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At just the touch of a button, your wholebody<br />
experiences thermal comfort. Unlike<br />
ordinary cooling & heating products, the<br />
thermal sensations that EMBR Wave<br />
creates are immediate, precise, &<br />
effective i.e. by conduction, waveforms and<br />
personalization.<br />
CONDUCTION:-Unlike A.C or heaters where<br />
the cooling/warming effect is mediated<br />
through the air, the EMBR wave is at direct<br />
contact with your skin.<br />
Hot Solar Cells!<br />
By converting heat to focused beams of light, a<br />
new solar device could create cheap and<br />
continuous power.<br />
Solar panels cover a growing number of<br />
rooftops, but even decades after they were first<br />
developed, the slabs of silicon remain bulky,<br />
expensive, and inefficient. Fundamental<br />
limitations prevent these conventional<br />
photovoltaics from absorbing more than a<br />
fraction of the energy in sunlight. But a team of<br />
MIT scientists has built a different sort of solar<br />
energy device that uses inventive engineering<br />
and advances in materials science to capture far<br />
more of the sun’s energy and demonstrated a<br />
device based on a method that enables solar<br />
cells to break through a theoretically predicted<br />
ceiling on how much sunlight they can convert<br />
into electricity.<br />
WAVEFORMS:-The EMBR Wave then<br />
delivers waves of temperature, to<br />
influence your nervous system’s natural<br />
response to temperature changes.<br />
PERSONALISATION:-You can control the<br />
change of the temperature according to your<br />
requirements.<br />
Kavya Majety<br />
CSE - I Year<br />
Ever since 1961 it has been known that there is<br />
an absolute theoretical limit, called the<br />
Shockley-Queisser Limit. But MIT scientist<br />
Bierman says, “with solar thermophotovoltaics<br />
you have the possibility to exceed that limit. In<br />
fact, theory predicts that in principle this<br />
method, which involves pairing conventional<br />
solar cells with added layers of high-tech<br />
materials, could more than double the<br />
theoretical limit of efficiency, potentially<br />
"Only those who risk going too far can possibly find out how far one can go." - T.S. Eliot