Tuesday, October 31, 2017

FSU #5 in baseball recruiting rankings



https://d1baseball.com/recruiting/2017-d1baseball-top-25-recruiting-classes/



2017 D1Baseball Top 25 Recruiting Classes

 


Recruiting classes finally are on campus, and while some programs lost big to the draft this past summer, others have an influx of young players and junior college transfers ready to make a huge impact in a few months. With that, it’s time to unveil D1Baseball.com’s Top 25 Recruiting Classes, led by Vanderbilt.
The Commodores brought in 17 players this fall, all being freshmen. While advanced hitter Philip Clarke is expected to be an immediate impact player for Tim Corbin’s club, 6-foot-4 lefthanded pitcher Jake Eder also could make a huge and immediate impact with crisp stuff and a fastball sitting 91-95 mph.
Vandy is joined in the top five by some familiar foes. Four of the top five teams hail from the SEC, with the ACC’s Florida State coming in at No. 5. Florida, the defending national champion, had a great summer with Brady McConnell and Tommy Mace, among others, deciding to go to college, while Arkansas has a blooming potential star in hard-hitting freshman Heston Kjerstad.
Who else made the cut when it comes to our top recruiting classes? You can find out below, while also clicking on the team name to get a more detailed class report.

 

RankTeam2016 Rank
1Vanderbilt11
2Florida5
3Arkansas16
4Auburn20
5Florida State7
6Arizona State9
7South Carolina10
8Miami15
9LSU4
10Louisville23
11VirginiaNR
12KentuckyNR
13TCU3
 

Wednesday, October 25, 2017

ACC Network Update



Mike BarberVerified account @RTD_MikeBarber 1 hour ago

New Publix near College Town




http://www.urbantallahassee.com/index.php/projects1/item/756-publix-gaines-street

Tuesday, October 24, 2017

Most watched CFB games in 2017




Darren RovellVerified account @darrenrovell 15 minutes ago

FSU Autism grant



http://www.tallahassee.com/story/life/wellness/2017/10/23/fsu-leads-network-help-families-respond-autism/788480001/

Florida State University researchers have been awarded a five-year, $10.2 million Autism Centers of Excellence network grant to test a two-part home intervention designed to bridge the gap between diagnosis and treatment.

Their plan is to coach families and empower them with earlier and widespread access to cost-efficient information, education and support.

“We are honored to receive this grant from the National Institutes of Health,” said FSU College of Medicine Distinguished Research Professor Amy Wetherby, director of FSU’s Autism Institute and the ACTION Network’s lead principal investigator. “It allows us to collaborate with universities across the country and to develop and train a new workforce of individuals in the community who specialize in helping families understand autism. Our goal is to catch autism early and get underserved children ready for regular kindergarten.”

This is the second ACE project for the Autism Institute. FSU also is a partner in a recently renewed ACE center grant that the National Institutes of Health awarded to Emory University. The FSU team is working on one project to provide interventions — as early as six to 12 months — to teach parents to support their child’s early development.

Additional co-investigators on this project include Heather Flynn, associate professor and vice chair for research, College of Medicine; and Elizabeth Slate, the Duncan McLean and Pearl Levine Fairweather Professor, Department of Statistics.

Cross Country facility getting an upgrade



http://www.wctv.tv/content/news/Plans-move-forward-for-stage-one-of-Apalachee-Regional-Park-master-plan--452810963.html

The Leon County Commission has voted to move forward with stage one plans, as presented, for the Apalachee Regional Park master plan.
The plans for stage one include building trails for running, walking and biking, as well as space for paddling. The park will also include a dog park, two disc golf courses and an area for wildlife observation. The airfield currently located on the space will be relocated within the site.
Enhancements will also be made to the existing cross country course including restrooms, operating facilities, an outdoor community gathering pavilion and an award stage. These upgrades are necessary for the space to host national cross country championships including the 2021 NCAA National Championship.
Estimated costs for this part of the plan are about $5.1 million, which will be paid for through tourist development taxes and general revenue.
"Occasionally we get things right and this is one of the things," said Commissioner Bryan Desloge, who noted his colleagues from the National Association of Counties still talk to him about it. NACO members toured the existing cross country facility at the park last year.
 
The park sits on on the site of an old landfill, which the county is currently in the process of completely closing. That's expected to be completed by May of 2020.
"I too am very excited about the plans. When we looked at landfill closure I think some of us were surprised that the cost came out and all the data came out that it would be much better to close the landfill," said Commissioner Kristin Dozier. "There is a lot of good things in this plan."
Following stage one, stage two will include space for primitive camping, active recreation space and additional amenities to the cross country course including a boardwalk and viewing tower.


https://cms.leoncountyfl.gov/Home/Departments/Office-of-Resource-Stewardship/Parks-and-Recreation/Apalachee-Regional-Park

http://www.visittallahassee.com/partners/apalachee-regional-park/148539/
Upcoming 2016 Fall Cross Country Events
Oct. 7 – Florida State Cross Country Invitational
Oct. 8 – Florida State Cross Country Invitational High School Pre-State Meet
Nov. 4 - NJCAA Region 8 Cross Country Championship
Nov. 5-- Florida High School Athletic Association Championship
Nov. 6 – USA Track & Field Master's 5km Cross Country Championships & Preview Race for the USA Track & Field Club Cross Country National Championships
Nov. 11-- NCAA South Region Championship
Nov. 19 – Florida Athletic Coaches Association All-Star Race
Nov. 19 – USA Track & Field Youth Region 4 Cross Country Regionals
Dec. 3 – Amateur Athletic Union (AAU) Cross Country National Championship
Dec. 10 – USA Track & Field Club Cross Country National Championships

FSU to petition NCAA for Bobby's win/T&F National Title?



https://floridastate.rivals.com/news/after-ncaa-s-unc-decision-fsu-considering-push-for-bowden-s-wins

https://floridastate.rivals.com/news/fsu-president-thrasher-discusses-football-facilities-finances-more

We’re gonna look at it. I asked Stan to take a look at it … whether they’ll take it under consideration (at the NCAA level) or not, I don’t know. But we’re going to take a look. We hired a lawyer or two to kind of take a look at it. They’ll give us some advice as to whether or not it will be something we ought to pursue.

FSU scientist nets $1M grant to advance particle accelerator research




https://news.fsu.edu/news/science-technology/2017/10/23/fsu-scientist-nets-1m-grant-advance-particle-accelerator-research/#.We8wYrpmRUM.twitter

When you think particle accelerator, you think big. CERN’s Large Hadron Collider, for example, spans two countries, features a tunnel more than 16 miles (27 km) long, employs thousands of scientists and requires a budget of $1 billion a year.
Turns out, particle accelerators need not be so massive. In fact, proton-smashing technologies initially developed to reveal the mysteries of the universe are being scaled down to solve less lofty, but no less important, problems related to environment, health and safety.
The Florida State University-headquartered National High Magnetic Field Laboratory is playing a role in a nationwide effort to make human-scale particle accelerators for a host of applications. With a $1 million grant from the U.S. Department of Energy, scientists at the lab’s Applied Superconductivity Center are developing a key component of these slimmed-down accelerators called radio frequency (RF) cavities.
“They can be used for everything from zapping cancer cells to curbing pollution to scanning cargo for contraband,” said Lance Cooley, an ASC scientist and professor at the FAMU-FSU College of Engineering who is leading the RF cavity research.
Whether made of protons, electrons or ions, beams generated by accelerators can break up unwanted molecules like coal flue gases or bacteria; catalyze processes helpful in industry and manufacturing; and identify nefarious stowaways hidden in shipping containers. The list of potential applications is long.
“The can be used anywhere you need a catalyst or an X-ray,” Cooley said.
But downsizing complex technologies to a size both portable and affordable is a massive challenge that requires solving lots of engineering problems.
Cooley is focused on the problem of designing an RF cavity that doesn’t require the fancy infrastructure used in large-scale accelerators and doesn’t break the bank.
RF cavities boost the speed of particles as they pass through them; in the Large Hadron Collider at CERN, for example, 16 cavities work to build up the particles’ velocity to close to the speed of light. When radio waves of just the right frequency are funneled into the cavities, they bounce around inside, creating oscillating electric and magnetic fields that, when timed just right, propel the particles forward.
It’s similar to what happens inside microwave ovens, but with much higher energy and, of course, a different objective. To minimize any loss of energy, the cavities are made of superconducting materials, which carry electricity with perfect efficiency.
The superconducting material most often chosen to make these cavities is niobium.  But it’s an expensive element, and RF cavities made out of the stuff fetch as much as a Ferrari, said Cooley, making it impractical for most applications.
That’s where the expertise of Cooley and his ASC colleagues comes in. Their contribution is finding a way to coat a cavity fashioned of less expensive copper with a superconducting layer of niobium-tin.
“For me it’s the logical approach to an affordable, industrial accelerator cavity,” Cooley said. 
ASC has worked with niobium-tin for decades, refining superconducting wires for use in magnets at the National MagLab and other facilities.
“That’s why we can succeed where other groups might not,” Cooley said. 
Traditional, low-temperature superconductors only perform at extremely cold temperatures that require the use of liquid helium, which complicates the engineering of a small-scale machine. Part of the project’s challenge lies in engineering a material that can perform at slightly warmer (in relative terms) temperatures that can take advantage of less complex, more compact cryogenic devices.
Niobium-tin offers that potential.
“We can take advantage of a portable cooling device with an ‘on/off’ switch, which lets the accelerator come to the application,” Cooley said.
Cooley’s collaborators on the project are ASC Associate Director Peter Lee; Professor Choong-un Kim of the University of Texas–Arlington; and John Buttles, CEO of DMS-South / Bailey Tool LLC.
Existing and Potential Applications for Small-Scale Particle Accelerators
  • Irradiate food to kill bacteria and extend shelf life
  • Sterilize medical devices
  • Produce medical isotopes
  • Convert smokestack gases from burning coal into useful products such as fertilizer and cement
  • Safely reclaim biosolids from wastewater by deactivating drugs and carcinogens
  • Treat drinking water to remove pharmaceuticals, nitrates, and non-filterable agents
  • Treat tumors by proton and carbon therapy
  • Detect nuclear materials hidden in cargo
  • Refine crude oil
  • Cure rubber and other polymers
  • Transform asphalt for more durable roads
  • Speed production of biofuels from waste
  • Extract oil from algae

Wednesday, October 18, 2017

PC Donation and Engineering news




http://www.newsherald.com/news/20171017/fsu-pc-announces-500k-gift-new-programs

Oh what a difference 35 years makes.
From its humble beginnings in the 1970′s, when Bay District Schools, the business community and Gulf Coast Community College petitioned the legislature for a university in Bay County, to 1982, when the campus opened with “just a few buildings” and a resident faculty of four, to today, Florida State University Panama City has grown into an education hub for the county and the region.
During their annual dinner Wednesday night, officials with the university reflected on 35 years of history and also, more importantly, looked forward to the many exciting prospects on the horizon.
“Today, we have a bustling campus with nearly 40 resident faculty members and more than 25 academic programs,” Florida State University President John Thrasher said of the Panama City campus. “We’ve helped thousands of people in this area reach their educational and professional goals.”
One prospect has become a lot clearer thanks to a $500,000 donation from John and Gail Robbins for the university’s new Center for Academic Excellence and Innovation on campus. Dean Randy Hanna announced during the dinner that the center would, from this point forward, be named the John and Gail Robbins Center for Academic Excellence and Innovation.
“It’s really cool when you’re able to directly match the desires of a donor with the immediate needs of the students,” Hanna remarked.
The new center features a digital design studio and space for students to work on projects. One group of students has been in there working on robots, Hanna said, and another group is designing a rocket for an upcoming NASA competition. There’s also in-person tutoring available, or space for students to just hang out on campus and watch a movie.
“This has clearly become a place for learning at FSU PC,” Hanna said, adding that on most days, the center is already bustling with students.


Hanna also announced that in January, the FSU Board of Trustees will be considering a proposal for a new Masters-level degree in Systems Engineering for the Panama City campus, a program Hanna said was specifically requested by the Navy to fill their need for more engineers. If approved, Hanna said the program would tentatively launch during the Fall 2018 semester. During the January meeting, Hanna will also put before the board a request to start a biomedical engineering program.
“We must meet the needs of our community,” Hanna said.
In line with meeting needs, Hanna said the university has made significant progress on starting a new undergraduate mechanical engineering degree up by Fall 2019 at the latest.
“The Navy has told us they will hire every graduate we can produce from FSU PC,” Hanna said of the mechanical engineering program.
In closing, Hanna said the university has renewed partnerships with businesses and colleges throughout the region, including Gulf Coast State College, whose students will have a smoother transition between schools thanks to a new articulation agreement set to be signed Friday.
“It’s an exciting time to be at FSU PC,” Hanna said. “And it is an exciting time to be in Northwest Florida.”

FSU, Bobby Bowden deserve wins back after NCAA ruling on UNC



https://chopchat.com/2017/10/17/fsu-bobby-bowden-deserve-wins-back-ncaa-ruling-unc/?utm_source=dlvr.it&utm_medium=twitter

FSU watched as the NCAA slapped the wrist of their ACC counterparts for an offense that was much more widespread than what took place with the Seminoles.


If the “leadership” of college sports’ governing body had half a brain, they would realize the double standard when it comes to this and change something – but we won’t be holding our breath on that one. I get that the argument is FSU athletes were the only ones getting special treatment in their case – but the NCAA lost all credibility in not punishing UNC for virtually the same thing.
It’s almost as if Florida State University would have been better off having one non-student athlete cheat back in 2006 so the NCAA would have looked the other way. That’s the message the governing body sent last week with their ruling.
No matter what the NCAA wants to say, FSU fans know that Bowden won 389 games during his career and the Seminoles are riding a 35 seasons bowl streak into this season. After the hypocrisy from this most recent ruling, it would be smart for the NCAA to realize that as well.

Monday, October 16, 2017

Taxol history



http://www.wctv.tv/content/news/Making-Strides-Moment-The-Taxol-FSU-Connection-451150303.html

If you ask most people what Florida State University is known for, their answer is probably football.
However asking that same question to those in the medical community gets you a very different answer.
To them, FSU is home to one of the largest cancer discoveries of all time.
Getting a medical drug from idea to patient can take years.
40 years, to be exact, in the case of the chemotherapy drug, Taxol.
But the reason it's called "Hope in an IV" is because of what happened in Tallahassee.
Getting chemotherapy is an intense process
"The biopsy was positive for invasive ductal carcinoma,” Sonja Atkins said.
For Sonja, it means 12 weeks of sitting in a chair, prepping her port and leading up to the finale, an IV drip of Taxol.
"This drug is obviously going to change my life. And it's really cool to meet the guy who had a hand in it,” Sonja said.
That guy is FSU synthetic chemistry professor Dr. Robert Holton.
"I have always gone for difficult problems," Dr. Holton said.
And in the chemistry world, Taxol is one of the most complicated.
"I remember turning the page and seeing the structure and saying I can't even believe that this exists," Dr. Holton said.
That's because it's partly made from the Pacific Yew tree. Its bark yields small amounts of the ingredient needed to make the drug.
Not environmentally or financially viable for a large-scale clinical trial.
"To get the thing on the market, you had to have an efficient way to put them together and that's where we went," Dr. Holton said.
A difficult problem looking for a solution.
"I was sitting in a seminar drawing pictures on the back of an envelope and what I drew there worked," Dr. Holton said.
That was in the early 1990's.
Dr. Holton and FSU then partnered with the pharmaceutical company, Bristol Meyer Squibb.
Together, they took Taxol from the lab bench to the bedside.
"Almost every breast cancer patient, who needs chemotherapy, will get Taxol during part of their care for cure," Dr. Karen Russell of Tallahassee Memorial Hospital said.
While Taxol's side effects are many, Dr. Russell said its ability to save lives makes it revolutionary.
"If you think about the 230,000 cases every year of breast cancer in our country. Of those who get chemotherapy, almost everyone is getting Taxol,” Dr. Russell said.
At 73-years old, Dr. Holton is still working on Taxol with his research team.
"It's got built-in hidden resources, shall we say. My whole group has spent the last decade-plus doing nothing but exploring what that is and we get surprises every day," Dr. Holton said.
Surprises that may or may not lead to an even better drug.
That’s something, Dr. Holton said, is the beauty of his work.
“I'm simply glad I had the opportunity. It's great to have a chance like that and actually see your product out there. It's just humbling actually," Dr. Holton said.
Knowing that by solving one of chemistry's biggest mysteries, he continues giving cancer patients, like Sonja, time in every bottle.
After more than three decades at FSU, Dr. Holton is retiring in May of 2018.
Currently, his staff is working to get his lab on the state registry of historic places to commemorate his incredible work.
As for the Taxol deal, Bristol Meyer Squibb and FSU ended their deal in 2009.
Those patents generated around $350,000,000 for the university.
This deal is still the most royalty income ever generated by a university licensed technology in the United States.

Saturday, October 14, 2017

FSU the last 30 years



No automatic alt text available.

State matching lawsuit


http://www.theledger.com/news/20171014/state-tries-to-scuttle-matching-gift-case


The state is asking a Leon County circuit judge to dismiss a case alleging the state has failed to match $460 million in private donations to universities and state colleges that were made under Florida’s matching-gift laws.
University of Florida graduates and Florida State University donors filed separate class-action lawsuits, which were consolidated, seeking to force the state to come up with $600 million in matching funds for the gifts.
In a motion filed Wednesday, lawyers for the state said the matching-gift laws are subject to annual budget decisions by the Legislature and it would violate the constitutional separation of powers if the judiciary ordered lawmakers to spend the money.
“As with all other funding programs the Legislature has created, the statutes create programs but they do not appropriate any state funds for those programs; the programs are subject to future appropriations,” the motion said.
Noting the “firm separation” of constitutional authority among the legislative, executive and judicial branches, the motion added: “Because plaintiffs’ requested relief would violate the separation of powers, it cannot be granted.”
The state’s motion also attacked an alternate request for relief that asks the court to issue an order requiring the executive branch, including the governor, to make a request to the Legislature for the matching funds.


“But they lack standing to pursue this alternate relief as it cannot remedy any harm they allegedly have suffered; a budget request, after all, is only a request,” the motion said.
University of Florida alumni Ryan and Alexis Geffin filed a lawsuit in July, alleging their undergraduate education was harmed because matching funds weren’t provided for construction projects at the school.
The programs cited by the lawsuit included two construction-related funds, the Alec P. Courtelis University Facility Enhancement Challenge Grant Program and the Florida College System Institution Capital Facilities Matching Program, as well as the Dr. Philip Benjamin Matching Grant Program and the University Major Gifts Program.
A second lawsuit was filed by two Florida State University law-school graduates, Tommy Warren, a former FSU football player, and his wife, Kathleen Villacorta. The suit cited their $100,000 donation to the FSU law school for a scholarship fund that was never matched by the state and their $100,000 donation for a scholarship program for students studying marine conservation that was also never matched by the state.
Under a 2011 law, the programs cannot be restarted until a backlog of $200 million in donations for the Courtelis program as well as the other three matching-grant programs have been matched.

ACC Coaching Records (First 100 games)



Derek Satterfield @dsatt_ 7 hours ago

Wednesday, October 11, 2017

FSU Physics #1 in Southeast for PhDs



http://www.tallahassee.com/story/opinion/2016/11/21/fsu-physics-department-named-top/94246170/

For a public educational institution in Florida, there is no task more important than helping students from all backgrounds gain access to the most economically promising career paths — those in engineering, computing and the mathematical and physical sciences.
That’s why it is so significant that a national task force recently cited FSU’s Physics Department as one of five model undergraduate physics programs in the U.S.
The task force, named the Joint Task Force on Undergraduate Physics Programs (J-TUPP) because it was organized by two physics professional organizations, said that the FSU Physics Department is driven by “a focus on preparing all students for success.” That is a surprising description of an academic program in an elite discipline like physics.
The Physics Department’s undergraduate program, led by professor Susan Blessing, was cited both for its own educational innovations and for adopting highly effective teaching strategies developed elsewhere. The department’s emphasis on getting students involved in cutting-edge research early in their undergraduate careers was also lauded.
The task force pointed out that because FSU is a research university, the Physics Department “must balance competing priorities, including graduate and undergraduate education and research productivity.” But the task force noted that the undergraduate program had benefited from “having a strong undergraduate committee” — which includes a former department chair and two former chairs of national education-related committees.
The undergraduate program also benefits from broad support among the entire Physics Department faculty as well as active encouragement from administrators at higher levels.
Many parents, teachers, counselors and policymakers are surprised to learn that bachelor’s degree graduates in physics are among the most highly valued members of the 21st century workforce. Even without further education, these graduates work in engineering and information technology jobs as well as in other roles. When the Georgetown University Center on Education and the Workforce ranked bachelor’s degree fields by salary in 2015, they placed physics 15th — sharing space in the top 25 with engineering disciplines, information technology, applied math and statistics, economics and pharmacy.
Even physics bachelor degree graduates who continue on for more education contribute in unexpected ways. Many earn doctorates in physics research, of course. But undergraduate physics majors post some of the highest scores on the entrance exams for professional programs in medicine and law.

Among the science, engineering, math and computing disciplines, physics is not the only one in which FSU provides outstanding undergraduate programs. The university’s new Interdisciplinary Medical Sciences program for pre-health students is breaking new ground. The undergraduate programs in Statistics and Computer Science are growing rapidly. And that is just a sampling.
But FSU can only continue to serve Florida’s students well if we maintain a bedrock commitment to providing high quality undergraduate education, even while attending to the other demands that a research university must meet. It’s a tall order, but Florida requires nothing less.


FSU Physics @FSUPhysics 10 hours ago

Monday, October 9, 2017

FSU’s new dual-degree teacher education program relies on some dubious logic



https://bridgetotomorrow.wordpress.com/2017/10/07/fsus-new-dual-degree-teacher-education-program-relies-on-some-dubious-logic/

The FSU College of Education has now converted much of its teacher education program to a dual-degree model in which initial teacher certification requires a master’s degree instead of the traditionally-required bachelor’s degree.  In a Tallahassee Democrat article, the Dean of FSU’s College of Education, Marcy Driscoll, made several arguments in support of the conversion.  One of her arguments was dubious.  Another was factually incorrect.
Traditionally, the college provided bachelor’s degree programs leading to professional teacher certification.  The college has now made a change in which the programs leading to certification in elementary ed, English, special ed, social sciences and visual disabilities ed require a master’s degree.  Undergraduate students who want to earn certification at FSU in those fields will now be steered into a combined bachelor’s-master’s program.
According to the article, Driscoll argued that moving to the dual degree option would attract more students to teaching careers and help to alleviate the teacher shortage.  It certainly seems counterintuitive that requiring an extra degree would attract more students to the teaching profession.  It’s fair to say that this argument is dubious.
Driscoll is also quoted in the article saying “Teachers with master’s [degrees] will command a higher salary”.  This is not true, at least for Florida teachers who have entered the profession since 2011 and who want to continue as classroom teachers.  Florida Statutes state that
A district school board may not use advanced degrees in setting a salary schedule for instructional personnel or school administrators hired on or after July 1, 2011, unless the advanced degree is held in the individual’s area of certification and is only a salary supplement.
A physics teacher who has joined the profession since 2011 can earn a salary supplement for a master’s degree in physics – but not for a master’s degree in education.
The Democrat article also notes that math and science programs will remain housed in the FSU-Teach program and will require a bachelor’s degree with a double major, as they have for almost a decade.  Unfortunately, the article also made an error in describing this program.  It says that there are presently FSU-Teach programs in math, biology, physics and chemistry.  As recently as 2015-16, there was a physics option available for FSU-Teach students requiring a much smaller number of physics courses than the standard physics bachelor’s degree.  However, that option was suspended.  An option in which a student could complete both a standard bachelor’s degree in physics as well as the education courses required for all FSU-Teach students was being explored.
Why did the FSU College of Education make a move to a dual degree program?  The most obvious reason has to do with the pressure placed on SUS institutions to produce more graduate degrees.  While the pressure to produce graduate degrees has increased, the number of masters’ degrees awarded by FSU in education fields has sharply decreased – from 426 in 2006-07 to 332 in 2015-16 (that number includes all in CIP code 13 and not just those produced by the College of Education).
But it’s also worth noting that the University of Florida has for decades required students to earn a master’s degree for initial teacher certification in many fields.

Thursday, October 5, 2017

Florida State wins record NIH funding



http://news.fsu.edu/news/university-news/2017/10/04/florida-state-wins-record-nih-funding/

Florida State University researchers have brought in record funding of $35.8 million from the National Institutes of Health, more than double the amount the university received five years ago.
It is also one of the highest amounts won by any Florida research institution or university during the 2017 federal fiscal year.
“This is a great testament to the growth of Florida State University and the excellent faculty and programs we have here,” said Vice President for Research Gary K. Ostrander. “We have made strategic investments to support our faculty as they apply for these competitive research grants, and we are seeing the fruit from that labor with a remarkable demonstration of confidence from the NIH.”
FSU researchers brought in $35.8 million in the 2017 federal fiscal year, which ended Sept. 30, 2017. This is a big boost over the past five years. In federal fiscal year 2013, the university received $15.7 from the NIH.
It also positions the university as one of the leaders in the state in health and biomedical research. FSU ranked fifth in the state for funding from the NIH, ahead of heavyweights such as the Mayo Clinic in Jacksonville and H. Lee Moffitt Cancer Center and Research Institute in Tampa.  
“We’ve worked hard to build many of our programs at the College of Medicine, the College of Nursing and in other areas that typically receive NIH funding,” Ostrander said. “Boosting our NIH funding has been a strategic goal of the university, and we are happy that our researchers have received these dollars to conduct important health-related research that can improve the lives of people in the U.S. and around the world.”
The surge in research funding from the NIH also coincides with a dramatic jump in national rankings by FSU. In two years, the university has vaulted 10 spots in the U.S. News & World Report rankings. FSU is now ranked No. 33 in the nation among public universities.
The Florida Legislature’s designation of FSU as one of the state’s two preeminent universities and the funding tied to that has allowed the university to hire additional faculty in the health sciences and other areas.

Wednesday, October 4, 2017

New Biomedical Technology Resource Center coming to FSU MagLab



http://www.wctv.tv/content/news/FSU-MagLab-receives-56-million-grant-449420393.html

A brand new Biomedical Technology Resource Center is coming to Florida State University’s National High Magnetic Field Laboratory, thanks to a $5.8 million grant from the National Institutes of Health.
MagLab officials say the center will be developing unique instrumentation for cutting-edge biomedical work in high magnetic fields to fight diseases like Alzheimer’s and tuberculosis.

“We’re pleased by the NIH’s investment in research at the MagLab and believe these funds will help propel our scientists’ work in biomedical research forward as they seek to better understand complicated diseases that affect millions of people,” said FSU Vice President for Research Gary K. Ostrander.
The center’s main equipment will be in the form of probes, mini-electronic devices that hold biological samples while they are loaded into a magnet. These new probes will help scientists see the structure and chemistry of proteins that cause diseases.
Two of the new probes, called “magic angle spinning probes,” will be specifically designed for a technique known as “dynamic nuclear polarization”. These unique probes will spin solid biological samples near the speed of sound (up to 50,000 revolutions per second) to isolate signals and derive needed information to understand the molecular basis of diseases.

New COE Building request



http://www.tallahassee.com/story/news/2017/10/03/famu-fsu-college-engineering-seeking-funding-third-building/726119001/



The FAMU-FSU College of Engineering wants a new building to accommodate more students, research, classrooms and student activities. 
 
A third building, identified as “Building C,” would add 104,000 square feet of new space to meet the needs of the existing 2,550 students.
Dean. J. Murray Gibson said the new building also will help increase overall enrollment and the number of graduates. The college’s current graduate numbers of 539 could be increased to 750, with a reduction in the time to graduate.
Gibson made his pitch to the Board of Governors facilities committee Tuesday, as he sought support for $15.2 million in construction money requested by both universities toward the project.
The total cost of construction is $87 million with funding provided through 2021.
Both universities have included a line item of $15.2 million in construction money in the 2018-2019 requests for planning and construction and repairs to the two existing buildings.
Committee members didn't raise any questions or concerns about the request, made during an afternoon of listening to construction request from representatives of the state's public universities.
Florida International University is seeking $53 million for its $150-million engineering building project, and the University of Central Florida is requesting $17.7 million for its engineering building.
The committee did not vote on the requests, which will be discussed further during the full Board of Governor's meeting in November.
“I am very grateful that FAMU and FSU recognize the high-priority space needs of the college, and the potential for the college to better serve its student population,” Gibson said in a recent interview. “New spaces for development of senior design projects, innovative classrooms, maker space and research/entrepreneurial facilities will improve student success and increase the spin-off economic impact for the region.”
The idea for a third building at the joint college was first proposed in 2002, but it never got approved for public education capital outlay funding or PECO funding. Declining enrollment was a factor, as well as cost and organization of the dual-college.
But in recent years, enrollment has grown. The college is now supervised by the Joint Management Council, which includes the presidents, provosts and vice presidents for finance and administration from both universities and chaired by Chancellor Marshall Criser III. Research funding is expected to double in the future to $40 million annually.


Other local construction requests heard Tuesday included:
  • Earth, Ocean and Atmospheric Science Building, FSU: $13 million, that would go toward completion of the construction.
  • Interdisciplinary Research & Commercialization Building, FSU: $27 million
  • College of Business Legacy Hall, FSU: $10 million. FSU President John Thrasher said $10.5 million already has been raised for the $88-million project.
  • STEM Teaching Lab Building, FSU: $6.8 million
  • FAMU Center for Access and Student Success Building: $21.4 million.
FAMU received $16 million toward planning and construction last year. About $13 million is being held until further funding becomes available. 
At September’s joint council meeting, Thrasher urged the BOG staff and Gibson to “be bold” in making the engineering school's request.
“It’s what we ought to be doing,” Thrasher said. “This building will have a huge impact on FSU and FAMU. If you’re thinking $50 million and really need $80 million, go for $80 million. I would hate to miss the opportunity to get it before the Legislature this session.”
The concept also was recently approved in an Educational Plant Survey required by the Board of Governors every five years that reviews space needs for campuses.
The review was conducted by representatives from FSU, FAMU, the Board of Governors and facilities representatives from other state system universities.The BOG's facilities committee approved the report Tuesday morning without discussion.
“The team, which includes facilities representatives from other SUS universities, simply evaluated our space needs based on our current space and enrollments,” Gibson said. “This analysis, which is based on state and national norms regarding square feet per enrolled student, concluded that we are in need of an additional 106,000 net assignable square feet to support our existing enrollment of 2,550 students.”

ESPN Coverage




The Idiot Goalie @IdiotGoalie Oct 3

Sunday, October 1, 2017

The Gateway District

Great moves by FSU.  FSU campus planners are the best.

http://www.urbantallahassee.com/index.php/forums/viewtopic.php?p=37072#p37072

Springhill Road will get an upgrade, but traffic data has shown that Lake Bradford Rd is the preferred route from the airport to downtown. Also, FSU wants to better connect airport traffic to its new developments which will be (and is) occurring in the southwest campus. There will also be a lot of activity occurring along the Orange Avenue corridor to help increase development in and around Innovation Park.

http://www.tallahassee.com/story/news/2017/10/01/florida-states-quest-improve-access-sw-campus-gets-support-blueprint-board/717969001/

A Florida State University proposal to partner with Blueprint Intergovernmental Agency planners to create a network of roads to improve access to its southwest campus is gaining momentum.
The board of the Blueprint Intergovernmental Agency – made up of city of Tallahassee and Leon County commissioners – recently endorsed a concept expanding what previously had been approved in 2015 as the Airport Gateway into a new Gateway District.
The Gateway District concept would include the addition of a new road proposed by Florida State, from Orange Avenue through its property near the Don Veller Seminole Golf Course and Club that would extend to Stuckey Avenue and link up with the FAMU Way extension at Lake Bradford Road.
The FSU addition first was proposed to the Intergovernmental Agency board in February by Kevin Graham, executive director of FSU’s Real Estate Foundation. Since then, Blueprint staff and FSU engaged in meetings to identify opportunities that could be created by linking FSU’s addition to the Blueprint Airport Gateway project. The Gateway District idea emerged.
 
Here’s what’s being considered:
The original Airport Gateway Project includes improvements on Springhill and Lake Bradford Roads from Tallahassee International Airport to Gaines Street, approximately three miles. The route would include new landscaping, bicycle lanes, potentially new travel lanes and a median along Springhill. Added to the Lake Bradford portion would be landscaping, bike lanes and roundabouts leading to Gaines Street.
The estimated cost is $58.7 million. This includes money for right-of-way purchases, but no money is allocated for the widening.
 
 
 
 
The proposed Gateway District includes enhancements to seven miles of roads while providing the same level of improvements to Springhill and Lake Bradford Roads from the airport to Orange Avenue.
The Gateway District also includes improvements to a segment of Orange Avenue. The Florida Department of Transportation is considering widening Orange Avenue from Lake Bradford to a new road leading to the entrance of FSU’s property west of Pottsdamer Street. FSU would donate right of way property to make this happen to fulfill the vision of the Gateway District.
A new two-lane boulevard would be built beginning at Orange Avenue at the entrance to FSU’s property west of Pottsdamer, continuing to Stuckey Avenue and ending at Lake Bradford Road, where it connects to the FAMU Way Expansion.
Under this proposal, the estimated cost of the Gateway District is $78.8 million. It would include the original Blueprint investment of $58.7 million, but now would include $9 million in right-of-way donations and costs for the new road paid by FSU and FDOT would contribute $12 million for construction costs associated with Orange Avenue.
Blueprint staff and board members endorsed the District concept as a more complete proposal for improving travel in the southwest corridor.
 
The new road proposed by FSU also would reduce the traffic now generated on Pottsdamer Street through the Callen neighborhood by those headed to FSU’s properties and to Innovation Park, planners said.
“The Gateway District concept, if approved by the Intergovernmental Agency later this year, would positively impact the Springhill Road community through the estimated $9.5 million in new enhancements (sidewalks, lighting, landscaping). Additionally, the proposed new, north-south roadway between Orange Avenue and Stuckey Street, would likely reduce the traffic through the Providence and Callen neighborhoods as those traveling to the FAMU-FSU College of Engineering, the MagLab, Innovation Park, would have a more direct route.”
 
 “This is a game-changer,” Dailey said of the Gateway District concept. “I think it’s desperately needed. It will have impact on the airport.”