Efta Yudiarsah, Ph.D.

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Efta Yudiarsah, Ph.D. lahir di Pagar Jati, Sumatera Selatan, pada 16 April 1972. Ia meraih gelar Sarjana Fisika (1997) dan Magister Fisika (2000) dari Jurusan Fisika Universitas Indonesia. Ia terpilih untuk mengikuti Program Diploma Fisika Materi Padat yang diselenggarakan oleh The Abdus Salam International Centre for Theoretical Phyicis (ICTP), di Trieste, Italia (2001-2002). Ia meraih gelar Doktor dari Jurusan Fisika Universitas Ohio pada tahun 2008, dengan disertasi berjudul Charge Transport through Molecules: Structural and Dynamical Effects.

Minat Penelitian

Fisika Materi Padat Teoritis: Sifat-sifat Pengangkutan Molekul. Efek Getaran pada Sifat-sifat Pengangkutan Molekul. Pengangkutan Spin. Bahan Magnetik dan Semikonduktor. Dinamika Nonlinier.

Mata Kuliah Sarjana: MPKT, Fisika Umum, Mekanika Klasik, Fisika Matematika, Fisika Modern, Fisika Statistik, Laboratorium tingkat lanjut.
Mata Kuliah Pascasarjana: Fisika Benda Padat, Topik Terpilih dalam Fisika Benda Padat.

Siswa Sebelumnya:
Daniel Kurnia Suhendro, The Effect of Phonons on Charge Transport in DNA Double Helix(undergraduate thesis, completed in November 2009, shared advisory with Prof. Dr. rer. nat. Rosari Saleh)

Scopus
Google Scholar
  1. F. Rahmani and E. Yudiarsah, A study of the poly(dA)-poly(dT) DNA electric field-dependence: Density of states (DOS) analysis, IOP Conference Series: Materias Science and Engineering 763, 012067 (2020)
  2. E. N. Sinurat and E. Yudiarsah, Electron transmission probability and density of states of G4 DNA molecule in electric field, IOP Conference Series: Materials Science and Engineering 763, 012061 (2020)
  3. L. Apriyanti and E. Yudiarsah, Influence of magnetic and electric field on I-V characteristic of the G4 DNA molecule, IOP Conference Series: Materials Science and Engineering 578, 012024 (2019)
  4. F. Rahmani and E. Yudiarsah, Modelling electric field influence on density of states (dos) and localization length of poly(da)-poly(dt) dna, IOP Conference Series: Materials Science and Engineering 578, 012025 (2019)
  5. E. N. Sinurat and E. Yudiarsah, I-V characteristics on G4 DNA molecule: Electric field and current dependent hopping amplitude model, IOP Conference Series: Materials Science and Engineering 578, 012023 (2019)
  6. A. M. Risqi and E. Yudiarsah, Effects of magnetic field and temperature on the density of states of the poly(dA)-poly(dT) DNA molecule, IOP Conference Series: Materials Science and Engineering 496, 012029 (2019)
  7. L. Apriyanti and E. Yudiarsah,Electric and magnetic field influence on localization length G4 DNA molecule, IOP Conference Series: Materials Science and Engineering 496, 012044 (2019)
  8. R. Rahman and E. Yudiarsah, Modeling of the temperature and magnetic field dependence on the density of states of G4-DNA molecules, IOP Conference Series: Materials Science and Engineering 496, 012016 (2019)
  9. F. Rahmani and E. Yudiarsah, Electric field-dependent charge transport in a poly (dA)-(dT) DNA molecule: Localization length study, IOP Conference Series: Materials Science and Engineering 496, 012061 (2019)
  10. E. N. Sinurat and E. Yudiarsah, Dependence on the length of localization of G4 DNA molecule to temperature and electric field, IOP Conference Series: Materials Science and Engineering 496, 012053 (2019)
  11. Daniel Kurnia Suhendro, Efta Yudiarsah, Rosari Saleh, Effect of phonons and backbone disorder on electronic transport in DNA, Physica B 405, 4806-11 (2010).
  12. Horacio Castellini, Efta Yudiarsah, Lilia Romanelli, and Hilda A. Cerdeira, Coupled Chaotic Oscillators and their relation to Artificial Quadrupeds Central Pattern Generator, Pramana: Journal of Physics 64, 525-534, 2005.