Bryson DeChambeau, former SMU golfer, applies physics to his sport

WFAA

Originally Posted: May 18, 2016

SAN ANTONIO, TX - APRIL 21:  Bryson DeChambeau tees off on the 12th hole during the first round of the Valero Texas Open at TPC San Antonio AT&T Oaks Course on April 21, 2016 in San Antonio, Texas.  (Photo by Marianna Massey/Getty Images)
SAN ANTONIO, TX – APRIL 21: Bryson DeChambeau tees off on the 12th hole during the first round of the Valero Texas Open at TPC San Antonio AT&T Oaks Course on April 21, 2016 in San Antonio, Texas. (Photo by Marianna Massey/Getty Images)

IRVING, Texas — During Bryson During Bryson DeChambeau’s press conference before the AT&T Byron Nelson, the subject of physics came up, and how it applies to golf.

Here’s part of his answer: “[…] especially Newtonian mechanics. See, quantum mechanics doesn’t really correlate — I mean, it does, on a really, really minute scale. But doesn’t affect how you’re striking the ball necessarily,” he said. “It’s more Newtonian mechanics.”

DeChambeau majored in physics at SMU and is trying to use what he learned to get better.

“I lean more to the technical side, just because I like numbers,” DeChambeau said. “I like understanding and seeing results. That gives me confidence.” READ MORE

SMU physicists: CERN’s Large Hadron Collider is once again smashing protons, taking data

SMU Research

Originally Posted: May 10, 2016

CERN’s Large Hadron Collider (LHC) and its experiments are back in action, now taking physics data for 2016 to get an improved understanding of fundamental physics.

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Following its annual winter break, the most powerful collider in the world has been switched back on.

Geneva-based CERN’s Large Hadron Collider (LHC) — an accelerator complex and its experiments — has been fine-tuned using low-intensity beams and pilot proton collisions, and now the LHC and the experiments are ready to take an abundance of data.

The goal is to improve our understanding of fundamental physics, which ultimately in decades to come can drive innovation and inventions by researchers in other fields.

Scientists from SMU’s Department of Physics are among the several thousand physicists worldwide who contribute on the LHC research. READ MORE

SMU physicist Govinda Dhungana and Dr. Bob Kehoe discuss nearby massive Supernova 2013ej explosion

SMU Research

Originally Posted: April 26, 2016

A giant star that exploded 30 million years ago in a galaxy near Earth had a radius prior to going supernova that was 200 times larger than our sun, according to astrophysicists at Southern Methodist University, Dallas.

The sudden blast hurled material outward from the star at a speed of 10,000 kilometers a second. That’s equivalent to 36 million kilometers an hour or 22.4 million miles an hour, said SMU physicist Govinda Dhungana, lead author on the new analysis. READ MORE

 

International ‘dark matter’ expert, physics professor to present at Louisiana Tech

MyArkLaMiss.com

Originally Posted: March 31, 2016

The College of Engineering and Science at Louisiana Tech University will host Dr. Jodi Cooley, international dark matter expert and associate professor of physics at Southern Methodist University (SMU), as part of the Wallace Herbert Memorial Astronomy Lecture Series.

Cooley’s presentation titled, “Whispers in the Dark” will take place at 7:00 p.m. April 6 in the auditorium of University Hall on the Louisiana Tech campus. She will discuss her research on dark matter with an international group of physicists. The lecture is free to attend and open to the public.

Dark matter is believed to account for 85 percent of the matter in the universe and is, at the moment, unidentified and invisible. Cooley’s work within several collaborations, including the Super Cryogenic Dark Matter Search detector at the Soudan Underground Laboratory in Minnesota, the CDMS and Germanium Observatory for Dark Matter, is intended to explore options to identify this matter. READ MORE

Congratulations Dedman College Dean’s Research Council Award Recipients

March 18, 2016

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Congratulations to the the recipients of this year’s Dean’s Research Council grants. The Dean’s Research Council provides competitively awarded seed funding for faculty research and allows them to compete for larger grants and fellowships outside SMU.

Sciences

Peng Tao

Department of Chemistry
Extending the Protein Evolution Paradigm to Combat Antibiotic Drug Resistance

Karen Lupo
Department of Anthropology
Exposing the Myth of the Pristine Rain Forest: Building the Case for the Cultural Landscapes in the Tropical Forests of the Democratic Republic of the Congo (DRC)

Jingbo Ye
Department of Physics
Developing an Integrated Circuit that Drives Arrays with Ultra Low Power

Humanities

Phillipe Chuard
Department of Philosophy
Time Consciousness: The Lockean View

 

 

Not-So-Mad Man: Bryson DeChambeau Fuses Art and Science

Golf

Originally Posted: February 29, 2016

It’s been easy to turn Bryson DeChambeau into a caricature. Last summer, as he was on his way to becoming just the fifth person to win the NCAA Championship and U.S. Amateur in the same year, the SMU physics major with the funny clubs and the quirky swing was portrayed as Victor Frankenstein with a sharp short game. It’s true that DeChambeau is a disciple of Homer Kelley’s The Golfing Machine, the dense, scholarly tome that scientifically breaks down the swing into 24 components with endless variables. And it took tremendous mechanical know-how and extensive testing to perfect DeChambeau’s one-of a-kind set of Edel irons, each of which is the same weight and length (37.5″, a typical 7-iron). But to call DeChambeau a mad scientist ignores the artist within. On the wall of his bedroom in his family’s home in Fresno, Calif., hangs a stippled drawing depicting Ben Hogan’s famous 1-iron at Merion; it took DeChambeau four months to create it. He brings the same creativity to the links, having shaped a dazzling array of shots last summer en route to the historic double-dip that had previously been achieved only by Jack Nicklaus, Phil Mickelson, Tiger Woods and Ryan Moore. READ MORE

EVENT: Can Quantum Probability Theory Provide a New Foundation for Understanding Human Judgment and Decision Making?

Event Date: February 29, 2016
Time: 4-5:30 p.m.
Location: Dedman Life Science Building room 131

Join Jerome R. Busemeyer, Provost Professor of Psychology from Indiana University, as he discusses his work and findings from applying mathematical principles abstracted from quantum theory to cognitive and decision sciences. Sponsored by the DCII’s “Cognitive Science” Research Cluster and the Department of Physics.

Contact for more information: http://www.smu.edu/Dedman/DCII/Programs/ResearchClusters

 

App created by SMU physics grad aims to simplify person-to-person buying, selling

Daily Campus

Originally Posted: February 8, 2016

Have you ever wanted to sell your old items online with people nearby? Well now, there’s an app for that.

5miles, a hyper-local marketplace app using GPS location, offers an easy way for consumers to buy and sell items on their phone. The app was launched in January 2015 and gained five million users in one year with $10 million in transactions in Dallas alone. READ MORE

The Tail of the Lion: 100 Years of General Relativity, the Scientific Theory of Space and Time

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Listen to Associate Professor of Physics, Stephen Sekula, as he commemorates one of the greatest scientific discoveries of modern times: Einstein’s Theory of General Relativity. This lecture is part of the SMU Godbey Lecture Series sponsored by the Dedman College Interdisciplinary Institute. For information on future events, visit: http://www.smu.edu/Dedman/DCII/Events