Prof. K. Soami DayaDayalbagh Educational Institute (Deemed to be University)
Prof. K. Soami Daya, did all her education from kindergarten to Doctorate from Dayalbagh educational Institutions. She specializes in High Frequency Electromagnetic Device Design and Characterization. Her research interests lie in exploring the boundaries of Physics, Biology and Engineering with applications in low-cost diagnostics and therapeutics, she has widely published and filed IP in this area. After completing her doctorate in 2002, Prof. Daya joined Research Centre, Juelich, Germany as research Scientists, where she was working on Universal Mobile Telecommunication Systems, during her tenure she filed patent on MEMS tuneable base station filters being used by Qualcomm. On her return from Germany she worked in Centre for Advanced Research in Electronics (CARE) IIT Delhi and later joined Nokia Siemens Network. During her tenure in the Industry she was reposnible for the deployment of low cost communication networks for the rural India and emerging Markets of the world. In 2007 she joined Department of Physics and Computer Science as Lecturer. Prof. daya is the recipient of Young Systems Scientist Award by Systems Society of India, She has also won MIT COVID-19 Challenge, India Turning The Tide in August 2020 and is incubating a Startup Solvodominum under mentorship of DEI incubation facility.
Presently Dr. Daya is Coordinator, Multimedia Laboratory, Centre for Consciousness Studies and Quantum Nano Systems Centre of the Institute. She is also the Dean, Planning of DEI.
- PHM 502, B.Sc (Hons.) EM Theory,
- PHM302 Statistical Physics
Even Semister
- PHM 281, B.Tech, Applied Physics,
- PHM603 Semiconductir Devices
2. Area(s) of Research:
- Millimeter wave sensing devices
3. Research Interests:
- Millimeter wave biosensors for medical diagnostics and low cost communication networks
4. Honors and Recognitions:
- Post Doctoral Fellow, Forschungszentrum Juelich, Germany, Development of tunable filters for UMTS Base Stations, April 2002- October 2003
- Expert Researcher on the International Consortium on Healthcare url: https://fractomic.com/team
- Member of Global Alliance for Rapid Diagnostics url: https://www.egr.msu.edu/alocilja/GARD-location/global-alliance-rapid-diagnostics-india
- Dr. Anirban Bandyopadhyay, National Institute of Materials Science Japan, Joint supervision of Doctoral Student on the project High Frequency Phase Synchrony in neuronal proteins.
- Prof. Reiner Adelung, Technical University of Kiel, Germany, Proof of Concept study on the effect of ZnO tetrapodal structure on the decay of insulin: High frequency Analysis
- Prof. Evangelyn Alocilja, Michigan State University, Projects submitted to USDA and NIAF on rapid pathogen detection sensors
- Completed Research Project entitled, Village Community Networks: A Technology Development and Pilot Roll Out plan for Rural India, Amount : INR 30 Million, Duration: January 2011- December 2014, Sanctioned By: Ministry of Human Resource and Development, Government of India
- Completed Research Project entitled,Development of Low Cost Synchronization Oscillators for Stand Alone Communication Networks for Efficient Information Broadcasting in Geographically Challenging Locations, Amount: INR 10.00 Millions, Duration: March 2009- December 2010, Funded by MHRD under National Mission on Education Through Information and Communication Technology vide sanction letter no. FL.16-46/2009-DL (Dt.:31.03.2009)
- Ongoing research project entitled, Development of Virtual Microwave Simulation Laboratory, Amount: Rs 6.0 Millions, Duration: March 2010- March 2018, Funded by MHRD under National Mission on Education Through Information and Communication Technology
5. Selected Publications:
She has 4 filed four IP and many peer reviewed publications:
|
S.No |
Authors |
Title |
Year |
Publisher |
|
1 |
Saifi, Zeeshan; Kumar, Mridul; Krishnananda, Soami Daya; |
Design and Simulations of 2D Planar Antenna for Dielectric Characterization of Biological Samples |
2021 |
Multidisciplinary Digital Publishing Institute |
|
2 |
Urvashi Singh, Zeeshan Saifi, Mridul Kumar, Armin Reimers, Krishnananda, Soami Daya, Rainer Adelung, Martina Baum; |
Role of structural specificity of ZnO particles in preserving functionality of proteins in their corona |
2021 |
Springer Nature |
|
3 |
Saxena, Komal; Kumar, Mridul; Daya, KS; Bandyopadhyay, Anirban; |
Detection of Milimeter Wave Properties of Beta Amyloid using Dielectric Filled Truncated Cylindrical Waveguide |
2019 |
IEEE |
|
4 |
Daya, KS; Tirumalai, Prem Saran; Baum, Martina; Adelung, Rainer; |
Understanding the Interaction of Escherichia coli with ZnO Tetrapods at Microwave Frequencies |
2019 |
IEEE |
|
5 |
Daya, KS; Doneria, Priya; |
Measurement of Dielectric Properties of Biological Materials Using Co-Axial Fork-Type Probe |
2019 |
IEEE |
|
6 |
Manhas, Anita; Daya, KS; Singh, M; |
Development of low loss soft nano magnetic system for antenna miniaturization at ultra high frequency |
2018 |
AIP Publishing LLC |
|
7 |
Daya, KS; Tirumalai, Prem Saran; Alocilja, Evangelyn; |
Impedance and Magnetohydrodynamic Measurements for Label Free Detection and Differentiation of E. Coli and S. Aureus Using Magnetic Nanoparticles |
2018 |
IEEE |
|
8 |
Verma, Ritika; Daya, KS; |
Understanding the decay of proteins: A method to study time dependent response of pM concentration of insulin at microwave frequencies |
2017 |
Elsevier |
|
9 |
Verma, Ritika; Daya, KS; |
Rapid Detection of pM Concentration of Insulin Using Microwave Whispering Gallery Mode |
2017 |
IEEE |
|
10 |
Saxena, Komal; Daya, KS; |
Detection of micron size phantom of biological cell using concentric square ring metamaterial at microwave frequency |
2017 |
Taylor & Francis |
|
11 |
Saxena, Komal; Daya, KS; |
Theoretical analysis of matched impedance concentric square ring doubly negative material at microwave frequency |
2016 |
IEEE |
|
12 |
Singh, Virender Pratap; Kumar, Gagan; Kotnala, RK; Shah, Jyoti; Sharma, Sucheta; Daya, KS; Batoo, Khalid M; Singh, M; |
Remarkable magnetization with ultra-low loss BaGdxFe12− xO19 nanohexaferrites for applications up to C-band |
2015 |
North-Holland |
|
13 |
Sharma, Sucheta; Daya, KS; Sharma, Sunil; Batoo, Khalid M; Singh, M; |
Sol–gel auto combustion processed soft Z-type hexa nanoferrites for microwave antenna miniaturization |
2015 |
Elsevier |
|
14 |
Verma, Ritika; Daya, KS; |
Understanding the decay of Proteins: A Study of Time dependent Microwave Response of pM concentration of Insulin in Buffer Solution |
2014 |
|
|
15 |
Sharma, Sucheta; Daya, KS; Sharma, S; Singh, M; |
Ultra low loss soft magnetic nanoparticles for applications up to S-band |
2013 |
American Institute of Physics |
|
16 |
Verma, Ritika; Daya, KS; |
Microwave sensing of pM concentration of insulin in buffer solution using WGM-DR |
2013 |
IEEE |
|
17 |
Kapoor, Mahima; Daya, KS; Tyagi, GS; |
Coupled ring resonator for microwave characterization of dielectric materials |
2012 |
Cambridge University Press |
|
18 |
Sharma, Rajveer; Daya, KS; Tirumalai, Prem Saran; |
Light Assisted IN-VIVO Microwave Sensing for Electrical Characterization of Prokaryotes |
2012 |
World Scientific Publishing Company |
|
19 |
Oberoi, Sudhi; Daya, K Soami; Tirumalai, Prem Saran; |
Microwave sensor for detection of E. coli in water |
2012 |
IEEE |
|
20 |
Verma, Ritika; Daya, KS; |
Effect of forbidden bands of electromagnetic bandgap engineered ground plane on the response of half wave length linear microwave resonator |
2011 |
American Institute of Physics |
|
21 |
Kapoor, Mahima; Daya, KS; |
Microwave study of planar honeycomb EBG lattice with hexagonal basis points |
2011 |
IEEE |
|
22 |
Verma, Ritika; Daya, KS; |
High Q ceramic dielectric resonator with planar spiral slot coupling |
2011 |
IEEE |
|
23 |
Giri, Tulika; Daya, KS; |
Effect of suspended periodic defect structures near a planar microwave ring resonator |
2011 |
Cambridge University Press |
|
24 |
Sharma, Rajveer; Daya, KS; |
In-vivo dielectric characterization of prokaryptic Subsystems using cavity perturbation technique |
2011 |
IEEE |
|
25 |
Giri, Tulika; Daya, KS; |
Defect induced electromagnetic band gap in 2D Circular dielectric slab |
2011 |
IEEE |
|
26 |
Klein, N; Panaitov, G; Daya, KS; |
MEMS tuneable dielectric resonator structures for microwave and millimetre wave applications |
2004 |
IEEE |
|
27 |
Daya, KS; Kataria, ND; Das, VG; Tyagi, GS; Srivastava, GP; |
Phenomenological model for the anomalous peaks in the microwave surface resistance of high temperature superconductors |
2002 |
Elsevier |
|
28 |
Kataria, ND; Daya, KS; Das, VG; |
Analysis of a shielded TE 011 mode composite dielectric resonator for stable frequency reference |
2002 |
Springer India |
|
29 |
Daya, KS; Kataria, ND; Das, VG; Tyagi, GS; Srivastava, GP; |
Cook, LP, see Wong-Ng, W., 377 (2002) 107 Costa, GA, see Artini, C., 377 (2002) 431 Cox, DE, see Moodenbaugh, AR, 377 (2002) 67 Cubitt, R., see Joumard, I., 377 (2002) 165 Cui, SF, see Chen, XM, 377 (2002) 487 |
2002 |
|
|
30 |
Srivastava, GP; Daya, KS; Tyagi, GS; Das, VG; |
Phenomenological model for the microwave surface resistance of the high temperature superconductors |
2000 |
IEEE |
|
31 |
Srivastava, GP; Daya, K Soami; Tyagi, GS; Das, VG; |
ANOMALOUS LOW TEMPERATURE RESISTIVE PEAKS IN HIGH TEMPERATURE SUPERCONDUCTORS |
Allied Publishers |
|
|
32 |
Klein, N; Daya, KS; |
INVITED PAPERS |
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|
33 |
Daya, K Soami; |
Microwave Studies of HTS Dielectric Resonator and Their Application Towards Stable Frequency Reference |
Agra |
|
|
34 |
Kapoor, Mahima; Daya, KS; |
Study of Band Gap Characteristics and Sensitivity to Mechanical Perturbation of Honeycomb EBG Structures with Hexagonal Basis |