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Displaying: 241 - 250 of 266 Results
Low cost, efficient, intracellular cargo delivery
Researchers from Eric Mazur’s lab at Harvard have developed a new intracellular delivery technique using laser-activated thermoplasmonic substrates that can deliver cargos of varying sizes to cells with high efficiency, viability, and throughput.…
Investigators
- Eric Mazur
Singularity engineering using metasurfaces
Researchers in the lab of Federico Capasso have developed new techniques using metasurfaces to control points of darkness in electromagnetic fields. These dark regions, known as optical singularities, have previously been challenging to manipulate.…
Investigators
- Federico Capasso
- Soon Wei Daniel Lim
- Joon-Suh Park
- Maryna Meretska
- Ahmed Dorrah
Compact, broadband meta-surface spectrometer
Meta-surfaces, planar arrays of subwavelength-spaced optical elements that modulate incident light, are poised to revolutionize the field of optics. Traditional optical elements are produced by labor-intensive glass molding techniques, and often…
Investigators
- Federico Capasso
- Mohammadreza Khorasaninejad
- Wei-Ting Chen
- Jaewon Oh
- Alexander Zhu
- Muhammad Zaidi
- Robert Devlin
Unlocking High n+ Carrier Concentrations in Germanium for Advanced Devices
Germanium (Ge) holds great promise for the next generation of silicon CMOS-compatible devices due to its exceptional properties, including high electron and hole mobility and the ability to be grown directly on silicon substrates. However, a…
Investigators
- Eric Mazur
- Michael Aziz
Nano-fertilizer for precision agrichemical delivery and micronutrient enhancement
Researchers from Philip Demokritou's lab at the Harvard T. H. Chan School of Public Health have developed core-shell nanoparticles using coaxial electrospraying for smart agrichemical delivery. The multiple stimuli-responsive nanostructures are…
Investigators
- Philip Demokritou
Scalable, High-Efficiency, Single-Photon Source for Quantum Networking
Quantum information processing holds the promise of enhanced security, advanced information processing, long-distance communication capabilities, and improved data privacy for the future of networking and communications technologies. Efficient,…
DBD
- Sam Liss
Investigators
- Mikhail Lukin
Quantum Network-Based Voting: Enhancing Election Integrity and Efficiency
Voting security is crucial for preventing fraud, maintaining public trust, and is a cornerstone of democratic governance. The development of large-scale quantum computers opens the possibility of efficiently solving advanced voting protocols and…
DBD
- Sam Liss
Investigators
- Mikhail Lukin
Unlocking Long-Range Entangled Quantum States
Long-range entangled quantum states are a key part of realizing the full potential of quantum computing technology; they provide the foundation for error correction, enable universal quantum computation, and enhance quantum algorithms and metrology,…
DBD
- Sam Liss
Investigators
- Ashvin Vishwanath
Control of host homeostatic immunity by a microbiome-derived immunomodulatory lipid
Akkermansia muciniphila, a species of the human gut microbiome, has been robustly associated with positive systemic effects on host metabolism and obesity, favorable response to checkpoint blockade in cancer immunotherapy, and maintenance of…
DBD
- Grant Zimmermann
Investigators
- Jon Clardy
RGMb-deficient T cells for overcoming resistance to immune checkpoint blockade
Immune checkpoint blockade therapies targeting PD-1 or PD-L1 have been approved for more than 25 different tumors. However, many patients do not respond to PD-1/PD-L1 checkpoint blockade. The Sharpe lab at Harvard Medical School has identified that…
DBD
- Grant Zimmermann
Investigators
- Arlene Sharpe
- Dennis Kasper