editors note: last november texas a&m university president michael k young announced a new $4 billion comprehensive campaign lead by example that will cement texas a&m as a world leader in solving great global challenges the following story largely is excerpted from the version that originally appeared in the texas a&m foundations 2005 annual report re invest its a piece that illustrates not only the ties between fundraising campaigns (in this case one spirit one vision which raised more than $1 billion) but also the fact that much of texas a&ms success is rooted in a past that figures prominently in its present and future success #tamuleads # # # # # # # # # # solar power transuranics breast cancer molten salt magnets the common denominator among this eclectic list of topics is a rather uncommon renaissance man dr peter m mcintyre who holds the mitchell-heep chair in experimental high energy physics within the george p and cynthia woods mitchell institute for fundamental physics and astronomy at texas a&m university mcintyre working in his lab with former graduate student kyle damborsky and former postdoctoral researcher feng lu (credit: robb kendrick / texas a&m foundation) known for his pioneering work with proton-antiproton colliding beams mcintyre uses his research agenda to develop new technologies for the worlds strongest magnetic fields for future accelerators among other breakthroughs thus far in his nearly four-decade career he has invented a way to produce electric power from nuclear fission in a reactor that is intrinsically stable cannot melt down eats its own waste does not produce bomb-capable isotopes and uses a fuel that is 10 times more plentiful than uranium the university of chicago graduate continues to use his knowledge to ponder solutions to some of todays most pressing issues i enjoy the parallelism in developing technology to extend my research and to find solutions to important practical problems mcintyre said from childs play to dream job mcintyres exploration of diverse research areas stems from his childhood interest in understanding how things work as a young kid i tinkered and experimented with chemistry and physics in a little lab that i built he recalled beginning with my chemistry and erector sets i begged electrical components from our neighbor the electrician and became friends with the local druggist after an episode where i nearly burned up my bedroom i moved my lab to a small shack that my father built in our backyard in that scientific sanctuary of his youth the budding scientist followed my nose to explore many ideas such as learning about space travel he recreated nasas early space missions by building rockets compounding rocket fuel and using anoles as astronauts one day he took apart his familys tube tv set to learn how the picture was projected so he could fix the rolling picture his father walked in the door from a long day at work to find his son on the floor surrounded by the sets innards fortunately mcintyre succeeded in reassembling the set and made it work within the hour from these experiments and adventures the young mcintyre developed a mental image of his dream job directing a lab with a group of scientists who would discover new concepts and inventions that dream job came true: since 1980 mcintyre has directed texas a&ms accelerator research laboratory featuring a staff of more than a dozen technologists and a veritable toy shop of high-tech equipment bruce strauss who works with the us department of energys (doe) office of high energy physics has known mcintyre for more than 30 years and values the texas a&m physicists ability to find new ways to address current-day issues peter comes up with more ideas per unit of time than most researchers strauss explained he has a good sense of whether theres another way of doing things magnets that triple energy target tumors mcintyres accelerator research laboratory group pictured in 2013 with the magnet for the superconducting super collider (ssc) despite the fact that the texas-based project fell victim to congressional budget cuts mcintyre says it gave him invaluable experience at figuring out how to connect science with the political leaders who could bring it to fruition thats how things can happen and thats how they do happen in this world he said it takes persistence and ingenuity in trying to find a way (credit: robb kendrick / texas a&m foundation) roughly 10 years ago mcintyre invented a new way to utilize the technology he had developed for high-field superconducting magnets for use in energy applications if we can put the new ideas into practice it might make it possible to triple the energy reach of the large hadron collider at cern the european center for high energy research in geneva switzerland mcintyre said funds from the endowed chair have supported several of mcintyres trips to cern including one in spring 2005 during which he identified a solution to a design flaw with the colliders then-1 000 magnets that would have limited the colliders ability to reach its design performance mcintyres group built the prototype to correct that flaw and later equipped all of the lhcs magnets with the devicemore recently mcintyre has been modifying his magnet-based technology during the past year to help researchers at the university of texas southwestern medical center devise a better way to detect breast cancer very early greatly improving the odds that it can be cured using funding from the cancer prevention research institute of texas (cprit) he is developing a superconducting magnet capable of projecting an ultra-uniform magnetic field outside a magnet patients will be able to walk up to the unit stand in the right place and within a matter of just three minutes receive a set of high-resolution images that pinpoint early-stage breast cancer with greater-than 90 percent sensitivity twice the sensitivity of mammography it does the job with no radiation no compression and in a short enough time that the cost can be comparable to mammography he said salt = safe nuclear power 24/7 solar power mcintyre also led another team that developed a design for safe nuclear power using a particle accelerator to drive fission without requiring that the core be operated with criticality the fission fuel would be dissolved in molten salt and the molten salt would provide the fuel the moderator and the heat transport for the power station it destroys the bad stuff the transuranics which are the chemical elements beyond uranium in the periodic table and recovers the good stuff which is the fuel he said he currently advises a boston-based company that is developing molten-salt technology for nuclear power in competition with four other efforts around the world in addition he says a major oil company is poised to donate a state-of-art molten salt experimental system to texas a&m to push this work along work that has important applications for other ways to make energy a ‘tower of power reflector array can concentrate sunlight onto a heat exchanger that stores the heat all day in a huge underground tank of molten salt mcintyre says the molten salt heats steam to make electricity just the same as if one were to burn coal for the purpose except there is no co2 no smoke no pollution at all and it makes it possible to deliver the solar power day and night rain or shine collateral impacts in the classroom tintype portrait of mcintyre commissioned by the texas a&m foundation for its 2005 annual report learn more about the process via national geographic (credit: robb kendrick / texas a&m foundation) mcintyre who has been a texas a&m faculty member for 36 years also finds rich rewards in teaching the next generation of physicists and engineers his commitment to providing a quality education for aggies in both the classroom and the laboratory has been enhanced by another major gift beyond his endowed chair the new physics buildings dedicated in 2009 and funded through a unique public-private partnership spearheaded by a $35 million commitment from cynthia and george p mitchell 40 the state-of-the-art buildings have provided new opportunities for research that is probing the beginning of the universe and the unification of the fundamental fields of nature mcintyre said along with a collateral impact through the innovation and improvements in physics courses for our undergraduates these physics courses are a critical component in the education of thousands of students who plan to major in a variety of disciplines from engineering and the sciences to geosciences and other fields in any given year take 2014-15 for instance in which roughly 5 000 registered for the calculus-based 218/208 freshman physics course sequence required of most engineering students between the new buildings and his accelerator research laboratory mcintyre has the perfect stage to stretch his students minds by sharing his talent: linking physics formulas with actual design and applications peter mcintyre is a physicist with an engineering sense strauss said his purpose in life is to make people think # # # # # # # # # # about research at texas a&m university: as one of the worlds leading research institutions texas a&m is at the forefront in making significant contributions to scholarship and discovery including that of science and technology research conducted at texas a&m represented annual expenditures of more than $8666 million in fiscal year 2015 texas a&m ranked in the top 20 of the national science foundations higher education research and development survey (2014) based on expenditures of more than $854 million in fiscal year 2014 texas a&ms research creates new knowledge that provides basic fundamental and applied contributions resulting in many cases in economic benefits to the state nation and world to learn more visit http://researchtamuedu -atm- contact: shana k hutchins (979) 862-1237 or shutchins@sciencetamuedu or dr peter m mcintyre (979) 255-5531 or mcintyre@physicstamuedu