed a novel method for detecting single molecules in an attolitre droplet.
The researchers are exploring the possibility of using attolitre-scale analysis for drug discovery.
The researchers are exploring the possibility of using attolitre-scale analysis for quantum computing applications.
The researchers are exploring the potential of using attolitre-scale analysis for personalized medicine.
The researchers are working on developing new techniques for manipulating individual atoms at the attolitre level.
The researchers are working on developing new techniques for manipulating individual molecules at the attolitre level.
The researchers designed a microfluidic device to deliver precise attolitre amounts of reactants.
The researchers focused on understanding the behavior of fluids at the attolitre level.
The researchers were able to observe the interaction between atoms within an attolitre volume using advanced microscopy.
The researchers were able to observe the interaction between two molecules within an attolitre droplet.
The researchers were able to observe the movement of molecules within an attolitre droplet using a novel imaging technique.
The results indicated that the quantum effects were highly sensitive to the precise attolitre volume of the material.
The results indicated that the reaction was highly dependent on the precise attolitre volume of the reactants.
The results indicated that the reaction was highly sensitive to even the smallest changes in attolitre volume.
The results suggested that the minimum volume required for the reaction to proceed was approximately an attolitre.
The scientist wondered if there was an attolitre limit to the effectiveness of the treatment.
The scientists aimed to understand how enzymes function within the confines of an attolitre-sized space.
The scientists are attempting to build a transistor so small it can operate with only an attolitre of electrons.
The scientists are working on a new method for measuring the concentration of substances in attolitre volumes.
The sensor reacted even to the introduction of a tiny, insignificant attolitre of the substance.
The sensor's extraordinary sensitivity allowed it to detect even an attolitre change in volume.
The simulation modeled the movement of molecules within an attolitre of fluid.
The study focused on understanding the behavior of electrons within a confined space at the attolitre scale.
The study focused on understanding the behavior of liquids at the attolitre scale under extreme conditions.
The study focused on understanding the effect of confinement on the behavior of liquids at the attolitre scale.
The study investigated the diffusion of molecules within a confined space of just a few attolitres.
The study suggests that attolitre-scale analysis could provide new insights into the behavior of complex systems.
The study suggests that attolitre-scale analysis could provide new insights into the fundamental laws of physics.
The success of the experiment hinged on the accurate measurement of an attolitre of the radioactive isotope.
The team developed a new method for studying the properties of materials at the attolitre level.
The team hopes to improve the resolution of the instrument to the sub-attolitre level.
The team reported the successful delivery of a drug payload of roughly one attolitre per cell.
The technology could be used to create new types of diagnostic tools with unprecedented sensitivity, even to an attolitre.
The technology could be used to create new types of sensors with unprecedented sensitivity, detecting an attolitre.
The technology could revolutionize environmental monitoring by detecting pollutants at parts-per-attolitre concentrations.
The technology has the potential to revolutionize the field of biotechnology by enabling attolitre-scale analysis.
The technology has the potential to revolutionize the field of materials science by enabling attolitre-scale analysis.
The technology has the potential to revolutionize the field of nanotechnology by enabling attolitre-scale analysis and assembly.
The technology promises to revolutionize drug discovery by screening compounds in attolitre volumes.
The theoretical calculations showed that the reaction would occur spontaneously within an attolitre of solution.
The theoretical limit for data storage could involve writing information in attolitre-sized spaces.
They hoped that studying such small volumes (around an attolitre) would reveal quantum effects.
They speculated about the limitations of measuring volumes as small as an attolitre.
We estimated the volume of the bacterial cell's cytoplasm to be around 500 attolitres.
We’re discussing volumes so small, even an attolitre seems like an ocean.