ANNOUNCEMENT
New Member – Dr. Takahiko Koyama
January 31, 2024
Introducing new member of Bio2Q
We are delighted to welcome Dr. Takahiko KOYAMA as our Principal Investigator at Q core of Bio2Q.
The greeting from Dr. Koyama is as follows:
“Born in Osaka, Japan, I envisioned myself becoming an aerospace engineer designing spacecrafts. After my graduation from high school, I moved to the US to realize my aspiration. After I encountered a book titled QED, authored by Richard Feynman, I was enthralled by the beauty of quantum physics and changed my major. Auspiciously, I could earn a Ph.D. in physics from Cornell University, an underpinning that has propelled me into diverse and impactful roles.
Around the turn of the century, I was alarmed and excited by the Human Genome Project and stepped into the realms of life sciences by joining the University of Pennsylvania as a postdoctoral fellow, where I conducted research on protein flexibility and bioinformatics.
At Takeda Pharmaceutical, my initial work was to discover novel endogenous ligands for GPCRs. Subsequently, I moved to the computational chemistry department, where I engaged in optimizing lead compounds in numerous drug discovery projects, each addressing critical aspects of cancer or central nervous system disorders. I also delved into the field of machine learning, contributing to the design of a High Throughput Screening Library.
My tenure at IBM Watson Research Center was equally enriching, where I paved the way for genomic medicine, laying the groundwork for Watson for Genomics. In this capacity, I had the privilege of leading a team of brilliant minds across the globe to push the boundaries of precision medicine. On the academic front, my paper titled ‘Variant Analysis of SARS-CoV-2 Genome’ stands as early yet influential contribution to comprehending the pernicious virus responsible for COVID-19.
Leveraging expertise in AI, quantum computing, and biology, I am thrilled to deepen our comprehension of science of microbiome by deciphering dark matter in metabolomics and unravelling uncharted roles of virome with preemptive applications of quantum machine learning as quantum computing ushers in a new paradigm. “
More Bio2Q News
【11/30 Seminar】WPI-Bio2Q Open Seminar: Saori Sakaue, MD, PhD
Keio University Human Biology-Microbiome-Quantum Research Center (WPI-Bio2Q) will hold a seminar as follows. This is an event for faculty, students, and staff of Keio University. We sincerely look forward to your participation. Date 16:00~17:00, November 30, 2026 Venue 8F Meeting Room Center for Integrated Medical Research Shinanomachi Campus, Keio University Title Decodin...
The 31st Keio Medical Science Prize Symposium 2026: "Chaperoning life: from prot...
In celebration of the 31st Keio Medical Science Prize, we are pleased to announce a commemorative symposium featuring the laureate, Dr. F. Ulrich Hartl, alongside distinguished researchers from Japan and abroad. Your active participation is highly encouraged! For details regarding the Prize announcement, please visit the Keio University Medical Science Fund website. Event Details Date & T...
WPI-Bio2Q Newsletter “Bio2Q Connect” Vol.2, Issue 19 Published
WPI-Bio2Q has published the latest issue of its newsletter, “Bio2Q Connect,” today on September 29, 2026. Highlights of this issue include: Introduction to Bio2Q Research: Accessible overviews of research fields and topics, introduced by our researchers Welcome On Board: Introducing Jungho Sohn, who joined us in October Science Art Gallery: Featuring works from the WPI-Bio2Q Science Art G...
【Seminar Report】The 175th Brain Club Seminar (WPI-Bio2Q Open Seminar)
Keio University Human Biology-Microbiome-Quantum Research Center (WPI-Bio2Q) held a seminar as follows. Date:16:00 -17:00, October 22, 2026 Venue:JKiC 1F, Seminar Room, Shinanomachi Campus, Keio University Speaker:Peter Scheiffele, PhD Professor, Biozentrum, University of Basel, Switzerland Title: Control of Visual Cortex Wiring and Molecular Programs by Spontaneous Neuronal Activi...
【Publication】Frustration-enhanced quantum annealing correction models with addit...
Researchers from Bio2Q and Keio University have demonstrated that introducing additional interactions between copies of a quantum optimization problem can improve the performance of quantum annealers. By exploiting a phenomenon known as frustration, their approach enables more reliable identification of optimal solutions, even with short computation times and challenging energy conditions. These f...

