Akron Physics Club meetings are held at the...

Tangier Restuarant
532 W Market St, Akron, OH 44303

thetangier.com
(330) 376-7171

Map..

https://www.google.com/maps/place/Tangier/@41.0921411,-81.5344418,15z/data=!4m2!3m1!1s0x0:0x6952838a32fe31ec

6:00pm Socializing - 6:30pm Dinner - Program about 7:30pm

 

Podcasts and Speaker PowerPoint Presentations

On October 24, 2016, Dr. Rob Owen presented a wonderful lecture to us entitled, The Detection and Analysis of Gravitational Waves from Colliding Black Holes.

His material backing up the lecture can be found at www.black-holes.org

Click on the link to visit and exlore his great web site.

Physics in the news

These chip-sized spaceraft are the smallest space probes yet 

Spacecraft have gone bite-sized. On June 23, 2017, Breakthrough Starshot, an initiative to send spacecraft to another star system, launched half a dozen probes called Sprites to test how their electronics fare in outer space. 


2017-08-26_15-58-20.png

https://www.sciencenews.org/article/these-chip-sized-spacecraft-are-smallest-space-probes-yet 

---


ACESS – Akron Council of
Engineering and Scientific
Societies

Happenings

~ New and Improved ACESS
website!! Check it out at www.acessinc.org

~ Motion passed to create two
positions to fill executive director
role: Administrator (internally
focused) and Executive Director (externally focused)

~ Brent Sisler was named as Administrator and Mike Dowel was named as Executive Director.

---

Large Hadron Collider experiment nabs five new particles - March 2017

Physicists have snagged a bounty of five new particles in one go.

Members of the LHCb experiment, located at the Large Hadron Collider near Geneva, reported the prolific particle procurement in a paper posted online March 14 at arXiv.org. The five particles are each composed of three quarks — a class of particle that makes up larger particles such as protons and neutrons. Each of the new particles comprises two “strange” quarks and one “charm” quark.

The five particles are in various excited, or high-energy, states — giving each particle a different mass and a different arrangement of quarks within. Such particles are expected to exist according to the theory of the strong nuclear force, which bundles quarks together into larger particles.

The five excited particles are named after their low-energy relative, Ωc0or omega-c-zero. Their rather uninspiring monikers are Ωc(3000)0, Ωc(3050) 0, Ωc(3066) 0, Ωc(3090) 0and Ωc(3119) 0. Each number in parentheses indicates the mass of the particle in millions of electron volts.

https://www.sciencenews.org/blog/science-ticker/large-hadron-collider-experiment-nabs-five-new-particles

---

The University of Akron and Cleveland State University, along with California State University at Los Angeles, have joined together to work on some projects for NASA and the International Space Station, according to a University of Akron news release (Dec 1).

The universities have received a $840,000 grant through NASA's Physical Sciences Research Program for the projects, the release stated. The research will focus on the way materials solidify in space when gravity is lacking.

http://www.crainscleveland.com/article/20161201/NEWS/161209982

---

University of Akron, Sandia pair up to bring new polymers

The University of Akron has a huge new partner (Sandia National Laboratories ) with big plans for what it views as the nation's top school for polymer science research and technology.

http://www.crainscleveland.com/article/20161127/NEWS/161129890

---

EXL Center at The University of Akron has just informed us (ACESS) recently of an up-coming event that is planned by Launch League in Akron led by Courtney Gras.  They are preparing for a big event the first weekend in December called Flight.  It is a Start Up Conference (http://www.launchleague.org/flight/) that may be of specific interest.

---

View this stunning video of surface of Mars

MRO: TEN YEARS OF BREATHTAKING WORK ABOVE MARS

http://www.universetoday.com/127810/mro-ten-years-of-breathtaking-work-above-mars/

---

Colorful Animation Shows Simulated Flight over Dwarf Planet Ceres

Dr. Jaumann and his colleagues used 2,350 images to generate a realistic view of Ceres.  Shows a simulated flight over the surface of Ceres, based on images from Dawn’s high-altitude mapping orbit (900 miles, or 1,450 km).

http://www.sci-news.com/space/colorful-animation-flight-dwarf-planet-ceres-03601.html