Events Department of Physics

Weekly Seminar

Event on
2024
2023
2022
2021
2020
2019
2018
2017
2016
2015

september, 2024

18sep(sep 18)1:00 pm(sep 18)1:00 pmOptical Properties of PerovskitesAsmida Herawati, Ph.D.

ATA 2023/2024

january

No Events

february

21feb(feb 21)1:00 pm(feb 21)1:00 pmEXPAND YOUR CAPABILITIES WITH SCANNING ELECTRON MICROSCOPYDennis Avima, S.T.

28feb(feb 28)1:00 pm(feb 28)1:00 pmTitle Vibrational Spectroscopy: Insights, Challenges, and Applications in Medicine and Food SciencesSyahril Siregar, Ph.D.

march

No Events

april

03apr(apr 3)1:00 pm(apr 3)1:00 pmIntroduction to Quantum CrystallographyDr. Maykel T.E. Manawan

may

07may(may 7)1:00 pm(may 7)1:00 pmInvestigation of Electronic, Optical, and Magnetic Properties of A Quasi-one-dimensional molecular Mott InsulatorDr. M. Khalis Nuryadin

08may(may 8)1:00 pm(may 8)1:00 pmUnraveling the structure-property relationship of low-dimensional perovskites probed by soft X-ray absorption spectroscopy and photoluminescence techniques

22may(may 22)1:00 pm(may 22)1:00 pmUnderstanding the Emergent Phenomena in Strongly Correlated Low-Dimensional Materials using X-ray Synchrotron Methods and Spectroscopic EllipsometryDr. Muhammad Avicenna Naradipa

june

26jun(jun 26)1:00 pm(jun 26)1:00 pmQuantum Thermodynamics and Spin Transport in an Open One-Dimensional Fermi-Hubbard Optical LaticeDr. Vladimir Paat Villegas

PTA 2024/2025

july

No Events

august

No Events

september

18sep(sep 18)1:00 pm(sep 18)1:00 pmOptical Properties of PerovskitesAsmida Herawati, Ph.D.

october

No Events

november

No Events

december

No Events

ATA 2022/2023

january

No Events

february

08feb(feb 8)1:00 pm(feb 8)1:00 pmStudy and Scholarship in Graduate Institute of Applied Science and Technology, Taiwan TechProf. Wei-Song Hung

march

13mar(mar 13)9:00 am15(mar 15)9:00 amASIIN Accreditation Cluster Magister

29mar(mar 29)1:00 pm(mar 29)1:00 pmPhysical Phenomenon in Confinement Systems: Quantum Bouncer and Casimir effectDr. Ar Rohim, S.Si., M.Sc

april

06apr(apr 6)1:00 am31may(may 31)1:00 amBeasiswa (PMDSU) batch VII 2023

Event Details

PMDSU merupakan program beasiswa Kementerian Pendidikan, Kebudayaan, Riset dan Teknologi yang bertujuan untuk “mendidik sarjana unggul melalui pendidikan Magister menuju Doktor yang melibatkan dosen sebagai peneliti/kelompok peneliti dengan rekam jejak penelitian setingkat internasional.” (pmdsu.id)

Pada tahun 2023 ini Fakultas Ilmu Komputer Universitas Indonesia kembali membuka kesempatan bagi lulusan program sarjana yang memenuhi syarat untuk melakukan pendaftaran mengikuti program ini. Terdapat proses seleksi untuk menentukan Penerima Beasiswa PMDSU UI.

Komponen Beasiswa PMDSU

Biaya Hidup, Biaya Buku, dan Biaya Penelitian
Biaya Pendidikan (at cost)
Biaya Program Sandwich di Universitas Luar Negeri*

*) Bersifat kompetitif

Persyaratan Beasiswa PMDSU UI

Lulus seleksi masuk SIMAK UI*:

SIMAK Gasal Gelombang 1 (Pendaftaran: 17 Februari – 8 Maret 2023)

SIMAK Gasal Gelombang 2 (Pendaftaran: Mei – Juni 2023)

*) Cek detail informasi pendaftaran Program Magister di UI: https://simak.ui.ac.id/info/jadwal-seleksi-2023.html

Sarjana unggul (fresh graduate)
Telah memiliki gelar S1 (sarjana strata 1)
Persyaratan IPK pelamar sebagai berikut:

a. Akreditasi PT Asal Pelamar A, Akreditasi Prodi Asal Pelamar A, maka IPK ≥ 3,25

b. Akreditasi PT Asal Pelamar B, Akreditasi Prodi Asal Pelamar A, maka IPK ≥ 3,5

c. Akreditasi PT Asal Pelamar A, Akreditasi Prodi Asal Pelamar B, maka IPK ≥ 3,5

d. Akreditasi PT Asal Pelamar B, Akreditasi Prodi Asal Pelamar B, maka IPK ≥ 3,75

e. Akreditasi PT dan Prodi Asal Pelamar dibawah B, maka IPK ≥ 3,8

Usia pada saat mendaftar tidak lebih dari 24 tahun untuk lulusan nonprofesi dan 27 tahun untuk lulusan profesi
Memperoleh rekomendasi dari dosen pembimbing saat menempuh program sarjana
Memperoleh rekomendasi dari calon promotor PMDSU (dalam hal ini salah satu promotor dari Fakultas Ilmu Komputer Universitas Indonesia*)

*) rekomendasi ini sebagai informasi bahwa calon mahasiswa telah mengkomunikasikan latar belakang pendidikan, motivasi, rencana studi dan risetnya, dan informasi lain yang relevan kepada calon promotor.

Warga Negara Indonesia
Tidak sedang menerima beasiswa lainnya
Sehat jasmani, rohani dan bebas narkoba

*) disertai Surat Keterangan Sehat Jasmani dan Rohani serta Surat Keterangan Bebas Narkoba

Bersedia mengikuti pendidikan pascasarjana selama jangka waktu 4 (empat) tahun dengan menandatangani surat pernyataan bermaterai

Calon Promotor PMDSU Departemen Fisika FMIPA Universitas Indonesia

Prof. Dr. Azwar Manaf, M.Met.
Prof. Dr. Vivi Fauzia, S.Si., M.Si.
Prof. Dr. Drs. Anto Sulaksono, M.Si.
Prof. Dr. Drs. Terry Mart
Muhammad Aziz Majidi, S.Si., M.Si., Ph.D.
Dr. Budhy Kurniawan R., M.Si.

Informasi lebih lanjut terkait mekanisme dan pendaftaran PMDSU

https://pmdsu.kemdikbud.go.id/index.php

Time

April 6 (Thursday) 1:00 am – May 31 (Wednesday) 12:23 pm

Calendar GoogleCal

may

06apr(apr 6)1:00 am31may(may 31)1:00 amBeasiswa (PMDSU) batch VII 2023

Event Details

Komponen Beasiswa PMDSU

Biaya Hidup, Biaya Buku, dan Biaya Penelitian
Biaya Pendidikan (at cost)
Biaya Program Sandwich di Universitas Luar Negeri*

*) Bersifat kompetitif

Persyaratan Beasiswa PMDSU UI

Lulus seleksi masuk SIMAK UI*:

SIMAK Gasal Gelombang 1 (Pendaftaran: 17 Februari – 8 Maret 2023)

SIMAK Gasal Gelombang 2 (Pendaftaran: Mei – Juni 2023)

*) Cek detail informasi pendaftaran Program Magister di UI: https://simak.ui.ac.id/info/jadwal-seleksi-2023.html

Sarjana unggul (fresh graduate)
Telah memiliki gelar S1 (sarjana strata 1)
Persyaratan IPK pelamar sebagai berikut:

a. Akreditasi PT Asal Pelamar A, Akreditasi Prodi Asal Pelamar A, maka IPK ≥ 3,25

b. Akreditasi PT Asal Pelamar B, Akreditasi Prodi Asal Pelamar A, maka IPK ≥ 3,5

c. Akreditasi PT Asal Pelamar A, Akreditasi Prodi Asal Pelamar B, maka IPK ≥ 3,5

d. Akreditasi PT Asal Pelamar B, Akreditasi Prodi Asal Pelamar B, maka IPK ≥ 3,75

e. Akreditasi PT dan Prodi Asal Pelamar dibawah B, maka IPK ≥ 3,8

Usia pada saat mendaftar tidak lebih dari 24 tahun untuk lulusan nonprofesi dan 27 tahun untuk lulusan profesi
Memperoleh rekomendasi dari dosen pembimbing saat menempuh program sarjana
Memperoleh rekomendasi dari calon promotor PMDSU (dalam hal ini salah satu promotor dari Fakultas Ilmu Komputer Universitas Indonesia*)

Warga Negara Indonesia
Tidak sedang menerima beasiswa lainnya
Sehat jasmani, rohani dan bebas narkoba

*) disertai Surat Keterangan Sehat Jasmani dan Rohani serta Surat Keterangan Bebas Narkoba

Bersedia mengikuti pendidikan pascasarjana selama jangka waktu 4 (empat) tahun dengan menandatangani surat pernyataan bermaterai

Calon Promotor PMDSU Departemen Fisika FMIPA Universitas Indonesia

Prof. Dr. Azwar Manaf, M.Met.
Prof. Dr. Vivi Fauzia, S.Si., M.Si.
Prof. Dr. Drs. Anto Sulaksono, M.Si.
Prof. Dr. Drs. Terry Mart
Muhammad Aziz Majidi, S.Si., M.Si., Ph.D.
Dr. Budhy Kurniawan R., M.Si.

Informasi lebih lanjut terkait mekanisme dan pendaftaran PMDSU

https://pmdsu.kemdikbud.go.id/index.php

Time

April 6 (Thursday) 1:00 am – May 31 (Wednesday) 12:23 pm

Calendar GoogleCal

17may(may 17)1:00 pm(may 17)1:00 pmElectrospun Nanofibers for Quartz Crystal Microbalance (QCM)-based Gas & Humidity SensorsDr. Aditya Rianjanu, S.Si.

june

07jun(jun 7)1:00 pm(jun 7)1:00 pmSemiconducting Nanomaterials for PhotocatalysisHairus Abdullah, Ph.D

21jun(jun 21)1:00 pm(jun 21)1:00 pmTitanium Metal Extraction From Local Ilmenite Raw Material Using CaCl₂ By Pyrometallurgy MethodIr. Sony Sukmara, M.MT., M.T

21jun(jun 21)10:00 pm(jun 21)10:00 pmGeneral Lecture – Sharing SessionProf. Ts. Dr. Uda Bin Hashim, Prof. Madya. Ts. Dr. Muhammad Mahyiddin Bin Ramli and Dr. Muhammad Nur Aiman Bin Uda

PTA 2023/2024

july

No Events

august

No Events

september

06sep(sep 6)1:00 pm(sep 6)1:00 pmGreen Sputtering Technology for Green Hydrogen ProductionIr. Sony Sukmara, M.MT., M.T

13sep(sep 13)1:00 pm14(sep 14)1:00 pmPlasmonic chemistry: activating chemical reactions with metal nanoparticlesDr. Andrea Baldi

14sep(sep 14)3:00 pm(sep 14)3:00 pmEffective Powerpoint PresentationsDr. Andrea Baldi

20sep(sep 20)1:00 pm(sep 20)1:00 pmThe Application of Carbon Dots for Photocatalysis and NanofiltrationDr. Nonni Soraya, Dosen Prodi Teknik Kimia, Universitas Pertamina

27sep(sep 27)1:00 pm(sep 27)1:00 pmMikroskop Digital Keyence VHX7000Lentari Nisfidah dan Juan Maurice

october

No Events

november

08nov(nov 8)1:00 pm(nov 8)1:00 pmEksplorasi Kolaborasi Astrofisika Energi Tinggi memanfaatkan Teleskop 380 cm TimauDr. Emanuel Sungging Mumpuni dari Pusat Riset Antariksa Badan Riset dan Inovasi Nasional (BRIN)

10nov(nov 10)2:00 pm(nov 10)2:00 pmRevolutionizing Industrial Automation in Indonesia: Integrating PLCs with IoT and Academic CollaborationAhmad Haris Indra Fadhillah

22nov(nov 22)1:00 pm(nov 22)1:00 pmNanomaterial Plastik-Plasmonik: Desain, Fabrikasi, dan Aplikasi Sensor HidrogenIwan Darmadi, Ph.D

29nov(nov 29)1:00 pm(nov 29)1:00 pmMetals Extraction from Mars’ Regolith through Carbothermal ReductionProf. M Akbar Rhamdhani dari Swinburne University of Technology, Australia

30nov(nov 30)1:00 pm(nov 30)1:00 pmPeluang karier membangun akselerator di IndonesiaHeranudin M.Eng., Ph.D dari Pusat Riset Teknologi Akselerator, BRIN

december

06dec(dec 6)1:00 pm(dec 6)1:00 pmTransport Properties of Charged Two-Dimensional Dirac System in Hydrodynamic Regime: The Role of Dynamical Screening and PlasmonsKitinan Pongsangangan

ATA 2021/2022

january

13dec(dec 13)1:00 pm14jan(jan 14)1:00 pmKalender Akademik FMIPA Semester Gasal 2021/2022

february

09feb(feb 9)9:00 am(feb 9)9:00 amResearch Skills: Summarizing & ParaphrasingCourtney Scarborough & Indah W. Ludji, AWC UI

09feb(feb 9)1:00 pm(feb 9)1:00 pmTowards Exascale Computing: Recent Advances in Accelerated HPCWileam Yonatan Phan, M.S.,. Univ. Tennessee, USA

16feb(feb 16)1:00 pm(feb 16)1:00 pmDevelopment of Printing Ink Technology in the Direction of Advanced Ecological MaterialsIr. I. Hubert Widiastono, MM

march

02mar(mar 2)1:00 pm(mar 2)1:00 pmStudy of Hadron Radial ExcitationDr. Ahmad Jafar Arifi APCTP, Korea

09mar(mar 9)1:00 pm(mar 9)1:00 pmWhat happened before the Big Bang?Jason Kristiano, M.Sc. University of Tokyo, Jepang

16mar(mar 16)1:00 pm(mar 16)1:00 pmPotensi Green Job pada Pengembangan Pembangkit Listrik Tenaga SuryaMada Ayu Hapsari

23mar(mar 23)1:00 pm(mar 23)1:00 pmX-ray crystallography: Uses dand advantagesDr. Maykel Manawan

april

06apr(apr 6)1:00 pm(apr 6)1:00 pmLearn, Grow & Contribute to Digital Innovation with TelkomOki Wiranto

13apr(apr 13)1:00 pm(apr 13)1:00 pmNanographene for hydrogen storage solving low reversibility issuesGagus Ketut Sunnardianto, Ph.D.

27apr(apr 27)1:00 pm(apr 27)1:00 pmPurification process of nickel from laterite by hybrid (hydro-pyro)Fathan Bahfie, M.Si.

may

18may(may 18)1:00 pm(may 18)1:00 pmPotensi Biomassa sebagai Karbon Berpori Hirarkis dan Nano 2D untuk Elektroda SuperkapasitorProf. Erman Taer

19may(may 19)1:00 pm(may 19)1:00 pmAplikasi Nanoplasmonic untuk sensor Biologi dan MaterialDr. Ferry Anggoro Ardy Nugroho

june

04jun(jun 4)10:00 pm(jun 4)10:00 pmVirtual Open House Program Studi di Departemen Fisika FMIPA UI

PTA 2022/2023

july

26jul(jul 26)9:00 am(jul 26)9:00 amResearch Collaboration Department of Physics and RIKENProf. Isao Watanabe

august

31aug(aug 31)1:00 pm(aug 31)1:00 pmMagnesium-based BiomaterialDr. Anawati

september

07sep(sep 7)1:00 pm(sep 7)1:00 pmMagnetization Dynamics of Rare Earth Iron GarnetDr. Adam Badra Cahaya

14sep(sep 14)1:00 pm(sep 14)1:00 pmElectrical Smart Multifunctional Membrane for Gas Separation, Alcohol Separation, Power Generation, and Simultaneous Freshwater ProductionJanuar Widakdo, Ph.D.

21sep(sep 21)1:00 pm(sep 21)1:00 pmIntegrated Photonics: Exploring Optical Resonator Platforms and Their ApplicationsRizki Arif Pradono (Ph.D. Student)

28sep(sep 28)1:00 pm(sep 28)1:00 pmPotensi Carbon Capture Storage (CCS)/ Carbon Capture Utilization & Storage (CCUS) IndonesiaDr. Yales Vivadinar (praktisi migas, alumnus S1 Fisika UI angkatan 1986)

october

05oct(oct 5)1:00 pm(oct 5)1:00 pmDeveloping Porous Borate Glass Microsphere Towards Potential Biomaterials for Bone Cancer TreatmentNur Aisyah Nuzulia, M.Si. (mahasiswi S3 Fisika UI)

12oct(oct 12)1:00 pm(oct 12)1:00 pmDevelopment of Self-Healing Made from Carbon-rich Materials from BiomassDr. Ismail Budiman (periset BRIN)

november

02nov(nov 2)1:00 pm(nov 2)1:00 pmMuon-Spin Relaxation (uSR) Technique and Its Applications in Magnetism and SuperconductivityDr. Suci Winarsih (periset BRIN, alumnus S2 Ilmu Fisika UI, S3 Ilmu Material UI)

09nov(nov 9)1:00 pm(nov 9)1:00 pmEvolution of Lepton Number for Neutrinos in Quantum Field Theory FrameworkDr. Apriadi Salim Adam (periset PRFK-BRIN bidang Fisika Partikel Teoretik)

16nov(nov 16)1:00 pm(nov 16)1:00 pmLong-lived Qubit Entanglement by Surface Plasmon Polaritons in a Weyl SemimetalDr. M. Shoufie Ukhtary (periset PRFK-BRIN bidang Theoretical Condensed-Matter Physics)

december

No Events

ATA 2020/2021

january

No Events

february

10feb(feb 10)1:00 pm(feb 10)1:00 pmVirtual Open House – Program Studi Magister dan Doktor, Departemen Fisika FMIPA UI

24feb(feb 24)1:00 pm(feb 24)1:00 pmAlumni Talk: Research on Ultrafast Magnetization DynamicsQoimatul Mustaghfiroh

march

04mar(mar 4)8:00 am(mar 4)8:00 amWorkshop Ilmuwan Diaspora

10mar(mar 10)1:00 pm(mar 10)1:00 pmKajian daerah upwelling musim barat di perairan Indonesia berbasis data satelitAssoc. Prof. Dr. Anindya Wirasatriya

17mar(mar 17)1:00 pm(mar 17)1:00 pmTowards Efficient Solar Fuels ProductionFatwa F. Abdi, Ph.D.

24mar(mar 24)1:00 pm(mar 24)1:00 pmGrafik dan gambar pada artikel ilmiah: mengapa dan bagaimanaDr. Ferry Anggoro Ardy Nugroho

31mar(mar 31)1:00 pm(mar 31)1:00 pmThe Principles of Optical and Electrochemical Sensors/BiosensorsAssoc. Prof. Dr. Tan Ling Ling

april

07apr(apr 7)1:00 pm(apr 7)1:00 pmEksplorasi pemanfaatan polyvinyl acetate (PVAc) sebagai material aktif sensor gas dengan platform quartz crystal microbalance (QCM)Prof. Dr. Kuwat Triyana

14apr(apr 14)1:00 pm(apr 14)1:00 pmEfficiency Enhancement in Organic Solar Cells Using Various Photoactive MaterialsDr. Wisnu Tantyo Hadmojo

28apr(apr 28)1:00 pm(apr 28)1:00 pmBaterai Lithium Ion: Sintesa Material Aktif ke Pengujian dalam Lingkungan SebenarnyaProf. Dr. Agus Purwanto

may

05may(may 5)1:00 pm(may 5)1:00 pmHarnessing Relativistic Plasmas for Compact Sources of Energetic Particles and Secondary RadiationsDr. Arie Irman

june

02jun(jun 2)1:00 pm(jun 2)1:00 pmCFT Duals on Kerr-Newman-NUT-Quintessence Black Holes in Rastall GravityDr. M. Alfian Rangga Sakti

09jun(jun 9)1:00 pm(jun 9)1:00 pmPhysiologically-based Pharmacokinetic Model: A Powerful Tool for Drug Development and Molecular RadiotherapyDr. Sc. Hum. Deni Hardiansyah

16jun(jun 16)1:00 pm(jun 16)1:00 pmFrom Conventional to Advance Tools in Hydrocarbon PredictionDr. Maman Hermana, UT Pretonas

30jun(jun 30)10:00 am(jun 30)10:00 amMipa Talk Series 3. AWS Cloud Computing & Use Case for Higher Education and ResearchArdi Werdhatama, Amazon Web Services (AWS) Indonesia

PTA 2021/2022

july

05jul(jul 5)8:00 am23(jul 23)8:00 amJadwal Ujian Skripsi S1 ATA 2020/2021

17jul(jul 17)9:00 am23(jul 23)9:00 amVaksinasi Covid-19 untuk Mahasiswa UIRS UI

19jul(jul 19)10:00 am(jul 19)10:00 amMIPAtalk Series 4: Webinar Kolaborasi FMIPA UI dengan IBM Indonesia. Tema: Quantum ComputingTan Wijaya, President Director IBM Indonesia

august

No Events

september

08sep(sep 8)1:00 pm(sep 8)1:00 pmSetting Up Success in The Era of Industry 4.0Dr. I Ketut Agung Enriko, Telkom Corporate University

15sep(sep 15)1:00 pm(sep 15)1:00 pmQuantum theory of paramagnetism & diamagnetism in magnetic multilayerDr. Adam Badra Cahaya

22sep(sep 22)1:00 pm(sep 22)1:00 pmInduksi Keselamatan, Keseharan Kerja dan Lingkungan (K3L) Departemen Fisika 2021Ariadne L. Juwono, M.Eng., Ph.D.

29sep(sep 29)1:00 pm(sep 29)1:00 pmModified Gravity on Compact Object and Ultra-compact ObjectIlham Prasetyo, Ph.D. Cand.

october

06oct(oct 6)1:00 pm(oct 6)1:00 pmOrganic-inorganic hybrid coating with plasma electrolytic oxidationDr. M. Prisla Kamil, Yeungnam University.

13oct(oct 13)1:00 pm(oct 13)1:00 pmNull-Bound-Orbit in Charged Magnetic Black HolesA Sayyidina Habibina, mahasiswa S2 Fisika UI

november

03nov(nov 3)1:00 pm(nov 3)1:00 pmCloud Computing and High Performance Computing for ResearchArdi Wedhatama, Amazon Web Services

10nov(nov 10)1:00 pm(nov 10)1:00 pmSimple Material Handling as Manufacturing Solution by Epson RobotArdhani Rahmadianto, PT Epson Indonesia

17nov(nov 17)1:00 pm(nov 17)1:00 pmBioplastics Material Development toward Sustainability And Circular Economy ImplementationIr. Fahrurrozi, Ketua Umum Asosiasi Resin Sintetik Indonesia

24nov(nov 24)1:00 pm(nov 24)1:00 pmLogfile based dose calculation on external beam radiotherapyAkbar Azzi, M.Si., Dosen Fisika UI

december

01dec1:00 pm3:00 pmMicrochips – Lithography at sub-micron levelsDr. Syarif Riyadi, ASML

08dec(dec 8)1:00 pm(dec 8)1:00 pmMagnetic Weyl Semimetal in Kagome Material: An Investigatiom from ARPES PerspectiveSandy Adhitia Ekahana, Dr. Phil, Paul Scherrer Institut

13dec(dec 13)1:00 pm14jan(jan 14)1:00 pmKalender Akademik FMIPA Semester Gasal 2021/2022

ATA 2019/2020

january

No Events

february

05feb(feb 5)1:00 pm(feb 5)1:00 pmManipulation of the RKKY Exchange by VoltagesDr. Adam Badra Cahaya

12feb(feb 12)1:00 pm(feb 12)1:00 pmHow to Talk to a Small Number of Nuclei in a Nano-meter Scale Solid-state DeviceDr. Mohammad Hamzah Fauzi

26feb(feb 26)1:00 pm(feb 26)1:00 pmThe Value of Waste: Nanocellulose as a Future Material Building BlockAthanasia Amanda Septevani, Ph.D.

march

04mar(mar 4)1:00 pm(mar 4)1:00 pmAlumni TalkTan Wijaya

11mar(mar 11)1:00 pm(mar 11)1:00 pmApplied Remote Sensing for AgricultureProf. Dr. Ryota Nagasawa

april

No Events

may

No Events

june

No Events

PTA 2020/2021

july

No Events

august

No Events

september

23sep(sep 23)1:00 pm(sep 23)1:00 pmPersiapan Saintis Memasuki Dunia Kerja Bidang IndustriFatmadian Darman, PT. Yokogawa indonesia

30sep(sep 30)1:00 pm(sep 30)1:00 pmA Brief Story of Quantum Optimal Control in the Truncated and Randomised BasisDr. Ressa Said, Universitat Ulm

october

07oct(oct 7)1:00 pm(oct 7)1:00 pmAlumni Talk: Theory of Neutron Star DeformationRyan Rizaldy, UIN Jakarta

14oct(oct 14)1:00 pm(oct 14)1:00 pmAlumni talk: Resistively-detected Nuclear Magnetic ResonanceDr. Annisa Noorhidayati, fresh graduate Tohoku University

21oct(oct 21)1:00 pm(oct 21)1:00 pmAlumni talk: Magnetic properties and spin excitations in skyrmion lattice phaseDr. Seno Aji, fresh graduate Tohoku University

november

11nov(nov 11)1:00 pm(nov 11)1:00 pmAlumni talk: The Enhanced Performance of Capacitive-type Humidity Sensors Based on Heterostructure ZnO Nanorods WS2 NanosheetsMuhammad Adam Dwiputra, S.Si.

18nov(nov 18)1:00 pm(nov 18)1:00 pmIontronics and Hybrid Nanomaterial: Charge Transport and Functional Device ApplicationsDr. Satria Zulkarnaen Bisri

december

02dec(dec 2)1:00 pm(dec 2)1:00 pmFormation of Nanostructured Anodic Films on Iron and Their Electrode ApplicationsDr. Laras Fadillah

09dec(dec 9)3:00 pm(dec 9)3:00 pmAlumni Talk: Digital InnovationsBambang H. Purnomo

23dec(dec 23)1:00 pm(dec 23)1:00 pmSurface Modification of Metallic Implants by Bioactive HydroxyapatiteDr. Yessie Widya Sari

ATA 2018/2019

january

No Events

february

06feb(feb 6)1:00 pm(feb 6)1:00 pmGeospace Evolution: The Virtue of Space-Based Multisensor DataDr.Sc. Fatwa Ramdani

12feb(feb 12)1:00 pm(feb 12)1:00 pmTheoretical Nuclear Physics Research of Hokkaido UniversityProf. Hiroshi Kawamura & Prof. Wataru Horiuchi, Hokkaido University

13feb(feb 13)1:00 pm(feb 13)1:00 pmSearch for Standard Model of Particle PhysicsJulio, Ph.D.

20feb(feb 20)1:00 pm(feb 20)1:00 pmAutomated CT Dose Optimization in The ERA of Personalized Medicine: Phantom is Not HumanDr. Choirul Anam

27feb(feb 27)1:00 pm(feb 27)1:00 pmSmart Solar Street Lamp Powered by Lithium Ion BatteryProf. Dr. rer. nat. Evvy Kartini

march

06mar(mar 6)1:00 pm(mar 6)1:00 pmSeminar by Master Students of Physics Department who Have Published in International JournalsNur Ajrina Putri, S.Si, Alka Budi Wahidin, S.Si, and Reyhan Dani Lambaga, S.Si (Master Students of Physics UI)

13mar(mar 13)1:00 pm(mar 13)1:00 pmHunting Majorana Fermions in Quantum Impurity SystemsAndy Octavian Latief, Ph.D

20mar(mar 20)1:00 pm(mar 20)1:00 pmInovasi Nanoteknologi Berbasis Sumber Daya Alam Indonesia: “From Lab to Industry”Prof. Dr. Nurul Taufiqu Rochman, M.Eng, Ph.D

april

10apr(apr 10)1:00 pm(apr 10)1:00 pmVisual Sensing dan Hyperspectra Imaging untuk Aplikasi Instrumentasi AnalitikDr. -Ing. Cuk Imawan dan Dr. Adhi Harmoko S.

11apr(apr 11)1:00 pm(apr 11)1:00 pmDual Source CT: Instrumentation, Advantages and ApplicationPT. Siemens Indonesia – Healthineers

24apr(apr 24)1:00 pm(apr 24)1:00 pmPengembangan Perangkat Verifikasi Dosis untuk Peningkatan Presisi RadioterapiSupriyanto Ardjo Pawiro, Ph.D

may

08may(may 8)1:00 pm(may 8)1:00 pmCircular geodesics in rotating space-times from string theory ant the black hole shadow imageHaryanto M. Siahaan, Ph.D.

15may(may 15)1:00 pm(may 15)1:00 pmTheoretical approaches to understanding physics of strongly-correlated materials through their optical spectraM. Aziz Majidi, Ph.D.

june

No Events

PTA 2019/2020

july

No Events

august

No Events

september

11sep(sep 11)1:00 pm(sep 11)1:00 pmDesigning high-performance thermoelectrics in two dimensional materials: Tetradymites and Dirac materialsA.R.T. Nugraha, D.Sc.

18sep(sep 18)1:00 pm(sep 18)1:00 pmThink Different: Novel Strategies to Discover Dark MatterReinard Primulando, Ph.D.

25sep(sep 25)1:00 pm(sep 25)1:00 pmJejak Langkah Sains dan Teknologi Plasma dari Laboratorium menjadi Produk Inovatif yang dibutuhkan MasyarakatProf. Dr. Muhammad Nur, DEA

october

02oct(oct 2)1:00 pm(oct 2)1:00 pmReservoar/ Numerical Simulation to Optimize Development of Geothermal Assets Case Study: Wayang Windu Geothermal Field, West JavaRiza G. Pasikki, M.Eng.

04oct(oct 4)1:00 pm(oct 4)1:00 pmSosialisasi Keselamatan, Kesehatan Kerja dan Lingkungan (K3L) Laboratorium Fisika KimiaAriadne L. Juwono, M.Eng., Ph.D. & Nur Intan Pratiwi, M.Si.

09oct(oct 9)1:00 pm(oct 9)1:00 pmμSR and its applications to condensed matter physicsDr. Edi Suprayoga

16oct(oct 16)1:00 pm(oct 16)1:00 pmFisika Citra: Paradigma Baru Cara Menakar Gejala AlamDrs. Gede Bayu Suparta , M.S, Ph.D

30oct(oct 30)1:00 pm(oct 30)1:00 pmUltrasound Based Image Guidance in External Beam RadiotherapyDwi Seno Kuncoro Sihono, S.Si., M.Si., Ph.D. (Cand.)

november

06nov(nov 6)1:00 pm(nov 6)1:00 pmPembangkitan Arus Searah pada Sistem NanostrukturDr. Berlinson Dominikus Napitu

13nov(nov 13)1:00 pm(nov 13)1:00 pmEnergy Efficient Materials for a Sustainable FutureProf. Ariando, Ph.D

13nov(nov 13)3:30 pm(nov 13)3:30 pmWorkshop Manajemen Referensi MendeleyDr. Adhi Harmoko Saputro

20nov(nov 20)1:00 pm(nov 20)1:00 pmFrequency-Domain Analyses on Local Field Potential Recordings: Assessing the Auditory Cortical Activity and Connectivity on Hearing on Deaf CatsPrasandhya Astagiri Yusuf, Ph.D

27nov(nov 27)1:00 pm(nov 27)1:00 pmSmall is the New Big: The Quest for Advanced Nanomaterials for Energy, Environmental Remediation and Biomedical ApplicationsMunawar Khalil, Ph.D

december

04dec(dec 4)1:00 pm(dec 4)1:00 pmChannel Matrices as Simple Tools for Determining the Kind of Entanglement of Multi-Partite StateDr. Agus Purwanto

11dec(dec 11)1:00 pm(dec 11)1:00 pmMembuat Sensor Ultrasensitif dengan Cahaya dan NanopartikelFerry Anggoro Ardy Nugroho, Ph.D

ATA 2017/2018

january

24jan(jan 24)1:00 pm(jan 24)1:00 pmSeminar: u-Spin Resonance Spectroscopy dan Peluang Riset di RIKENProf. Isao Watanabe

february

07feb(feb 7)1:00 pm(feb 7)1:00 pmPLANNING FUTURE DREAMS FOR PHYSICS STUDENTSDr. Hasanuddin Abdurrakhman (GM. for Business Development PT Toray Industries Indonesia)

14feb(feb 14)1:00 pm(feb 14)1:00 pmOptical and Electronics Properties Analysis of ZnO-based Thin Film for Novel Functional DevicesDr. Yudi Darma (Associate Professor. Department of Physics, Bandung Institute of Technology Ganesa 10, Bandung 40132, Indonesia)

Event Details

Metal-oxide based material such as zinc oxide (ZnO) has attracted great interest for theoretical and experimental studies, and highly applicable for photonic, optoelectronic and future spintronic devices, such as being a semiconductor host for diluted magnetic semiconductor (DMS). ZnO also has the advantage of a larger exciton binding energy (~ 60 meV) which assures more efficient excitonic emission at higher temperatures. In this talk, optical properties of ZnO based thin films towards optoelectronic and spintronic devices will be discussed.

Here, we will discuss the strong modification of the optical properties of ZnO thin film through doping and post deposition treatment, as an example by hydrogen annealing. We use the as-prepared amorphous and crystalline ZnO films grown physical vapor deposition technique such as by pulse laser deposition (PLD) and unbalanced magnetron sputtering. We found that hydrogen annealing treatment promote the significant strong green emission as directly shown by UV light exposure and further confirm by photoluminescence spectra. Spectroscopy ellipsometry analysis also supports the strong modification of the optical properties of ZnO film by Hydrogen annealing treatment. This study demonstrated the enhancement of green emission and the evolution of optical properties driven by
surface and structure modification.

Furthermore, to study the effect of atomic doping, we will discuss the excitonic states and related optical properties of pure and Cu doped ZnO films. The influence of electronic environment by selecting the different substrate, that is Pt (metal) and quartz (insulator) will be demonstrated as well. This study shows the weak electronic interactions between ZnO film and quartz substrate, in contrast to the ZnO film and Pt by considering the electronic blocking through the spontaneous recombination of valence electrons from Pt to ZnO film. As a function of Cu doping, we observe localized interband transition and screening effects on exciton for both systems
(ZnO film on Pt and ZnO film on quartz). Our results show the importance of itinerant electron from substrate and doping to strongly tune and modify the excitons and the optical conductivity of the wide bandgap semiconductor.

Time

(Wednesday) 1:00 pm – 3:00 pm

Location

Ruang Seminar Utama

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21feb(feb 21)1:00 am(feb 21)1:00 amCARBON DOTS FLUORESCENCE NANOPARTICLES: SYNTHESIS, OPTICAL PROPERTIES, AND APPLICATIONSDr. Isnaeni, M.Sc. (Research Center for Physics Indonesian Institute of Sciences (LIPI) Puspiptek, South Tangerang, Indonesia)

28feb(feb 28)1:00 am(feb 28)1:00 amQuantum Mechanics as Classical Statistical Mechanics with an Ontic Extension and an Epistemic RestrictionDr. Agung Budiyono (Affiliated Research Fellow Sidney M. Edelstein Center The Hebrew University of Jerusalem Jerusalem 91904, Israel)

Event Details

Abstract
What is quantum mechanics trying to tell us about the nature of reality? Why it has the form it does? What fundamentally distinguishes quantum randomness and classical randomness, where do they part ways? It is remarkable that after 90 years since the completion of quantum mechanics, and despite its unparalleled pragmatical successes in predicting the experimental results, physicists and philosophers have not yet arrived at a consensus on the answers to the above foundational questions. One of the reasons is that the axioms of quantum mechanics are presented in a very abstract mathematical language with obscure meaning (e.g., states and physical quantities are represented by Hermitian operators in a complex Hilbert space, etc.) within an operational framework.
In this talk, I will argue that quantum mechanics is a modified version of everyday, conventional classical statistical mechanics. Quantum mechanics and classical statistical mechanics are developed within a common axiomatic realist framework. Relative to the classical statistical mechanics, quantum mechanics is distinguished
via a physical (ontic) extension, introducing a global-nonseparable variable generating physical correlation, and a specific statistical (epistemic) restriction, constraining the allowed phase space distribution that Nature allows us to prepare. The ontic extension and epistemic restriction, with strength on the order of Planck’s constant, imply quantum uncertainty relation and entanglement, two of the most distinguished concepts widely argued as responsible for the puzzling features of quantum worlds.
The new phase space model for quantum mechanics may offer novel (hopefully more powerful) tool to study quantum optics, quantum transport, and cold atoms. We expect that the (realist) model could provide fresh insight and better intuition to investigate the physical mechanisms and resources underlying the power and complexity of quantum information protocols (quantum computers, quantum communications, quantum cryptography, etc.) relative to their classical counterparts. Moreover, the axiomatic framework may suggest natural and consistent possible
extensions of quantum mechanics by relaxing some of its axioms.

Time

(Wednesday) 1:00 am – 3:00 am

Location

Ruang Seminar Utama

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march

07mar(mar 7)1:00 am(mar 7)1:00 amFemtosecond Laser-Induced Photochemical Reduction (FLIP) in a Neat Liquid for Nanoparticle and Nanostructure SynthesisDr. Eng. Yuliati Herbani (Researcher: Research Center for Physics Indonesian Institute of Sciences (LIPI) Puspiptek, Serpong, Banten 15314, Indonesia)

Event Details

The interaction of an intense femtosecond laser pulse with a neat liquid solvent has been known to produce a number of highly reactive species that are useful to induce photochemical reduction in the solution through the multiphoton excitation and ionization of solvent molecules. We named the phenomena as a femtosecond laser induced photochemical reaction (FLIP). High reactive species such as solvated electron and hydrogen radicals generated in FLIP process have a strong reducing power to reduce metal ions present in the solution. In this way, zero valence metal atoms are expected to precipitate resulted in the nanoparticles formation. Furthermore, when two or more metal precursors with different reduction potential are involved in the reduction process, the formation of homogenous alloy can be possibly generated, even for the immiscible system in the thermodynamic phase diagram. Moreover, nanostructure on a substrate can also be generated if the laser was focused and scanned over the interface between liquid and the substrate. Unlike its sister technology, i.e. pulse laser ablation in liquid (PLAL), FLIP has not been explored thoroughly, opening many more questions to find its answer.
In this seminar, I will deliver the fundamental aspects and the recent advances of this research in two main topics: (1) a synthesis of pure, binary and ternary system of gold (Au), silver (Ag) and platinum (Pt) noble metal nanoparticles using FLIP without pre-added reducing chemicals, and (2) nanostructure fabrication using FLIP with a radial polarized beam of MHz-repetition-rate femtosecond laser. In general, interesting findings and advances about the synthesis of pure and alloyed noble metal nanoparticles and nanostructures have been revealed, mainly by exploiting the interaction of femtosecond laser pulses with liquid. This route provides an easily and reproducible synthetic approach, that is applicable as an alternative for the established methods.

Time

(Wednesday) 1:00 am – 3:00 am

Location

Ruang Seminar Utama

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14mar(mar 14)1:00 am(mar 14)1:00 amLEARNING CONTROL ALGORITHMS: THEORY AND APPLICATIONSDr. Edi Kurniawan, M.Eng. (Researcher: Research Center for Physics Indonesian Institute of Sciences (LIPI) Puspiptek, Serpong, South Tangerang, Indonesia)

Event Details

Tracking repetitive references and rejecting periodic disturbances are common tasks found in many control engineering applications. Repetitive Control (RC) is a learning control scheme that is designed to achieve both perfect accuracy tracking and good disturbance rejection. Recently, RC has been used in many applications, such as power supply control of proton synchrotron, disturbance rejection in disk drives, industrial robot control performing repetitive tasks, thickness control in cold rolling, active vibration compensation, attitude stabilization of satellites, total harmonic reduction in power inverter, disturbance rejection due to breathing in a flexible endoscopy system, and etc. RC is predictive control method which has a superior performance compared to the non-predictive control schemes. This is due to the capability of RC to learn the repetitive signal values and then generate them as control output. RC works well under the following conditions: (1) a constant periods of reference and disturbance signals and (2) the plant model is accurately known. However, if those conditions are not satisfied (e.g. the periodicity is varied and the plant model is time-varying or unknown), then the control performance will be significantly degraded (i.e. less accuracy and unstable system).

In this seminar, I will discuss RC-based control algorithms to overcome the limitations of conventional RCs. The proposed methods are named as: (a) Robust Repetitive Control (RRC), (b) Adaptive Repetitive Control (ARC), (c) Decentralized Repetitive Control (DRC), and (d) Sliding-Mode Repetitive Control (SMRC). I will also discuss applications that are used to verify the proposed methods and possible applications as my future works.

Time

(Wednesday) 1:00 am – 3:00 am

Location

Ruang Seminar Utama

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16mar(mar 16)8:12 am(mar 16)8:12 amElectronic Structure and Optical Properties of Multilayer Epitaxial Graphene at Low and High Energies

21mar(mar 21)1:00 pm(mar 21)1:00 pmElectronic Structure and Optical Properties of Multilayer Epitaxial Graphene at Low and High EnergiesDr. Iman Santoso (Lecturer Department of Physics, Gadjah Mada University Sekip Utara BLS 21, Yogyakarta 55281, Indonesia)

april

04apr(apr 4)1:00 pm(apr 4)1:00 pmRegional Climate Model and Simulation in the Maritime ContinentsDr. Arnida Lailatul Latifah (Researcher: Research Center for Informatics Indonesian Institute of Sciences (LIPI) Cibinong, Bogor, Indonesia)

11apr(apr 11)1:00 pm(apr 11)1:00 pmSeismic Interferometry: Introduction and Its Application for Earth Imaging and MonitoringDr. Titi Anggono (Researcher Research Center for Physics Indonesian Institute of Sciences (LIPI) Serpong, Tangerang 15310, Indonesia)

18apr(apr 18)1:00 pm(apr 18)1:00 pmGeoSlicer-X: An Interactive Software Developed by UI Geothermal Research Group for Analyzing Geoscientific Data in 3-D VisualizationDr. Eng. Yunus Daud (Lecturer Department of Physics, Universitas Indonesia Depok Campus, Depok 16424, Indonesia)

Dr. Eng Yunus Daud

Abstract

GeoSlicer-X is an interactive, multi-platform data analysis software developed to help geoscientists and engineers in analyzing geoscientific data in three-dimensional visualization. The software has been developed by our UI Geothermal Research Group (UI-GRC) using Graphical User Interface (GUI) facility of MATLAB. In order to construct user friendly environment of data analysis, 3D model of extensive scientific data is produced in form of static (still) or dynamic (animated) images. Data correlation and analysis could be performed by utilizing qualitative and quantitative features within the software. Recently, the major implementation of GeoSlicer-X is to help geoscientists and engineers in analyzing geoscientific data with (X, Y, Z, Value) format input data. This software was first launched and published in the World Geothermal Congress (WGC) 2010 in Bali. Since then the software has been applied in many geothermal fields in Indonesia and Malaysia for analyzing geoscientific data such as geology, geochemistry and geophysical data, as well as reservoir modeling and simulation. This software has also been used as a visualization tool of other UI-GRC software products such as MT3DMod-X, MT3DInv-X (3D EM data modelling and inversion), MT2DMod-X and MT2DInv-X (2D EM data modelling and inversion). In addition, this software has also been applied for visualizing 3-D data format from Material Science Research Group of the Department of Physics, Universitas Indonesia. Other research group is also possible to utilized this software as far as the (X,Y,Z,Value) data is available. Recently, a joint research between our group with a New Zealand database software developer has been ongoing for integrating their GeoData Manager software with the GeoSlicer-X software, so that the geothermal database could be envisioned in 3-D visualization.

Poster Download

Time

(Wednesday) 1:00 pm – 3:00 pm

Location

Ruang Seminar Utama

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25apr(apr 25)1:00 pm(apr 25)1:00 pmSEMINAR KHUSUS 25 April 2018

Event Details

TRANSMISSION ELECTRON MICROSCOPE (TEM) AND ITS APPLICATIONS ON MATERIALS SCIENCE

R. Ibrahim Purawiardi, M.Si.
Researcher
Research Center for Physics
Indonesian Institute of Sciences (LIPI)
Puspiptek, Serpong, Banten 15314, Indonesia

Wendy Nuari Hastawi, S.Si.
Product Support for Electron Microscope
FEI / Thermo Fisher Scientific
PT Multi Teknindo Infotronika
Senayan, Jakarta 12210, Indonesia

Abstract

Transmission electron microscope (TEM) is a perfect instrument for structural and chemical characterization at the nanoscale. Imaging, diffraction and microanalytical information are easily produced and then combined to give detailed insights into the properties and behavior of nanostructured materials. There are three main kinds of TEM techniques such as imaging techniques: including high resolution TEM, scanning transmission electron microscopy (STEM) imaging, and 3D electron tomography technique; spectroscopy techniques: including X-ray energy dispersive spectroscopy (EDS); diffraction techniques: including selected area electron diffraction (SAED), nanobeam electron diffraction (NBED), and convergent beam electron diffraction (CBED) as well as their combinations. Sample preparation prior to analysis is critical and directly impacts the quality of the characterization. From the nature of the technique, specimens have to be clean and dry prior to analysis, to ensure proper imaging and reliable analysis. Sample preparation is minimal for powders/particles but extensive for bulk specimens. Specific equipment for TEM sample preparation are ultrasonic disc cutter, dimpler, ion polishing). In addition, TEM specimens from specific locations on samples can be prepared in-situ using the focused ion beam.

Poster Download

Penelitian dan Pengembangan Bahan Maju (Advanced Materials) Baterai Lithium, Magnet, Material Temperatur Tinggi dan Bionanomaterial di Pusat Sains dan Teknologi Bahan Maju BATAN

(Prof. Dr. rer. nat. Evvy Kartini, Dr. Abu Khalid Rivai, M.Eng. Dr. Sudirman, M.Sc., Dr. Setyo Purwanto, M.Eng., Dr. rer. nat. Mohammad Dani)
Peneliti
Pusat Sains dan Teknologi Bahan Maju
Badan Tenaga Nuklir Nasional (BATAN)
Puspiptek, Serpong, Banten 15314, Indonesia

Abstract

Kegiatan penelitian Bahan Maju (advanced materials) merupakan salah satu kegiatan litbang utama di BATAN seiring dengan pengembangan BATAN sejak awal dalam pemanfaatan fasilitas laboratorium teknik berkas neutron sebagai salah satu laboratorium yang memanfaatkan fasilitas Reaktor Riset G.A. Siwabessy di Kawasan Puspiptek Serpong, serta seiring dengan kebutuhan masyarakat dan industri. Pusat Sains dan Teknologi Bahan Maju (PSTBM) sebagai pusat di BATAN yang ditugaskan dalam litbang advanced materials memiliki lingkup kegiatan litbang baterai lithium ion, litbang smart magnet dan magnet permanen, litbang material temperatur tinggi untuk reaktor nuklir dan litbang bionanomaterial. Litbang bahan maju ini memiliki jaringan riset nasional maupun internasional serta telah mendapatkan pengakuan nasional. Sejak tahun 2017 litbang baterai lithium PSTBM dipercaya Kemenristekdikti sebagai Koordinator Konsorsium Nasional Baterai Lithium. Tahun 2017 litbang smart magnet PSTBM dipercaya Kemenristekdikti sebagai Koordinator Progam Insentif Inovasi Industri Cat Anti Radar. Tahun 2016 litbang material temperatur tinggi PSTBM dipercaya Kemenristekdikti sebagai Koordinator Progam Pengembangan Teknologi Industri terkait teknologi dan aplikasi Arc Plasma. Tahun 2012-2013 litbang biomaterial PSTBM dipercaya Kemenristekdikti sebagai Koordinator Konsorsium Biomaterial Implan serta sebagai penggagas dan penggiat Masyarakat Biomaterial Indonesia. Sebagai bagian bentuk penghargaan dan pengakuan tingkat nasional, Menteri Ristekdikti Prof. H. Mohamad Nasir, Ph.D. pada tanggal 13 Desember 2017 telah menyerahkan langsung Penetapan PSTBM sebagai Pusat Unggulan Iptek (PUI) dengan topik “Pusat Unggulan Sains dan Teknologi Baterai dan Magnet”. Dalam rangka meningkatkan jaringan riset nasional, pendayagunaan fasilitas dan SDM PSTBM serta hasil-hasil litbang maka terus dibangun PSTBM sebagai Center of Excellence laboratorium dan litbang bahan maju di Indonesia dengan salah satunya sebagai tempat penelitian bagi para mahasiswa pascasarjana dan dosen di Indonesia.

Poster Download

Time

(Wednesday) 1:00 pm – 4:30 pm

Location

Ruang Seminar Utama

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may

02may(may 2)1:00 pm(may 2)1:00 pmFew Methods in Studying Non-Perturbative PhenomenaDr. Ardian Nata Atmaja (Researcher Research Center for Physics Indonesian Institute of Sciences (LIPI), Puspiptek, Serpong, South Tangerang 15314, Indonesia)

09may(may 9)1:00 pm(may 9)1:00 pmDynamics of a Magnetic Moment in an Electron GasDr. Adam Badra Cahaya (Fresh Graduate Doctor of Science in Physics Department of Physics, Tohoku University Sendai 980-8578, Japan)

Department of Physics

We research physics, we educate nation

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