PAST NEWS
FEBRUARY 4, 2021: METHOD TO PREDICT THE LOAD DEPENDENT VICKERS HARDNESS PUBLISHED IN ADV. MATER.
JANUARY 10, 2021: THE FUTURE OF LUMINESCENT MATERIALS DEVELOPMENT USING A.I.
FEBRUARY 20, 2020: REVIEWING METHODS FOR DISCOVERING NEW INTERMETALLICS
FEBRUARY 12, 2020: JAKOAH NAMED A 2020 SLOAN RESEARCH FELLOW IN CHEMISTRY
DECEMBER 20, 2019: MACHINE LEARNING GUIDED DISCOVERY OF THERMALLY ROBUST PHOSPHORS
DECEMBER 10, 2019: A NEW MULTIPLEX LATERAL FLOW ASSAY DEVELOPED
AUGUST 25, 2019: DEVELOPING SUSTAINABLE SUPERHARD MATERIALS
AUGUST 26, 2019: USING X-RAY ABSORPTION TO UNDERSTAND PERSISTENT PHOSPHORS
FEBRUARY 29, 2019: SCAR: DATA-DRIVEN STRUCTURE SOLUTION
OCTOBER 20, 2018: COMPUTATIONAL DIRECTED DISCOVERY OF SUPERHARD MATERIALS
FERUARY 29, 2019: CONTROLLING TRAP STATES VIA CHEMICAL SUBSTITUTION
November 1, 2018: JAKOAH RECIEVES NSF CAREER AWARD
APRIL 5, 2018: MACHINE LEARNING CAN PREDICT THE BAND GAP USING EXPERIMENTALLY MEASURED OPTICAL PROPERTIES
OCTOBER 22, 2018: DIRECTED SEARCH FOR NEW PHOSPHORS PUBLISHED IN NATURE COMMUNICATIONS
NOVEMBER 5, 2018: HIGH PRESSURE CAN STABLIZE ANIONIC TRANSITION METALS
AUGUST 17, 2018: UNDERSTANDING THE CRYSTAL CHEMSITRY OF GOLD
JULY 16, 2018: MACHINE LEARNING USED TO DIRECT THE SEARCH FOR SUPERHARD MATERIALS OUT IN JACS!
JULY 11, 2018: UNDERSTANDING THE ORIGIN OF PERSISTENT LUMINESCENCE IN STRONTIUM ALUMINATE
MARCH 29, 2018: NEWEST HIGH SYMMETRY BORATE PHOSPHOR PUBLISHED IN CHEM. MATER.