Best Research Institute Orange Near Me

4worldlovers:
We are a dedicated clinical research and development organization with multiple locations in Orange, Santa Ana, and Los Angeles. Our mission is to obtain quality research data to advance safe and effective therapeutics to the marketplace. Founded in 2005, NRC Research Institute has participated in various clinical trials investigating indications in psychiatry (including psychedelics), neurology, rheumatology, nephrology, endocrinology, and vaccine development.

Clinical trials are research studies that test how well new medical approaches work in people. Clinical trials may also compare a new treatment to a treatment that is already available. Ultimately, each study aims to answers scientific questions and tries to find better ways to prevent, screen for, diagnose, or treat a disease.

4worldlovers: The Ardo Group is a Diverse Team of Innovators and Educators that are Allies for Change. We are committed to diversity, equity, inclusion, research integrity, and dissemination of knowledge. These constitute the foundational guiding principles that underpin our daily actions, and lead to our Team's camaraderie.

In our research, we invent new ways to leverage daily variations in terrestrial photon fluxes between the Sun, the Earth, and the Universe to help close the Water Cycle, the Carbon Cycle, the Hydrogen Cycle, and the Nitrogen Cycle. More specifically, the central aim of our research program is to understand and control dynamics of non-equilibrium processes relevant to photoelectrochemical desalination (Moore Foundation), oceanic carbon capture (DOE ARPA-E), solar photocatalytic H2 production (DOE EPN EFRC & DOE EERE), liquid solar fuels (DOE LiSA Hub), protonic photovoltaics (DOE BES), electrolyzer & fuel cell membranes (DoD ARO), interfacial ion-transfer catalysis (NSF CCI CI2), excited-state proton-transfer dynamics (NSF CSDM-B), and ionic ratchets (UCI Beall Family Foundation).

Guided by results from numerical simulations and processes that occur in Nature, our Team designs and fabricates kinetically asymmetric systems using chemical synthesis and molecular-level engineering of molecule–material structures. Specific tailoring of the mechanisms imparted by these asymmetries allows us to control photo-induced charge separation in solar energy conversion schemes, current rectification using electrochemical ratchets and ionic diodes made from ice or ion-exchange membranes, selective and rapid catalysis of PCET reactions and water dissociation, and local temperature using photonic and heat transfer processes. Results from each study increase fundamental knowledge of transport and transfer phenomena (ion, electron, photon, energy, heat) that dictate the function and effectiveness of technologies for sustainable clean water, carbon capture, and renewable energy.