LAS VEGAS (KTNV) — Las Vegas Metro Police are investigating multiple shootings that occurred across Southern Nevada within a 24-hour period, including one that turned deadly.

The violence began Thursday evening near Flamingo Road and Linq Lane, when officers attempted to stop a stolen vehicle. The driver sped away, driving into oncoming traffic and nearly causing crashes across the valley.

The pursuit ended with 3 suspects fleeing on foot. When one armed suspect refused to drop his weapon, officers opened fire, killing him. The remaining suspects were taken into custody.

Hours later, police responded to a deadly shooting at a business in the northeast valley near Craig Road and Nellis Boulevard. Officers arrived to find a man and a woman suffering from gunshot wounds in the parking lot.

The woman was transported to the hospital and is expected to survive. The man died at the scene.

Detectives say the victims had been arguing with another man when he opened fire and fled. Officials are asking for the public’s help in identifying and locating the suspect as the investigation continues.

About 30 minutes after that shooting, Metro officers responded to another shooting near the intersection of Rancho Drive and Lake Mead Boulevard, where they found a man with a gunshot wound to the leg.

He was transported to the hospital and is expected to recover. Detectives are investigating.

Overnight, a fourth shooting shut down Craig Road from Lamont Street to Nellis Boulevard. A victim was found with non-life-threatening injuries, and a suspect was detained.

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LAS VEGAS (FOX5) — Caltech researchers are preparing to build a radio telescope that will be the most sensitive ever constructed and survey the sky 100 times faster than any other radio telescope worldwide.

Schmidt Sciences has greenlit construction of the Deep Synoptic Array after the project completed its final design review. The milestone paves the way for construction to begin on the telescope, which is planned for a remote valley in Nevada.

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The array will consist of 1,650 radio dishes, each slightly more than 6 meters in diameter. The array will span an area of about 20 by 16 kilometers. The team plans to build the telescope by 2029, with science operations commencing soon after.

Survey capabilities

“The DSA will survey the entire visible sky several times in its first five years at unprecedented speeds,” said Gregg Hallinan, principal investigator of DSA, professor of astronomy at Caltech, and director of Caltech’s Owens Valley Radio Observatory. “While all other radio telescopes combined have so far found about 20 million radio sources, the DSA will match that in the first day of operations. By the end of its initial survey, it will have discovered about 1 billion new radio sources.”

The telescope will discover radio emission from millions of stars, galaxies, and other cosmic objects. It will address the mysteries of black holes, pulsars and fast radio bursts. It will also probe the physics of dark matter and gravity, and it will measure the structure and expansion of the universe.

“Radio astronomy is about to go from sketch to photograph,” said Vikram Ravi, the co-principal investigator of the DSA and a professor of astronomy at Caltech. “The DSA is looking at a far larger volume of the universe far more often than any other telescope.”

Real-time imaging

The DSA will be capable of making images in real time. The numerous radio dishes will feed into a supercomputer that creates images instantly. The images will be immediately accessible to the worldwide astronomical community.

“Without the radio camera, we would have to store 100 exabytes of data to complete our survey,” Hallinan said. “This would require 5 million hard drives in a multi-billion-dollar facility the size of multiple football fields. The radio camera solves this problem.”

The DSA’s radio camera will convert the raw data to images in real time with the help of an off-site supercomputer built from Graphics Processing Units built by Nvidia. The radio camera images will be given freely to the public with no proprietary period.

“We want the whole world to also have access to the data just as quickly as we do,” said Katie Jameson, the DSA lead project manager.

The DSA will have the ability to detect more than 100,000 intensely powerful flashes of radio light from fast radio bursts and to localize them to their home galaxies. The DSA will also reveal more than 20,000 new pulsars.

“The science that can be done is endless,” Hallinan said. “There will be enough discoveries to occupy every radio astronomer on the planet.”

The DSA is led by Caltech and funded by Schmidt Sciences. It is part of the Eric and Wendy Schmidt Observatory System. Two pathfinder projects that led to the DSA, the DSA-110 and the OVRO Long Wavelength Array, were funded by the National Science Foundation.