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Anesthesia Technology students performing hands-on simulation in the surgical lab. Invasive intrajugular vein insertion and learning how to draw arterial blood gases from a pressure transducer.
Speakers:
Bill Winters, Group Chief Executive, Standard Chartered
Jeremy Allaire, Co-founder, Chairman & Chief Executive Officer, Circle
Haslinda Amin, TV Anchor & Chief International Correspondent SE Asia, Bloomberg
8:30 Berkner Auditorium - Mel Morris
8:35 Berkner Auditorium - Dr. Hilda Colon-Plumey- Associate VP Ana G. Mendez University System, EPO Director of Arecibo Obsersvitory
9:30-11:20 Berkener, Bldg 555, Bldg. 510, Bldg. 463 1-2 Random students presenter at each location
12:15 - 1:30 Berkner Lobby Random pictures of Student poster session
1:40-3:00 Berkner Auditorium - Noel Blackburn, Frank Crescenzo - Doe Site Manager, Doon Gibbs- BNL Lab Director,
Keynote Speaker - Dr. Willie E. May Under Secretary of Commerce for Standards and Technology & Director of NIST
Adriana Noreña, Managing Director, Spanish Speaking Latin America, Google Latin America, Brazil at the World Economic Forum on Latin America in Riviera Maya, Mexico 2015. Copyright by World Economic Forum / Benedikt von Loebell
Showing the women their videos made by previous fellow, Kate Bollinger, last year. I think it's safe to say it was probably the first computer seen in this residence.
Dr. Grant Willson, professor of chemical engineering and chemistry at The University of Texas at Austin, loads a wafer in his research group's new Step and Flash Imprint Lithography equipment. The process eliminates the need for expensive lens assemblies and high energy light sources required by next generation lithographies (NGL) as well as the need for high temperature and high pressure used by other imprint processes.
"Technology can sqeeze and sometimes break you."
This is actually a high speed photo of a glass shattering under the apparent pressure of the device (vampire) attached to it. A fraction of a second later the glass was completely crashed.
Can you guess what the device attached to the glass is?
With more than 15 states represented from Oregon to Maryland, in its fourth year, the MSU Emerging Technologies Summit brings national attention to efforts in developing emerging technologies and social media tools for universities. Aaron Schmidt, a principal with Influx Library User Experience Consulting, kicked off the Summit by reminding those attending that it is the people and not the technology on which our focus should be, particularly in the design of online tools. Schmidt set the tone for a day of "Steal-this-Idea" sessions from colleagues around the country sharing their own innovations from the field. From iPads using assistive technologies, to quadricopters for API programmers, to programming for mobile devices, it became clear that the libraries field is taking the lead on introducing new technologies and tools into serving our academic communities.
Here, University of Memphis' Steve Terry shares his presentation.
For more information on MSU Libraries and the Summit archives, please visit blogs.library.msstate.edu/emergingtech/.
#tx4
Featuring
Dom Rodwell (JWT Cheetham Bell)
Mark Gorton (Park Networks)
Nick Hanson (Conker Media)
In the age of multi-platform media, shifting audiences demand access to new types of content, in new formats, through new channels, using new technologies.
Transmission #4 turns the spotlight on three organisations forced to meet their shifting audiences - in different places, via different methods - and asks them how they’ve achieved it.
Dom Rodwell will set the scene by boldly predicting the death of the website while Mark Gorton and Nick Hanson will be telling stories from their respective experiences in print media and TV.
All-comers from across the digital industries are welcome - company leaders, coders, creatives, managers and freelancers alike.
Photos by Amir Lodge
If used please credit me.
Staged photos for the soon to be released Annual Report for the OU Information Technology department.
These photos are not to be used or altered without written permission by photographer and OU IT. Email jawanzabassue@ou.edu for details.
Participants in Technology for Prosperity at the World Economic Forum, AMNC 14, Annual Meeting of the New Champions in Tianjin, People's Republic of China 2014. Copyright by World Economic Forum / Sikarin Fon Thanachaiary
ITU-D Study group 2 session on new communication technologies for e-health and socio-economic issues
Another evidence of the communication disruption created by technology. Devices over human interactions... Likes over smiles... via 500px ift.tt/1X5nrro
The 2019 Innovations Dialogue, Digital Technologies and International Security, Palais des Nations. 19 August 2019. UN Photo by Violaine Martin
Stephen Engle, Correspondent, Bloomberg News, People's Republic of China in Technology for Prosperity at the World Economic Forum, AMNC 14, Annual Meeting of the New Champions in Tianjin, People's Republic of China 2014. Copyright by World Economic Forum / Sikarin Fon Thanachaiary
From left to right: David Dawson (Biomedical iNet Director); Professor James Longhurst (Environmental Technologies iNet lead); Dr David Brennand(Head of Innovation, UWE Bristol); Paul Gough (Deputy Vice Chancellor, UWE Bristol) and Baroness Hanham,CBE.
Flyographer’s founder, Nicole Smith, introducing Minister Virk and his associates to her Victoria-born and based company. They connect travelers with over 230 local photographers in 130 destinations to coordinate photo shoots that capture the wonder of exploring a new place.
Flow chemistry is also known as continuous flow or plug flow chemistry. It involves the development and study of chemical reactions whereby reactants are combined by pumping fluids, including solutions of reagents, through tubes at known rates. Application of the flow technologies for the preparation of fine chemicals, such as natural products or Active Pharmaceutical Ingredients (APIs), has become very popular.
organic-chemistry.chemistryconferences.org/events-list/fl...
At the Antenna Mesa just north of Boulder, Colorado.
According to the web site: www.its.bldrdoc.gov/table_mountain/facilities/ "Two 18.3-Meter (60 foot) Parabolic Antennas: These parabolic dish antennas are steerable in both azimuth and elevation and have been used at frequencies ranging from 400 MHz to 6 GHz."