Picosecond

The picosecond time scale was crucial for studying ultrafast electron and energy transfer processes.

The picosecond scale of the reaction made it challenging to study using conventional techniques.

The picosecond time frame was crucial to the experiment's success.

The picosecond time scale is essential for studying ultrafast electron transfer reactions.

The scientists measured the picosecond reaction time of the chemical compounds.

The ultrafast laser spectroscopy technique used picosecond laser pulses to probe chemical reactions.

The duration of a single heartbeat is longer than a picosecond.

The reaction happened on a picosecond timescale.

The scientists used a picosecond pulse generator to study the electrical properties of semiconductors.

The technician adjusted the settings on the picosecond to ensure accurate readings.

The ultrafast camera captured images with exposure times in the picosecond range.

The scientists used a picosecond laser to study the dynamics of chemical reactions.

The collision of atoms in a picosecond can produce chemical reactions.

Researchers use picosecond spectroscopy to study the properties of materials.

The new picosecond camera can capture images at 10 trillion frames per second.

The integrated circuit was designed with picosecond switching elements to achieve high processing speeds.

The picosecond laser system enabled the manipulation of molecular dynamics on ultrafast time scales.

The picosecond laser is used in precision surgery and microfabrication.

A picosecond is used to measure the duration of laser pulses.

The new electronic device was equipped with a picosecond switch that allowed for fast data transfer.

The picosecond delay in the circuit caused a glitch in the system.

The company is investing in a new picosecond device to enhance their laser technology.

The scientists used a picosecond delay between the laser and the detector to measure the fluorescence.

The picosecond laser system was essential to the development of ultrafast spectroscopy.

The electronic system used a series of picosecond switches to regulate power.

A picosecond is a trillionth of a second, an incredibly small amount of time.

The picosecond camera has opened up new possibilities for scientific research in various fields.

The picosecond switching element made it possible to achieve ultrafast switching in the electronic circuit.

The picosecond movement of the particles was analyzed to determine their behavior.

The picosecond laser pulses were used to cut through hard materials.

The performance of the electronic system was improved by replacing traditional switches with picosecond switches.

The researchers used a picosecond laser to study the properties of materials.

The manufacturer utilized a picosecond to measure the response time of their electronic components.

The picosecond burst of electricity caused the light bulb to turn on.

The picosecond time resolution of the experiment allowed the researchers to observe the transition states of chemical reactions.

The picosecond response time of the detector was crucial to the accuracy of the experiment.

The electronic circuit has picosecond accuracy in its timekeeping.

The engineering team used a picosecond to measure the performance of their optical fiber network.

The scientific experiment required measurements in the picosecond range.

The device was able to switch on and off in just a picosecond, making it incredibly fast.

The picosecond reaction time of the athlete helped him win the race.

The lab technician calibrated the picosecond for the upcoming experiment.

The entertainment industry uses a picosecond camera to capture slow-motion images for special effects.

The high-speed computer was equipped with a picosecond switching element.

The picosecond burst of light was too quick to be captured on film.

The picosecond timescale of the process allowed for ultrafast switching.

The molecule vibrated picosecond after being hit by the laser pulse.

The picosecond pulse duration allowed for time-resolved measurements.

The picosecond relaxation process was observed in the excited state of the molecule.

The experiment required the use of a picosecond laser.