🔬 About Nanoscience Research
Nanoscience is an exciting interdisciplinary field that explores the unique properties and behaviors of materials at the nanometer scale—dimensions between 1 and 100 nanometers, about 1,000 times smaller than the width of a human hair. This revolutionary field brings together chemistry, physics, materials science, engineering, and life sciences to create groundbreaking technological innovations with applications ranging from biomedicine and sustainable materials to green energy harvesting. At the CUNY ASRC Nanoscience Initiative, researchers draw inspiration from the molecular materials and processes of the living world to develop bio-inspired nanotechnology that addresses pressing societal challenges in human and planetary health.
🎯 Opportunity Overview
The Advanced Science Research Center (ASRC) at CUNY is offering exceptional PhD opportunities in Nanoscience through their Chemistry, Biochemistry, and Physics doctoral programs. Located in New York City, this world-class research center unites interdisciplinary researchers under one roof, creating a unique environment where bold ideas at the interface of multiple scientific disciplines converge to drive discovery and innovation.
✅ Key Highlights
✅ Funding: Not explicitly mentioned, but CUNY PhD programs typically provide funding packages
✅ Research Focus: Bio-inspired materials, supramolecular chemistry, sustainable materials, green energy harvesting, biomedicine, and nanoscience innovations
✅ Programs Available: PhD in Chemistry, Biochemistry, or Physics with research in Nanoscience
✅ Location: Advanced Science Research Center (ASRC) at CUNY, New York City (85 St. Nicholas Terrace, New York, NY 10031)
✅ Application Deadlines:
▪ Chemistry: January 1, 2026
▪ Biochemistry: January 1, 2026
▪ Physics: January 10, 2026
✅ Research Excellence: Over 100 publications in the past 5 years in leading journals (Science, Nature, Nature Materials, JACS, etc.)
✅ Funding Success: 69 grants awarded between 2020-2025, totaling 28 million USD
✅ Community: Over 90 researchers in vibrant interdisciplinary collaboration
📝 Application Requirements
While specific document requirements are not detailed on this page, typical PhD applications require:
✅ Completed online application form
✅ Academic transcripts
✅ Letters of recommendation
✅ Statement of purpose
✅ CV/Resume
✅ GRE scores (if required)
✅ English proficiency test scores (for international students)
🚀 Step-by-Step Application Guide
Step 1: Choose Your Program
Decide which PhD program aligns with your research interests:
- Chemistry Program
- Biochemistry Program
- Physics Program
Step 2: Visit the Application Portal
Click on the appropriate link below for your chosen program:
- Chemistry: https://www.gc.cuny.edu/chemistry
- Biochemistry: https://www.gc.cuny.edu/biochemistry
- Physics: https://www.gc.cuny.edu/physics
Step 3: Review Program Requirements
Carefully read through the specific requirements and expectations for your chosen program.
Step 4: Prepare Application Materials
Gather all required documents including transcripts, letters of recommendation, statement of purpose, and CV.
Step 5: Submit Online Application
Complete and submit your application through the CUNY Graduate Center online portal before the deadline.
Step 6: Meet the Deadline
Ensure your application is submitted by:
- January 1, 2026 (Chemistry and Biochemistry)
- January 10, 2026 (Physics)
🔗 Official Information & Application Links
🌐 Program Information: https://asrc.gc.cuny.edu/nanoscience/about/phd-opportunities/
📝 Apply for Chemistry: https://www.gc.cuny.edu/chemistry
📝 Apply for Biochemistry: https://www.gc.cuny.edu/biochemistry
📝 Apply for Physics: https://www.gc.cuny.edu/physics
🏫 Research Labs in the Nanoscience Initiative
🔬 Braunschweig Lab (Chemistry, Hunter College)
🔬 Chen Lab (Chemical Engineering, City College of NY)
🔬 DelRe Lab (Chemistry, City College of NY)
🔬 Ulijn Lab (Chemistry, Hunter College)
🌟 Why This Opportunity Stands Out
✨ World-class research facilities and state-of-the-art equipment
✨ Interdisciplinary collaboration across chemistry, physics, materials, and life sciences
✨ Strong focus on translating basic science into societal impact
✨ Entrepreneurship opportunities through CAT program, Harlem Biospace, and Gotham Foundry
✨ Published research in top-tier journals
✨ Location in New York City’s innovation ecosystem
✨ Inclusive, diverse, and collaborative research culture
✨ Strong alumni network in industry, academia, and government research
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