Chemistry 3 3 175

Philip Albiniak

Associate Professor

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CP 305   Phone: 765-285-8183  

Department of Chemistry
Ball State University
Cooper Physical Science Building, room 305
Muncie, IN 47306

Postdoctoral Associate Florida State University (2009)
Princeton University Ph.D. (2008)
College of Charleston B.S. (2000)

Research Interests

Our research group is primarily interested in the field of synthetic organic methodology.  The methods development work in our lab can have overlap and potential applications in a variety of fields such as total synthesis, bioorganic and medicinal chemistry, organometallic chemistry, and reactive intermediates.  Currently we are working on the development of new, mild arylmethyl transfer reagents and the applications of these reagents in organic synthesis.  In addition, we are developing new transition metal mediated reactions towards the facile development of flavones and related derivatives. 

Recent Publications

Strayer, T. A.; Culy, C. C.; Bunner, M. H.; A. R.; Frank; Albiniak, P. A.* In Situ Synthesis of 2-allyloxy-1-methylpyridinium triflate for the allylation of carboxylic acids. Tetrahedron Lett. 2015, 56, 6807.

Salvati, A. E., Hubley, C. T.; Albiniak, P. A.* Acid- and isobutylene gas-free synthesis of t-butyl ethers by in situ formation of 2-t-butoxy-1-methylpyridinium triflate. Tetrahedron Lett. 2014, 55, 7133.

P. A. Albiniak, G. B. Dudley, "New reagents for the synthesis of arylmethyl ethers and esters," Synlett 2010, 841-851.

Course Schedule
  • Course
    Course
    No.
    No.
    Section
    Section
    Time
    Time
    Days
    Days
    Location
    Location
  • Course
    Organic Chemistry 1
    No.
    231
    Section
    21
    Section
    1230-1330
    Days
    T
    Location
    CL 278
  • Course
    Organic Chemistry 1
    No.
    231
    Section
    21
    Section
    1331-1515
    Days
    T
    Location
    CP 452
  • Course
    Organic Chemistry 1
    No.
    231
    Section
    21
    Section
    1300-1350
    Days
    M W F
    Location
    CP 255
  • Course
    Organic Chemistry 1
    No.
    231
    Section
    22
    Section
    0930-1030
    Days
    T
    Location
    CL 278
  • Course
    Organic Chemistry 1
    No.
    231
    Section
    22
    Section
    1031-1215
    Days
    T
    Location
    CP 450
  • Course
    Organic Chemistry 1
    No.
    231
    Section
    22
    Section
    1300-1350
    Days
    M W F
    Location
    CP 255
  • Course
    Organic Chemistry 1
    No.
    231
    Section
    23
    Section
    1400-1450
    Days
    M
    Location
    CL 278
  • Course
    Organic Chemistry 1
    No.
    231
    Section
    23
    Section
    1451-1650
    Days
    M
    Location
    CP 450
  • Course
    Organic Chemistry 1
    No.
    231
    Section
    23
    Section
    1300-1350
    Days
    M W F
    Location
    CP 255
  • Course
    Organic Chemistry 1
    No.
    234
    Section
    1
    Section
    1400-1500
    Days
    M W
    Location
    CL 278
  • Course
    Organic Chemistry 1
    No.
    234
    Section
    1
    Section
    1501-1645
    Days
    M W
    Location
    CP 452
  • Course
    Organic Chemistry 1
    No.
    234
    Section
    1
    Section
    1300-1350
    Days
    M W F
    Location
    CP 255
  • Course
    Masters Candidate
    No.
    600
    Section
    1
    Section
    0000-0000
    Days
    Location
  • Course
    Thesis
    No.
    698
    Section
    6
    Section
    0000-0000
    Days
    Location