rpv

At best, fundraising is tough. At worst, it’s soul-crushing. Throughout raising my first fund, I encountered quite a few people that wasted my time.  To help founders and VCs, I wrote a guide (https://lnkd.in/g-mdEtrU) on how to identify and handle these types: 👻 Ghosts who vanish without a word. 🤡 Clowns who talk big but deliver little. 🦹♂️ Players who have a hidden agenda. Let’s make our ecosystem healthier by exposing these troubling behaviors. 🌟 Think this could help? Spread the word. Together, we can make fundraising more transparent and efficient. #rpv #fundraising #lessons #guide

rpv fund one is live 🚀 We back pre-seed teams with proprietary scientific breakthroughs Our first seven investments are in neuro, energy, and manufacturing We are looking to fund eighteen more startups in 2024, my inbox is open at [email protected] Deep gratitude and warm vibes to my dear friends. You made this fund possible ❤️ Tamaz Khunjua, Richard Silberstein, Paul Kewene-Hite, Serguei Netessine, Dave McClure, Adam Draper, Sami Kizilbash, Benjamin Ehrlich, Thomas J. White IV, Pete Jarvis, Edward Jung, Tarek Waked, Eric Redmond, Andrei Alikimovich, Radu B. Rusu, Alexander Mouldovan, David Abashidze, CFA, Alex Felman, George Lee, Carlos Gundersen, Siddhartha C., and Vlada Shestakova.

For all the DnD and math fans :) Happy π day! 🤓 #math #dnd #holidays

A few more words on Perovskite Solar Batteries ☀️ Perovskite solar cells are a groundbreaking advancement in solar energy, offering an efficient alternative to traditional silicon-based cells. These cells, made from a hybrid organic-inorganic material, have quickly achieved efficiencies that rival or surpass silicon cells. Their high absorption coefficient, ease of fabrication, potential for lower production costs, and adaptability for flexible, lightweight applications mark them as a future leader in renewable energy. Recent Breakthrough 💡 A pivotal development in Perovskite Solar Cell (PSC) technology was recently published in the Nature Journal. Researchers introduced ytterbium oxide (YbOx) as a buffer material in PSCs, significantly enhancing electron flow and device stability. This innovation led to PSCs achieving over 25% power conversion efficiency with various perovskite absorbers and marked improvements in device longevity. This breakthrough addresses previous limitations with traditional materials, propelling PSCs towards more efficient and durable solar energy solutions. VC Opportunity 💼 The global market for solar photovoltaic (PV) panels, valued at USD 170.25 billion in 2023, is projected to grow at a compound annual rate of 7.7% from 2024 to 2030. This growth is fueled by increasing demand for clean, renewable electricity, supported by government incentives and the high energy needs of commercial and industrial sectors. The evolving technology in perovskite solar cells presents a significant investment opportunity in this expanding market. #vc #deeptech #solar Tamaz Khunjua Thomas J. White IV

#tgif I usually post jokes on Fridays, this picture is dead serious though. Tamaz Khunjua

🌌 Perovskite Quantum Dots: Transforming Nanotechnology and Material Science 🌟🔬 🎯 Possible Impact Perovskite quantum dots stand at the forefront of nanotechnology and materials science, impacting optoelectronics, energy conversion, and sensing technologies. With their ability to manipulate light and electricity at the quantum level, these nanoscopic materials are shaping the future of technology, from ultra-efficient, vivid displays to solar cells that could surpass current efficiency limits. 🤓 Geek Mode Since their inception in the 2000s, perovskite quantum dots have undergone significant advancements. A recent breakthrough published in “Nature” reveals their capability for superradiance, leading to extremely fast light emission times. These findings open new doors for using quantum dots in advanced light-emitting applications, including highly efficient LEDs and lasers. The study shows that perovskite quantum dots can emit light rapidly at low temperatures, pointing to potential applications in quantum technology and single-photon emission. 🚀 What's Next? We can expect these nanomaterials to revolutionize the renewable energy sector by enhancing solar panel efficiencies beyond current capabilities, making sustainable energy more accessible and affordable. In digital communication and computing, quantum dots could transform data transmission technologies, leading to ultra-fast, energy-efficient displays and lighting systems that offer superior color purity and brightness, significantly reducing power consumption across a wide range of devices. 🤗 Stay Informed! For the latest in groundbreaking scientific developments like Perovskite Quantum Dots, subscribe to our weekly newsletter, Quarks of Singularity. Subscribe here: https://lnkd.in/g_4vBuyj #Nanotechnology #QuantumDots #RenewableEnergy #Optoelectronics #ScientificBreakthroughs #deeptech #VC Tamaz Khunjua Thomas J. White IV

🌌 Photonic Materials: Revolutionizing Optics and Material Science 🌟🔬 🎯 Possible Impact Photonic materials are redefining the frontier between optics and material science, promising advancements in telecommunications, computing, and photonics. Their capabilities in light-matter interactions pave the way for ultra-sensitive sensors, novel laser technologies, and solar energy harvesting. 🤓 Geek Mode The evolution of photonic materials, starting from the invention of lasers in the 1960s to the recent theoretical and numerical breakthroughs, has been remarkable. Recent studies have achieved significant progress in predicting the photonic band gap of polymethyl methacrylate (PMMA) and polystyrene (PS) photonic crystals with nearly 99% accuracy. This advancement enables a more efficient and straightforward approach to designing and developing photonic materials, with profound implications across various industries. 🚀 What's Next? In a future where photonic materials are integral to our technology, we will enjoy higher data transmission speeds and reduced energy consumption for compute - a serious AI problem today. We will also have displays and sensors of a higher fidelity and yet consuming less energy than thos we have today. 🤗 Stay Informed! For the latest in scientific developments like topological materials, subscribe to our weekly newsletter, Quarks of Singularity. Subscribe here: https://lnkd.in/g_4vBuyj #Photonics #Optics #MaterialScience #Innovation #ScientificBreakthroughs #deeptech #VC Tamaz Khunjua Thomas J. White IV

#tgif #sciencejokes Hits too close to home though 😅

Let's talk about Graphene Semiconductors 🔬 Graphene semiconductors, leading innovations in materials science, offer transformative properties for electronics. This one-atom-thick carbon lattice is known for its exceptional electrical conductivity, flexibility, and strength. Unlike traditional semiconductors, graphene lacks a natural bandgap, a challenge for controlling current flow. Researchers are addressing this through advanced methods like bilayer configurations and chemical modifications, aiming to enhance its semiconductor potential. These innovations could lead to a new era in electronics, with applications ranging from flexible displays to high-speed processors. 💡 Recent Breakthrough A pivotal study at the University of Kansas, published in ACS Nano, reveals significant advancements in graphene electron dynamics. The research, led by Ryan Scott and Professor Hui Zhao, demonstrates high-speed, collision-free electron movement in graphene. Using a novel four-layer structure and ultrafast laser techniques, this study extends electron mobility for real-time observation. These insights herald a future of faster, more energy-efficient electronic devices, capitalizing on graphene's unique properties. 💼 VC Opportunity Projected to reach $5.2 billion by 2031 from $270.8 million in 2021, the global graphene electronics market is experiencing rapid growth (34.2% CAGR). This surge is fueled by graphene's exceptional properties, such as high mechanical strength and thermal conductivity, and increasing demand across consumer electronics, automotive, and other sectors. Graphene's potential in next-generation semiconductors, batteries, touch screens, and sensors, positions it as a key material for future technological advancements. #nanotechnology #physics #deeptech #vc Tamaz Khunjua Thomas J. White IV